1966 Greenwich Photo-Heliographic Results · 2012-09-05 · the Greenwich Photo-Heliographie Results for 1909. It is necessary to apply this correction to about twenty per cent of

ROYAL OBSERVATORY

ANNALS

Number ю

Photoheliographic Results 1966

HERSTMONCEUX: ROYAL GREENWICH OBSERVATORY

PRICK: £1-3$ NET

ROYAL OBSERVATORY

ANNALS

Number ю

Photoheliographic Results 1966

HERSTMONCEUX: ROYAL GREENWICH OBSERVATORY

1974

Printed in England for the Science Research Council by Sumfield & Day Limited, Eastbourne, East Sussex

W/T No. 4612U. 4/9/1974. 700

CONTENTS

PAGEIntroduction

ï. General . . .. .. . . .. . . .. 5

2. Reductions(i) Method of Measurement . . .. .. .. 6

(ii) Calculations of Heliographie Longitude and Latitude .. 7

3. Description of Tables(i) Positions and Areas of Sunspots for each day in the year .. 7(ii) General Catalogue of groups of Sunspots of

(a) Two or more days' duration .. .. .. 8(b) One day's duration .. .. .. .. 9

(iii) Total Areas of Sunspots and Faculae .. .. .. 9

4. Summary of Results(i) Mean Areas of Sunspots and Faculae .. .. .. 9

(ii) Mean Heliographie Latitude of Sunspots .. .. .. 11

5. Summary of Solar Activity .. .. .. .. .. ii

6. Acknowledgements .. .. .. .. .. .. 12

Tables

Positions and Areas of Sunspots for each day in the year .. .. 14Notes on Sunspot Groups 1966 .. .. .. .. .. 46

General Catalogue of groups of Sunspots of(a) Two or more days' duration .. .. .. .. 56(b) One day's duration .. .. .. .. .. 62

Total Areas of Sunspots and Faculae for each day in the year .. 65

Blank page retained for pagination

PHOTOHELIOGRAPHIC RESULTS 1966

INTRODUCTION

ï. GENERALThe photographs from which these measures were made were taken at the Royal Greenwich

Observatory, the Royal Observatory, Cape of Good Hope, and the Kodaikanal Observatory,Southern India. In addition, one photograph each was supplied by the Heliophysical Observatory,Debrecen, Hungary, and the Swiss Federal Observatory, Zurich.

The photographs of the Sun obtained at Herstmonceux were taken with the 4-inch photo-heliograph, of which the original object-glass was replaced in 1910 by a Grubb photographicobjective. The equivalent focal length of the photoheliograph with its present enlarging system(supplied in 1926 by Ross, Ltd.) is 6y£ feet, the diameter of the Sun's image at the secondaryfocus being approximately 7^ inches.

The photographs of the Sun obtained at the Cape Observatory were taken under the superin-tendence of Her Majesty's Astronomer at the Cape, Dr. R. H. Stoy, and those at Kodaikanal underthe superintendence of the Director, Dr. M. K. Vainu Bappu. At the Cape Observatory theinstrument employed was a 4-inch photoheliograph giving an image of the Sun about 7^ inches indiameter; at Kodaikanal a Cooke photo-visual objective of 6 inches aperture was used, the imageof the Sun which was obtained being of about the same size.

Photographs of the Sun were available for measurement on 365 days in 1966, those finallyselected for measurement being supplied by the different observatories as under:

Herstmonceux . . . . . . 229Cape .. .. .. .. 130Kodaikanal . . . . . . . . 4Debrecen . . .. .. . . ïZürich .. .. . . .. ï

Total .. .. .. 365The names of the measurers of the photographs for the year 1966 were as follows:

P. S. Laurie Mrs. M. E. BerryG. W. Rickctt Mrs. D. M. Wickenden

At the primary focus of the photohcliographs at Herstmonceux and the Cape two spider-wires are fixed by which the zero of position angles on the photographs can be determined.These wires are inclined at an angle of 45° to the celestial equator. In the Kodaikanal instrumentthere is one wire fixed parallel to the equator.

The precise zero of position angles for the photoheliographs has been determined by threedifferent methods.

6 PHOTOHELIOGRAPHIC RESULTS 1966 [R. o. ANNALS

(i) Zero Photographs. Plates were exposed twice, with an interval of about 100 seconds betweenthe two exposures, the instrument being firmly clamped. Two images of the Sun, overlappingeach other by about a fifth part of the Sun's diameter, were thus produced upon the plates. Theexposures were so made that the line joining the cusps passed approximately through the centreof the plates and the inclinations of the two spider-wires to this line were measured. A smallcorrection for the inclination of the Sun's path was applied. Two or three zero photographswere usually taken each month at Herstmonceux, the Cape and Kodaikanal.(ii) Transits. At Herstmonceux and the Cape, transits of the Sun were taken visually, the timesof contact of the first and second limbs of the Sun with the two wires being noted by an eye-and-earmethod. The ratio of the time taken by the Sun to pass over the NE-SW wire to the time takento pass over the SE-NW wire was used in order to find the angle made by the Sun's path with thebisectors of the wires. From this, again incorporating a correction to allow for the inclination ofthe Sun's path, the orientation of the wires with respect to the N-S line could be inferred. Transitswere usually taken at Herstmonceux and the Cape on four or more days during each month.

(iii) Supplementary Zero Photographs. At Herstmonceux, supplementary partial images of theSun were occasionally recorded on otherwise normal photographs, a second exposure being madeafter clamping the instrument firmly for about 130 seconds. The small portion of the Sun's limbvisible at the western edge of the plate can be used, together with the main image which it does notintersect, to deduce the orientation of the wires in a way similar to that used for the zero photo-graphs. Six to ten supplementary zero photographs were taken at Herstmonceux each month. Thevalues for the zero of position angles deduced from them were given half weight in the adoptionof zero corrections to be used in the reduction of photographs.

2. REDUCTIONS(i) Method of Measurement. The measures of the photographs were made with a large position-micrometer that can be used for photographs of the Sun up to 12 inches in diameter. In thismicrometer the photograph is held with its film-side uppermost on three pillars fixed on a circularplate, which can be turned through a small angle about a pivot in its circumference by means ofa screw and antagonistic spring acting at the opposite extremity of the diameter. The pivot of thisplate is mounted on the circumference of another circular plate which can be turned by a similarscrew-action about a pivot in its circumference. This pivot, 90° distant from that of the upperplate, is mounted on a third circular plate, with a position-circle graduated in divisions of30 minutes of arc, which may be rotated about its centre. By this means small movements in twodirections at right angles to each other can be readily given and the photograph can be accuratelycentred with respect to the centre of rotation of the position-circle. When this has been done, aRamsden eyepiece, having at its anterior focus a glass diaphragm ruled with cross-lines into squareswith sides of one hundredth of an inch (for measurement of areas), is moved along a slide adjustedso that the centre of the eyepiece moves diametrically across the photograph, the diaphragm beingnearly in contact with the photographic film, so that parallax is negligible. The distance of a spotor facula from the centre of the disk is read from a scale and vernier to i/25oth of an inch,corresponding to o-ooi of the Sun's radius for images 8 inches in diameter. The position angleis read from the large position-circle which rotates with the photographic plate. The photographis illuminated by diffused light reflected from white paper placed at an angle of 45° below thephotograph.

In the case of large or complex groups of spots, the chief components were measured indi-vidually; so also in the case of groups near to the east or west limbs of the Sun where the effectsof foreshortening are appreciable. In other cases the position of the centre of a group was estimatedby the measurer at the micrometer or derived during the computation.

No. ID, 1974] PHOTOHELIOGRAPHIC RESULTS 1966 7

When required, corrections have been applied to the measured distances and position anglesto allow for differential refraction. The details of this correction were given in the Introduction tothe Greenwich Photo-Heliographie Results for 1909. It is necessary to apply this correction to abouttwenty per cent of the photographs taken at Herstmonceux in the months October to March.

(ii) Calculations of Heliographie Longitude and Latitude. The calculations are made from formulaegiven by W. de la Rue, B. Stewart and B. Loewy, Phil. Trans., 1869. The system of heliographicco-ordinates may be defined as follows. The inclination of the Sun's axis to the ecliptic is assumedto be 82° 45', the longitude of the ascending node of the Sun's equator on the ecliptic for 1966-0 tobe 75° i7'-2, and the period of the Sun's sidereal rotation to be 25-38 days. The meridian whichpassed through the ascending node on 1854 January ï, Greenwich mean noon, is taken as thezero meridian and longitudes increase from east to west. The mean synodic rotation period is27-2753 days; synodic rotation periods are counted from 1853 November 9, in continuation ofCarrington's series.

Let r be the measured distance of a spot from the centre of the Sun's apparent disk, x theposition angle of the spot from the Sun's axis, R the measured radius of the Sun on the photo-graph and S the tabular semi-diameter of the Sun in arc. Let p and p' be the angular distances of aspot from the centre of the apparent disk, as viewed from the Sun's centre and from the Earthrespectively, p—the heliocentric angle—is obtained from the following equations :

P = %S and sin (p + p') = TR

If Д, and ф are the heliographic latitudes and L0 and A the heliographic longitudes of the Earth and

the spot respectively, ^ ф = cos p sin B0 + sin p cos Д, cos x

sin (LO - Л) = sin x sin p sec фX is found from the position angle measured eastwards from the north point of the Sun's disk

by subtracting P, the position angle of the north end of the Sun's axis also measured eastwardsfrom the north point. The three quantities P, B„ and L0 for the time of the exposure of eachphotograph arc derived from the Ephemerisfor Physical Observations of the Sun, given on page 302of the Astronomical Ephemeris for 1966.

3. DESCRIPTION OF TABLES(i) Positions and Areas of Sunspots for each Day. The measured positions and areas of sunspotsare given for each day in the year (pp. 14-45). The positions are referred firstly to a system ofapparent polar co-ordinates on the Sun's disk and secondly to a system of heliographic co-ordinates.The table gives:

Col. ï. The month given numerically, the date and decimal of day reckoned from midnightCol. 2. Position angle of the Sun's axis from the north pointCol. 3. Heliographic longitude of the centre of the diskCol. 4. Heliographic latitude of the centre of the diskCol. 5. Number of spot group in order of appearance and in continuation of the group

numbers given for 1965 in Royal Observatory Annals No. 8, 1973. Single figures(ï = leader, 2 = follower) beneath the number of a spot group indicate theprincipal and most stable components of that group. (The areas of such com-ponents are already included in the total area of the group.) Groups seen on oneday only are distinguished by the number of the rotation during which they wereobserved and prefixed by a number giving the order of their appearance in therotation

Col. 6. Distance of spot group from Sun's centre in units of the Sun's radiusCol. 7. Position angle of spot group measured from the north pole of the Sun's axis in the

direction N. E. S. W. N.

8 PHOTOHELIOGRAPHIC RESULTS 1966 [R. o. ANNALS

Col. 8. Heliographie longitude of spot group derived from the measuresCol. 9. Heliographie latitude of spot group similarly derivedCol. ID. Area of umbrae corrected for foreshortening and expressed in millionths of the

Sun's visible hemisphereCol. 11. Area of whole spots comprising the group similarly expressed.

Notes on the sunspot groups are given at the end of this section (pp. 46-53).

(ii) General Catalogue of Groups of Sunspots(a) This catalogue (pp. 56-60) contains particulars of every group of sunspots which lasted

for two or more days, group numbers being in continuation of those given in 1965 and previousyears. The table includes an indication of those groups which may be considered to be membersof "recurrent series" of groups which were selected upon the following plan. If any spot whenfirst seen was 75° or more to the east of the central meridian, the Catalogue and, if necessary, theDaily Results also (pp. 14-45), were searched some fifteen to sixteen days earlier to ascertainwhether a spot group of similar heliographic longitude and latitude was then near the west limbof the Sun. Similarly, if any spot group when last seen was 75° or more to the west of the centralmeridian, a search was made fifteen to sixteen days later. When there appeared to be a case ofprobable continuity between groups in consecutive rotations of the Sun, the character of thegroups, their areas and their longitude and latitude were carefully compared before acceptingthem as a recurrent group.

It should be noted that longitudes are based on the ephemeris given in the AstronomicalEphemeris, assuming a solar rotation period constant at all latitudes. After an interval of onerotation, recurring groups will, therefore, show in general—apart from any proper motion theymay have of their own—apparent drifts in longitude varying in amount according to theirrespective latitudes. The following table, derived from the formula £ = i4°'37 - 2°-6o sin' ф,gives the apparent drift in longitude appropriate to different latitudes after an interval of 27 days,a drift forwards corresponding to an increase in heliographic longitude.

Latitude .. .. Drift Latitude .. .. Driftforwards backwards

o ° . - 5 ° 2 0 ° . . . - 3 °5° .- . - 4 - 5 25° . . . . 7-5

1 0 ° - - 3 3 ° ° • • 12-515° •• -. 0-5 35° .. .. 18

Groups lasting for two or more days are tabulated as follows :Col. ï. Group number of sunspotsCol. 2. U.T. of the central meridian passage of each group as deduced from its mean

longitude (given in Col. 10). For those groups which are in existence at the timeof the central meridian passage of their longitude, the time is given to od-oi,corresponding to o°-i3 of solar longitude. In other cases, in which groups disappearbefore or appear after the central meridian, the deduced time is given to od-i.

Col. 3. Duration of each group in days. Intermittent groups, i.e. groups which are not seenupon the photographs for every day between their first and last appearances, areindicated by two numbers, separated by a solidus. The first represents the numberof days on which they are actually observed and the second the number of dayscovering the extreme limits of observation.

Col. 4. Date on which each group is first seenCol. 5. Heliographic longitude from the meridian passing through the centre of the Sun's

disk at the time of observation when the group is first seen. Longitudes west of thecentre are reckoned as positive.

No. IQ, 1974] PHOTOHELIOGRAPHIC RESULTS 1966 9

Col. 6. Date on which each group is last seenCol. 7. Heliographie longitude from the meridian passing through the centre of the Sun's

disk at the time of observation when the group is last seen. Longitudes west of thecentre are reckoned as positive

Col. 8. Mean area for umbrae, corrected for foreshortening and expressed in millionths ofthe Sun's visible hemisphere

Col. 9. Mean area for whole spots, similarly expressedCol. ID. Mean heliographic longitude of each groupCol. ii. Mean heliographic latitude of each groupCol. 12. Reference to recurrent groups. The numeration is in continuation of the recurrent

series given in Ledger I of the Greenwich Photo-Heliographie Results for 1955;bracketed numbers indicate the order of a group in the series.

When a group is 80° or more from the Sun's central meridian, or in cases of close proximity to theSun's limb when only part of the group is visible, the measures for that day are not included inderiving the mean area or the mean longitude and latitude of the group.

(b) The second part of the catalogue (pp. 62-63) contains groups of sunspots seen on one dayonly. These appear in the Daily Results with a distinctive numeration comprising the number ofthe rotation during which each was observed prefixed by a number (a suffix in this table) givenin order of appearance in each rotation. These short-lived groups were usually composed of oneor two very small spots. In this catalogue, columns 3, 4, 5, 6, 7 described above are not relevant.The date of appearance is given in column 2 and the deduced time of the central meridian passageof each spot is given in column 4.

(iii) Total Areas of Sunspots and Faculae. This table (pp. 65-67) contains total areas of sunspotsand faculae (the latter separated into west and east hemispheres) for each day in the year.

The place where the photograph was taken is indicated in the second column. Photographstaken at Herstmonceux are indicated by the letter H, and those taken at the Cape, Kodaikanal,Debrecen and Zürich by the letters C, K, D and Z respectively.

The projected areas and those corrected for foreshortening are expressed in millionths ofthe Sun's apparent disk and visible hemisphere, respectively.

4. SUMMARY OF RESULTS

The rotations adopted in the tables (which are in continuation of those for the years 1873-1965 ;see page 10, R. Obs. Annals No. 8, 1973) correspond to the synodic rotation of the Sun, and thecommencement of each is defined by the coincidence of the assumed prime meridian withthe central meridian, the assumed prime meridian being that meridian which passed throughthe ascending node of the Sun's equator on the ecliptic at mean noon on 1854 January ï, and theassumed period of the Sun's sidereal rotation being 25-38 days. The numeration of the rotationsis in continuation of Carrington's series (Observations of Solar Spots made at Redhill by R. C.Carrington, F.R.S.), No. ï being the rotation commencing 1853 November 9. The dates ofcommencement of the rotations are given in U.T.

(i) Mean Areas of Sunspots and Faculae. These areas were calculated by taking the means of theareas for each day of observation throughout each rotation of the Sun. The projected areas andthose corrected for foreshortening are expressed in millionths of the Sun's apparent disk andvisible hemisphere, respectively.

IO PHOTOHELIOGRAPHIC RESULTS 1966 [R. O. ANNALS

MEAN AREAS OF SUNSPOTS AND FACULAE FOR EACH ROTATION OF THE SUN

FROM 1966 JANUARY ю то 1966 DECEMBER 29

Mean Projected Daily AreaNo. of

Rotation

!5°3!5°4I5°51506

!5°71508

!5°91510

iS"1512

1513I5HÏ5I5

RotationCommenced

1966 January 9-40February 5-74March 5-08April 1-38April 28-65May 25-87June 22-07July 19-27August 15^50September 11-75October 9-02November 5-32December 2-63

DaysPhotographed

272727282?2727282727282727

Umbrae

7461

431 868891

109146140242163197227

WholeSpots

468288761

1023492500S87826822

1247843

IOSS1383

Faculae

276580582698

1013I03410561136104511981298!3491887

Mean Corrected Daily Area

Umbrae

5247

120

HS716097

109in174123142167

WholeSpots

3492306328094°S334525614662922628775

1013

Faculae

331677688872

12031213!34413901308H83160917062333

Mean Areas of Sunspots and Faculaefor 1966 365 140 775 996 107 595 1226

MEAN HELIOGRAPHIC LATITUDE OF SUNSPOTS FOR EACH ROTATION OF THE SUN

FROM 1966 JANUARY ю то 1966 DECEMBER 29

1503 1966 January 9-401504 February 5-741505 March 5-081506 April 1-381507 April 28-651508 May 25-871509 June 22-071510 July 19-271511 August 15^501512 September 11-751513 October 9-021514 November 5-321515 December 2-63

Mean Heliographie Latitude of Sunspotsfor 1966

DaysPhotographed

27272728

2727

2728

272728

2727

Northern

MeanDailyArea

285230632807

334322

435593629870

58377 !657

Spots

MeanHei.Lat.

0

21-69

25-7820-19

23-5919-0721-6229-2026-8919-83iS'71

13-9616-6917-98

Southern Spots

MeanDailyArea

63

оо2

72

12

9о21

335345

5356

MeanHei.Lat.

0

23-76——

28-2921-04

20-6324-0022-382I-OO

19-38

19-29

18-94

22-85

365 537 20-27 58 22-36

All

MeanHei.Lat.

o

+ 13-44+25-78+ 20-19+23-48+ 11-98+ 20-12

+ 20-09

+ 25-24

+ 17-79

+ 13-71

+ "•55+ 16-48

+ 3-64

0

+ 16-10

Spots

MeanDist. from

Equatorо

22-07

25-782O-I9

23 -60

19-4221-5928-3126-7419-8915-92Н'3416-7119-69

О

20-47

No. ID, 1974] PHOTOHELIOGRAPHIC RESULTS 1966 n

(ii) Mean Heliographie Latitude of Sunspots. The heliographic latitude of each spot for each dayhas been multiplied by its area (corrected for foreshortening), and the sum of the products, forspots north of the equator, has been divided by the sum of the corresponding areas to form themean heliographic latitude of spotted area north of the equator; similarly for spots south of theequator. In forming the mean heliographic latitude of entire spotted area, the algebraic sum ofthe products for spots north and south of the equator has been divided by the sum of the areas ;for the mean distance from the equator of all spots, the numerical sum of the products, withoutregard to the sign of latitude, has been similarly divided.

The mean areas have been formed by dividing the sum of the daily areas (corrected for fore-shortening) by the number of days of observation for each rotation of the Sun and are expressedin millionths of the Sun's visible hemisphere.

5- SUMMARY OF SOLAR ACTIVITY FOR THE YEAR 1966Chief features of the record for 1966 are as follows:

(ï) Activity increased considerably and the mean daily area of sunspots rose to 595 millionthsfrom 113 millionths in 1965

(2) The largest spot group crossed the Sun's central meridian on April 3-3 in latitude 26° N;its mean area was 1148 millionths. There were seven groups with mean areas exceeding500 millionths

(3) There were ю spot-free days during the year

(4) The ratio of mean corrected areas of faculae/sunspots was 2-06, and that of mean correctedareas of umbrae/whole spots 0-180

(5) The number and distribution, northern and southern hemispheres, of spot groups of(a) two days' duration or longer(b) one day's duration

were as follows:

И (*)Northern spots . . 172 78Southern spots . . . . 39 16

211 94

(6) The following table gives the mean daily areas of sunspots (projected and corrected values)and faculac (corrected only) for each calendar month

12 PHOTOHELIOGRAPHIC RESULTS 1966 [R. O. ANNALS

MonthJanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecember

SpotsProjected Corrected

39° 283296 240077

539458

7241198846972

1267

564787412319762522939638

935

FaculaeCorrected

33°5717H885

121711681460

447162416312268

6. ACKNOWLEDGEMENTSThese results were compiled, under the supervision of P. S. Laurie, by G. M. Appleby,

Miss C. Y. Hohenkerk, Miss C. M. Ladley and P. J. Rudd.Thanks are due to the Directors and staff of the Cape, Kodiakanal, Debrecen and Zürich

Observatories for their generous supply of photoheliographs to ensure the completeness of theseresults. Finally, the valuable assistance of Miss J. E. Perry in the publication of this annal isgratefully acknowledged.

Royal Greenwich ObservatoryHerstmonceux Castle

HailshamEast Sussex BN27 iRP

1974 September

Positions and Areas of Sunspots

Daily Results 1966

1l* PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. ANNALS

POSITIONS AJ1D ARSA3 OF SUHSPOTS FOR EACH DAY IN THE YEAR

01 6.1*1»)+

Elements of Day

Date P LO B0

о о о01 1.1*53 + 2.0 101».7 - 3.1

01 2.279 + 1.6 93.8 - 3.2

01 3.U87 + 1.0 77.9 - 3.3

01 l*.502 + 0.5 61*.5

01 5.281 + 0.1 5Ь.2 - 3.5

Measures Position Area

01 8.351

01 10.281*

01 11.521

01 12.283

01 13.282 - 3.7 308.9

01 1l*.1*29 - "».2 293.3 - l*.5

01 15.2U8 - l*.6 283.0 - l*.6

01 16.319 - 5.1 268.9 - b.7

01 17.1*30 - 5.6 25l*.3 - l».8

01 18.1*78 - 6. 1 21*0.5 - l*.9

Grouplio.

2078520786

2078520786

2078520786

2078520786

2078520786

-

01 1502

-

02 1502

-

-

-

2078820789

207882079020789

20788207902078920791

20788207902078920791

2078920791

2079020789

01 150320791

RadialDistance

.511

.1*1*5

.617

.53l*

.771»

.693

.885

.821

.91*1*

.899

.262

.778

.986

.99»»

.916

.91*9

.939

.852

.893

.869

.997

Л»»9.779Л1»2.971

.602

.903

.580

.1*58

.807

PositionAngle

о21l*. 03»»1.1

226.0322.6

236.1*307.1

21*0.1300.1

2U1.1296.9

172.5

287.8

59.»»73.5

55.»»58.869.8

50.855.1»66.1»58.8

1*2.31*8.860.1*56.9

»»9.752.2

22.030.962.1*1*6.2

Long.

о123.5113.6

123.811l». 2

12l*. 311l». 3

12l». 511l». l»

123.911l». 0

23.3

50.2

232.9227.0

23l*. 2227.6226.6

233.7226.8226.1*201.3

233.5227.7226.3198.2

225.1»198.1

226.3226.2211.2198.2

Lat.

о-27.9+21.7

-28.1+22.0

-27.6+22.0

-27.9+22.1

-28.1*+22.2

-18.8

+11.1

+29.1+15.8

+29.0+27.6+17.2

+29.6+27.9+17.8+30.5

+29.7+27.3+18.0+30.6

+18.6+30.9

+27.7+18.3+10.3+30.3

Umbrae

2010

86

56

22

02

0

0

0

0

0

0

0

69

3738

1»2630

22920

131»3

01 1 10

1*2

WholeSpots

61*68

2519

2031»

911

311*

0

3

0

3

0

0

0

1*863

1*651

713

2212

105525

1117

72822

70122

37635

11*1*

NO. 10, 1971*) FHOTOHELIOGRAPHIC RESULTS 1966 15

POSITIONS AND AREAS OF SUNSPOTS FOR EACH DAY IN THE YEAR

Elements of Day Measures Position Area

Date

01 19.1*15

01 20.288

01 21.383

01 22.320

01 23.531

01 2k. 29k

01 25.295

01 26.1*51*

01 27.1*86

01 28.297

01 29.255

01 30.281

01 31.321

02 1.1439

02 2.1»33

02 ЗЛбЗ

02 1».295

02 5.291

P

0

- 6.6

- 7.0

- 7.5

- 7.9

- 8.1*

- 8.8

- 9.2

- 9.7

-10.2

-10.5

-10.9

-11.3

-11.8

-12.2

-12.6

-13.1

-13.1*

-13.8

LO

о228.1

216.6

202.2

189.9

173.9

163.9

150.7

135.1*

118.8

111.2

98.6

85.0

71.1*

56.6

1*3.5

зо.о

19.0

5.9

BO

о- 5.0

- 5.1

- 5.2

- 5.3

- 5.1*

- 5Л

- 5.5

- 5.6

- 5Л

- 5.8

- 5.8

- 5.9

- 6.0

- 6.1

- 6.1

- 6.2

- 6.3

- 6.3

GroupNo.

207902078920791

2079020789

02 150320791

20790207892079120792

20790207892079120792

207892079120792

207892079120792

207892079120792

20792

20792

20792

2079220793

2079220793

2079220793

20791*

20791*

20791*

20791»

2079l*

RadialDistance

.51*6

.399

.729

.580

.1*29

.369

.671

.661

.51*7

.616

.791*

.763

.666

.613

.667

.817

.660

.1*83

.906

.711

.376

.963

.820

.315

.396

.51*3

.660

.789

.621*

.903

.781*

.976

.921*

.981

.950

.890

.836

.751

PositionAngle

о358.9

5.938.0

3U1.3339.8

1*2.527.0

326.7317.0

10.2116.7

315.1306.1*355.8119.7

297.3336.1*132.3

293.9326.81U6.7

292.2315.2179.1

216.3

233.1*

239.7

21*1*. б237.1

21*6.321*2.9

21*7.1*2l*6.7

52.2

50.1*

1*5.0

39.5

29.5

Long.

о228.8225.6196.8

228.7225.6202.0195Л

226. 6225.319l*. 8151.!*

227.522l*. 3192.9150.9

223.7192.0151.0

22l*. 9191.0150.9

221.7193.2150.1*

150.2

11*7.2

11*9.6

11*9.3133.6

11*9.6135.0

150.0139.1

3U5.2

3U1.0

339.8

338.1*

339.1

Lat.

о+27.9+18.3+30.7

+28.2+18.6+10.8+31.9

+20. 7+18.7+32.0-2l*. 1

+28.5+18.9+32.3-23.3

+18.6+32.0-23.8

+18.9+31.6-23.5

+19.6+31.5-23.8

-23.9

-23.9

-23.9

-23.5-2U. 5

-23.9-2»*. 7

-23.3-23.8

+35.2

+31*. 5

+35.1

+35.1*

+35.1

Umbrae

197018

23510

1l*

1*5l»150

63930

1*21

1*1*

320

52

150

63

1*1

22

28

2U0

178

190

0

17

1*5

59

51

WholeSpots

1221*69108

151355

1673

18262

532

1*2189

1711

19530

227

1351

259

9613

278

212

117

161*

1651*

951*6

12l*5

6

106

213

25l*

328

16 PHOTOHELIOGRAPHIC BESULTS 19бб CR. O. ANHALS



Date

02 6.389

02 7.293

02 8.298

02 9.1*85

02 10.U35

02 11.297

02 12.270

02 13.281

02 11*.297

02 15.1*12

02 16.1*29

02 17.307

02 18.097

02 19.277

02 20.616

02 21.1*08

02 22.589

02 23.377

02 21*. 300

p

о-11*. 2

-1l*. 5

-1l*. 9

-15. 1*

-15.7

-16.0

-16.1*

-16,7

-17.1

-17.5

-17.8

-18.1

-18.3

-18.7

-19.1

-19. b'

-19.7

-20.0

-20.2

LO

o351.5

339.6

326.3

310.7

298.2

286.8

271*. o

260.7

21*7.3

232.7

219.3

206.6

197.3

181.8

161*. 1

153.7

138.1

127.8

115.6

BÖ

o- 6.1*

- 6.1*

- 6.5

- 6.6

- 6.6

- 6.7

- 6.7

- 6.8

- 6.8

- 6.9

- 6.9

- 6.9

- 7.0

- 7.0

- 7.0

- 7.1

- 7.1

- 7.1

- 7.1

GroupNo.

20791*

2079l*

2079l*

2079l*

2079l*01 150l*

2079l*

2079l*

2079l*20795

20795

20795

20795

2079520796

2079520796

2079520796

207952079620797

207952079620797

20795207962079720798

20795207962079720798

207962079720799

RadialDistance

.690

.661

.669

.733

.803

.930

.871

,9bO

.988

.981

.906

.813

.720

.61*7

.892

.622

.81*3

.623

.666

.701

.512

.700

.771

.1*82

.582

.873

.5U1

.U80

.91*3

.933

.623

.1*68

.885

.751

.532

.530

PositionAngle

0

17.0

1*.6

31*8.8

332.8

322.965.8

315.2

309.8

307.057.3

52.9

1*5.1*

3l*. 5

21.259.7

12.558.2

31*8.1*1*1*. 3

329.119.850.2

320.9359.1*39.9

311.9331.913.156.5

307.8318.335l». 053.1*

306.1*329.3337.5

Long.

0337.2

335.9

335.1*

33l*. 7

33l*. 123l*. 2

33l*. 2

33l*. 3

33U.Ù188.0

191.1*

191.0

191.2

191.0150.0

188.311*6.9

190.1151.7

188.7153.1*129.1

188.1151*. о130.1*

187.3151*. о131.575.0

187.315

1*.!

130.77l*. 6

155.8132.1*128.2

Lat.

о+31*. 9

+31*. 6

+3l».5

+31». 6

+31*. 5+19.6

+33.7

+33.8

+31*. 8+30.2

+29.1»

+29.7

+30.2

+30.3+23.0

+30.1*+21.9

+30.5+22.3

+30.5+21.7+20.8

+30.9+21.6+19.9

+31.1+21.6+20.7+28.3

+31. U+21.3+20.5+27.7

+21.0+20.3+22.3

WholeUmbrae Spots

52

55

37

33

310

36

9

00

1*1*

1*7

25

292

328

21*17

17392

15703

1*6370

0531530

1*279

235

23!*

191

156

21115

151

67

3332

171

152

11*3

11*610

11837

11681*

9322617

7530715

292631*616

15281*51101

2211*126

continued

NO. 10, 197l») PHOTOHELIOGRAEHIC RESULTS 1966 17

POSITIONS AND AREAS OF SUNSPOTS FOR EACH DAÏ IN THE YEAR


Date P LO BQ

0 0 0

02 21». 300 continued

02 25.298 -20.5 102.5 - 7.2

02 26.383 -20.8 88.2 - 7.2

02 27.389 -21.1 71*. 9 - 7.2

02 28.398 -21.3 61.6 - 7.2

03 1.373 -21.6 1*8.8 - 7.2

03 2.1*79 -21.9 31*. 2 - 7.2

03 3.1*18 -22.1 21.8 - 7.2

03 1*.388 -22.3 9.1 - 7.2

03 5.383 -22.5 356.0 - 7.2

03 6.311* -22.7 31*3.7 - 7.2

03 7.1*1*1 -23.0 328.8 - 7.2

03 8.1*92 -23.2 315.0 - 7.2

03 9.391* -23.1* 303.1 - 7.2

03 10.302 -23.6 291.1 - 7.2

03 11.381* -23.8 276.9 - 7.2

03 12.377

03 13.U23 -2U.2 250.0 - 7.2

03 11».1*95

GroupNo.

20798

20796207972079920798

20796207972079920798

20797207992079820800

20797207992079820800

2079920800

20800

20800

2080020801

20801

20801

20801

20801

20801

20801

20801

-

20802

_

RadialDistance

.791

.873

.659

.629

.693

.96U

.805

.751*

.609

.903

.859

.577

.987

.980

.91*5

.610

.921*

.988

.831

.702

.596

.501

.635

.572

.572

.661*

.776

.81*9

.921

.979

.651

PositionAngle

01*5. '8

299.1*311.1320.334.1

29l*. 6300.7308.218.5

295.9300.51.8

66.5

291.5296.13U2.563. 3

293.258.7

1*9.6

37.9

19.027.2

10.0

3U8.3

325.5

313.0

307.3

303.1

299.3

31.2

Long.

0

75.8

157.013l*. 2128.276.3

158.3135.3127.875.5

13l*. 3127.573.7358.0

136.1*127.573.6359.1*

126.1359.5

. 359.1»

358.8

359.0350.1

31*9.6

351.1

353.6

35l*. 1

351.8

350.6

31*9.6

227.9

Lat.

о+28.0

+21.3+19.6+22.1*+28.5

+21.1*+19. Ъ+22.3+28.2

+19.6+21.5+27.9+21.7

+19.3+21.8+28.1*+21.2

+21.5+20.9

+21.1

+21.3

+21.0+27Л

+27.0

+26.8

+26.5

+26.3

+26.3

+26.6

+26.6

+27.1

Umbrae

22

37171*12

3335156

521910

из331

17

1l*27

15

12

91

15

16

18

17

25

22

15

0

1

0

WholeSpots

100

201691960

1791505818

23375137

20l*1766

125

92118

60

57

5520

56

61

92

80

11*5

157

128

0

6

0

18 PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. AIIHALS

POSITIONS А1ГО AREAS OF SUUSPOTS FOR EACH DAY IN THE YEAR


Date

03 15.372

03 16.303

03 17.306

оз 18.31*2

оз 19.291*

03 20.1*08

оз 21.656

оз 22.31*1»

03 23.3l»7

03 2l».33l*

03 25.339

03 26.311»

03 27.381»

03 28.31*1

03 29.331

03 30.1*03

03 31.577

OU 1 . 527

P

0

-2l*. 5

-21». 6

-21». 8

-21*. 9

-25.1

-25.2

-25.1*

-25.1*

-25.6

-25.7

-25.8

-25.8

-25.9

-26.0

-26.1

-26.1

-26.2

-26.2

LO BO

0 0221». 3 - 7.2

212.1 - 7.1

198.8 - 7.1

185.2 - 7.1

172.6 - 7.1

157.9 - 7.0

11»1.5 - 7.0

132.1» - 7.0

119.2 - 6.9

106.2 - 6.9

92.9 - 6.9

80.1 - 6.8

66.0 - 6.8

53.3 - 6.7

1*0.3 - 6.7

26.1 - 6.6

10.6 - 6.6

358.1 - 6.5

GroupNo.

20803

2080220803

2080220803

2080220803

2080201 1505

208032080l*

20802208032080l*20805

208032080520806

208032080520806

208032080520806

20803

2080320807

2080320807

20803

20808

02 15052080920808

20809208o8

2080920808

2

208082

20810

RadialDistance

.988

.568

.935

.681

.81*8

.785

.727

.870

.810

.592

.725

.91*9

.1*59

.612

.671

.1*26

.1*39

.958

.1*73

.1*33

.901*

.600

.1*21

.809

.738

.863

.91*7

.562

.995

.983

.859

.589

.91*7

.721*

.857

.851

.71*5

.801*

.6UO

.706

.901*

PositionAngle

o70.5

337.867.0

323.563.1*

312.955.7

307.1295.8

1*6.553.3

301.62l». 539.01*9.1*

31*9.121.661».6

330.35.0

62.8

311.1*336.6

58.1*

301.3

291*. 351.8

290.638.6

288.1

61.7

302.2323.5

59.0

309.653.5

301.01*5.1*1*9.8

3l*. 11*0.8

117.8

Long.

11*6?2

225.611*7.1

225.711*6.1

225.211*6.0

223.8221.811*5.9131*. 6

222.911*6.5133.5125.3

11*6.3131.8

72.9

11*6.5130.173.2

129.272.1

11*7.3

11»8.057.5

11*7.858.3

11*7.1*

338.8

92.1*62.1*

335.1*

63.0336.0

62.3331*. 6327.1*

331*. 7327.1293.7

Lat.

о+17.9

+ 18.5

+26.8+18.1

+26.9+18.7

+27.3+ 16.0+ 17.7+20.1

+27.0+17Л+21.9+ 19.9

+17.6+17.1+21.9

+17.1*+18.5+20.9

+ 17.2+ 15.8+20.1*

+17.1*

+16.9+19.9

+17.0+19.6

+17.1

+26.1

+23.2+22.0+26.5

+22.1+26.5

+22.3+26.2+26.5

+26.0+26.6

-27.9

Umbrae

181*

080

2823U

2321*6

90

1990

10208

01

20200

1971*3

19700

165

151»3

1991

83

121*

06

128

6160

0251

71

28382

3

WholeSpots

763

1»678

101111*9

1031188

377

121511

311398

77

101615Г5

9282313

85299

798

83012

7517

1*1»6

1*71*

1»26

910

39101*5

1111*18

1*21

151*2397

15

NO. 10, 1971*) raOTOHELIOGRAPHIC RESULTS 1966 19

POSITIONS AND AREAS OF SUNSPOTS FOR EACH DAY IN THE ÏEAR


Date P LO B0

о о оOU 2.275 -26.3 3U8.2 - 6.5

Öl» 3.291 -26.3 33l». 8 - 6. U

OU U. 612 -26.3 317. U - 6.3

OU 5.318 -26.3 308.1 - 6.3

OU 6.381 -26.1* 29U.1 - 6.2

01» 7.316 -26. U 281.7 - 6.2

Öl* 8.353 -26.3 268.0 - 6.1

OU 9.61»U -26.3 251.0 - 6.0

Öl» 10.559 -26.3 238.9 - 5.9

0l» 11.566 -26.3 225.6 - 5.9

Öl» 12.650 -26.2 211.3 - 5.8

0l» 13.091» -26.2 205. U - 5.8

OU 1l». 332 -26.2 189.1 - 5. 7

Öl» 15.33U -26.1 175.9 - 5.6

GroupNo.

208082

20810

2081120808

22081020812

01 15062081120808

220812

208l120808

220812

2081120808

22081320812

2081120808

22081320812

2081120808

22081320812

208082

2081320812

20812

208122081l»

208122081l*

2081l»

208152081l»

208152081l»

Radial PositionDistance

.576

.63!»

.813

.63!»

.539

.563

.686

.71*6

.900

.731»

.592

.559

.579

.808

.661»

.605

.500

.891

.770

.699

.616

.1»1»2

.952

.869

.795

.698

.1*69

.995

.950

.893

.800

.568

.979

.973

.915

.727

.81»2

.933

.988

.993

.977

.971

.751

.855

.608

.752

Angle

o21.230.8

119Л

335.60.7

13.912l». 558.7

317.6318.933l». 131*6.3

1*1». 0

312.7322.5333.5

32.6

307.1311.7319.1339.1

9.6

303.030l». 5ЗЮ.1325.53U3.1

300.2300.0303.6316.1319.6

298.0298.6307. 1»305.7

299.3

295.168.5

292.067.9

66.2

59.061.7

U9.755.5

Long.

o33l*. 9327.0295.5

352.233l*. 1»326.2295.3292.9

7.1*350.533l». 1325.9292.1»

350.533l*. 8325.6291.6

3U8.1333.732l*. 7308.5289.6

3U7.233l». 232l». 3308.6290.0

3U7.533l*. 1323.8308.0291.0

32l*. U322.8308.5289.9

290.1*

290.111*7.5

291.1*136.9

133.1

11*6.5135.8

11*6.813l*. 1»

Lat.

о+26.1+26.9-27.7

+29.0+26.1+26.7-27.8+ 18.0

+37.7+28.2+26.0+26.5+18.8

+28.6+26.1+26.7+ 18.8

+29.0+26.0+26.5+29.0+.19.5

+28.8+25.8+26.2+29.5+20.5

+29.1+26.0+26.3+30.5+19.9

+25.8+26.0+30.6+20.1»

+20.6

+20.6+20.1

+20.9+20.1

+21.1»

+18.6+20.5

+18.2+21.0

Umbrae

282826

032372

10

00

28067

3

0225

6910

0181»56

11l»

10197

503

1*1

0181»

379

89

65580

88

90

11*30

1381*1

6o

01*8

078

WholeSpots

16001*13

21»

81501331

106

1813

11*63375

26

1*12U6262

59

10121*5

3131385

731217283

20200

10U91325U

1*11*32

3U721*0

111*93

855

8281l*

792187

361*

15293

19391

20 PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. ANHALS


Date

OU 16.318

Ok 17.516

OU 18.1*29

OU 19.1*6U

Ol* 20.330

22.317

Elements of Day

о о о-26.0 I62.9 - 5.5

-26.0 11*7.1 - 5.1»

-25.9 135.0 - 5.3

-25.8 12КЗ - 5.2

-25.7 109.9 - 5.2

01* 21.31l» -25.6 96.9 - 5.1

-25.5

Ol* 23.31*6 -25.1*

2l*.329 -25.3

83.7

70.1

Ol* 26.31*6 -25.0

Ol* 27.313 -2l*.9

OU 26.337 -2l*.7

17.7

- 5.0

- 1*.9

57.1 - l*.8

Ol* 25.335 -25.1 1*3.8 - l*.7

30.1* - U.6

- l».5

U.I - U.U

OU 29.558 -2U.5 3U8.0 - U.3

OU 30.307 -2U.U 338.1 - U.2

Measures Position

Group Radial PositionNo. Distance Angle Long.

Area

Lat. UmbraeWholeSpots

208152081 U

208152081 U

208152081 U

208152081 U

2081 U2081620817

2081 U02 15062081620817

2081 U208182081620817

2081 U208182081620817

208182081620817

20818208162081720819

20818208162081720819

208162081720820

208162081920820

2081620821208222081920820

20816208232082120822

.500

.62U

.Uoo

.U92

.U25

.U51

.583

.U96

.59U

.813

.986

.719

.377

.675

.933

.81*6

.6U3

.518

.851

.933

.763

.U19

.7U3

.857

.395

.629

.933

.1*81

.551

.987

.979

.616

.516

.936

.755

.550

.996

.872

.736

.957

• 97U.563.386.589.859

.996

.539

.5UU

.356

о32.6U5.6

6.625. U

338.53.8

312. U333.3

318.161.962.0

306.833.05U.559.2

298.5327.91*1.55U.9

295.131U.U20. U1*7.6

307.93U8.737.1

303.6322.821.360.7

301.0307.30.258. U

298.83UO.U67.1

293.3U3.565.9

289.915.U

1U9.129.261.9

289.6326.92.1

162.6

o11*6.313U.5

1UU.313U.1

1UU.U133.2

1U8.2135.1

135.060.733.5

135.08U.861.633.7

136.1106. U62.533.0

13U.9108.261.332.6

107.361.732.3

106.361.530.9327.1

10U.O61.330.3326.8

61.629.5295.5

61.2'329.029U.U

62. U338.2335.6329.3293.7

60.7356.6336.8331. U

o+19.5+21.0

+17.9+21.1

+17.9+21.3

+18. U+21.1

+21.5+ 19.1+26. U

+21.5+13. U+18.9+26.3

+20.7+28.3+13.1+26.1

+21.2+28.3+ 18.2+26.1

+28.6+ 17.9+25Л

+28.9+18.0+26.2+27.6

+29.0+17.9+26.3+27.3

+18.0+26.6+22.3

+17.8+28.6+21.5

+18.2+28.5-23.5+26.8+21.3

+ 19.0+22.7+28.5-2U.O

070

056

069

03U

313U26

310

uu22

2332823

95

U615

266315

509U110

566750

910

11

53050

UU161053

08120

8331

9298

8300

U156

1бО121116

1U85

16693

8226163108

U82529583

161U7173

390505357

332U03216

382580

2773

2U6

2U56U58

277

3532392

continued

NO. 10, 19T1*) PHOTOHELIOGRAPHIC RESULTS 1966 21


Elements of Day. Measures Position Area

Date P LO BO

о о оQl* 30.307 continued

05 1.331 -2l*. 2 32l*. б - 1*,1

05 2.31*0 -2l*. 0 311.2 - U.O

05 3.355 -23.8 297.8 - 3.9

05 1*.325 -23.7 285.0 - 3.8

05 5.1»73 -23.1* 269.8 - 3.7

05 6.333 -23.2 258.1* - 3.6

05 7.!*90 -23.0 21*3.1 - 3.5

05 8.325' -22.8 232.1 - 3.1*

05 9.U15 -22.6 217.7 - 3.3

GroupНо.

2081920820

2082320821208222081920820

208232082220819208202082l*

20823208222081920820

01 15072082l*

2082302 1507

2082220825208202082l*20826

20825208202082U20826

2082003 1507

20820

20820

20820


.51*1»

.776

.657

.572

.365

.530

.639

.768

.1*92

.585

.511

.918

.689

.655

.683

.1*27

.653

.813

.965

.951*

.792

.668

.1*1*2

.61*1*

.802

.812

.566

.1*67

.695

.667

.1*20

.818

.903

.978

Angle

o16.058.0

311.63l*2.1<200.6352.0

1*9.1*

30l*. 2226.7333.8

3l*. 268.6

297.5238.8318.9

9.560.661*. 2

293.8301.521*3.5317.73U1.756.71*6.3

307.8317.2

1*0.235.7

307.050.9

298.5

295.0

292.2

Long.

o328.1*293.3

356.5335.9332.6329.3293.1*

35l*. 633l*. 1328.1293.321*7.6

355.9335.1328.1293.5261.721*7.6

356.6352.1*335.1315.0293.5250.821*2.7

315.8291*. o251.521*1.7

293.0239.1

293.1

293.0

293.1

Lat.

о+27.2+21.2

+22.3+28.9-2U.O+27.1*+21.0

+22.6-23. U+27.7+21.1+17.7

+22.2"22.9+27.5+20.9+15.1*+18.2

+21.7+28.1*-23.1.+26.2+20.9+17.5+30.8

+27.2+21.1+17.3+31.0

+20.7+11.9

+20.7

+20.8

+20.8

Umbrae

050

31

131*

56

970

1*30

51*0

1*102

1*k01

3800

022

10

31*1*

35

31

26

WholeSpots

521*8

2l*7

5128

269

6025

721*820

3230

5225

1*23

1*1222

13226

kU

8181

63

22828

190

11*0

116

05 10.351

05 11.33U

05 12.32U -21.8 179.2 - 3.0 20827 .986 59.2 102.2 +29.6 65

05 13.330 -21.6 165.9 - 2.8

05 1l*.372 -21.3 152.1 - 2.7

oi* 150720827

20828208292082720830

.1*96

.939

,80l*.521.856.916

37.256.8

300.6325.2

52.961.9

11*7.3101.3

200.1*170.8100.890.0

+20.5+29.7

+22.3+22.7+29.3+2U. 2

010

213110

565

156532

8

22 PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. ANNALS

POSITIONS ADD AREAS OF SUNSPOTS FOR EACH DAY III THE YEAR

Elements of Day

Date P LO BO

o o o05 15.332 -21.1 139.U - 2.6

05 16.31*8 -20.8 126.0 - 2.5

05 17.339 -20.5 112.9 - í:.1*

05 1В. 1*23 -20.2 96.6 - 2.3

05 19.315 -19.9 86. G - 2.2

05 20.310 -19.6 73. 6 - 2.0

05 21.1*3f< -19.3 5d.7 - 1.9

05 22. 2Wt -19.0 1*8.0 - 1.8

05 23.321* -18.7 33.7 - 1.7

05 2l*.l*32 -18.3 19.1 - 1.6

05 25.365 -18.0 6.7 - 1.5

05 26.501 -17.6 351.7 - 1.3

05 27.322 -17.3 31*0.8 - 1.2

Measures Position


Area


20828208292082720830

2082820829

05 15072082720830

2082920827

Об 150720331

2082907 1507

2082920Û322063120833

208322083120831*20833

208322083120031*20033

208322083120831*20033

2083120831*20833

2083120831*2083320835

208312083320835

08 1507

20831208332083520836

2083120833208352083620837

.905

.659

.71*6

.868

• 978.797.1*52.61*1*.755

.909

.559

.71*6

.767

.981

.91*5

.991*

.667

.1*71*

.991

.805

.332

.927

.961

.916

.350

.792

.862

.961*

.1*50

.666

.758

.617

.1*77

.585

.782

.298

.1*01*

.856

.891

.288Л1*!.759

.977

.31U

.609

.7^2

.987

.1*69

.511*

.598

.960

о297.0309.1

1*6.260. 3

292.8300.8336.1*

36.255.1*

296.620.75l*. 9

115.1*

291+.1*62.1*

29l*. 2300.1)131.6

77.7

29l*. 1*160. я76.77l*. 9

290.9203.3

7l*. 272.7

290.8222.0

70.069.1*

236. 061.1*62.5

2l*l*.235.61*7.660.5

21*7.020.2

5U. 776.6

21*9.7329.7

1*5.383.0

21*8.5307.1*

33.182.360.1

о200.3172.9101.7

81*. 0

201.6173.5137.2100.1*83.5

17l*. 599.971.365.3

175.031.1

168.1*123.8

61*. 75.2

123.966.7

6.80.9

123.167.2

7.91.0

120.866.8

8.51.1

67.26.51.5

67.88.91.2

32l*. 6

68.00.9

325.3318.5

68.91.1

323.530U. 3

61.2ЗЛ

323.030l*. 6270.1*

0

+22.9+22.3+28.9+2l».0

+21.6+22.3+21.9+28.9+23.5

+22. &+29.1+23.5-20.8

+23.1*+25.1

+23.7+ 18.0-20.2+11.9

+ 18.1-20.2+11.5+13.9

+ 18.3-20.6+ 11.2+ 13.8

+19.1*-21.2+11.7+11».2

-21.1+11.6+11».2

-20.9+12.1*+11*.2+2l*.0

-21.0+1U.1+2l*.2+ 9.1

-20.0+11*. 1*+21*. 1+ 1*.3

-21.1*+15.1*+21*. 2+ 3.6+28.1

330

50

07l*

0l*0

6l102

370

029

90

9029

977

10560

59l*

6755

501

51*3

1*5

870

6617

572123

0

212181

5

00

11728

0

13121

312

11325

313

5

28672

1l*

25l*7

29127

3117

39811l*

1*21*1*5

1*31288

25596

63l»3l*0

28628

29220

331*

1*298

31*1*8l

309182183

3

155100375

26

2711

6029623

NO. 10, 1971*) raOTOHELIOGRAPHIC RESULTS 1966 23


Elements of Day

Date P LO BO

о о о05 28.U56 -1б.9 325.8 - 1.1

05 29.371* -1б.6 313.7 - 1.0

05 30.356 -16.2 300.7 - 0.9

05 31.3614 -15.9 287.3 - O.Y

Об 1. 1*21

Об 5.31*!

-15.5 273.1* - 0.6

Об 2.326 -15.1 261.1* - 0.5

Об 3.3l*3 -il*.7 21*7.9

Об 14.333 -1l*.l* 23l*.ö - 0.3

-Hl.O 221.5 - 0.1

Об 6.51*0 -13.5 205.6 0.0

Measures Position


Area

Lat.

20Û33208352083620837

2083520836

20835208362083820 0392081*0

20835208362081*1208382081*220839208UO

2083520836208U1208382081*220840

2083520814 1

01 1508208382081*22081*02081*3

2081*1208382001*2208UO2081*3

1

206U1*02 1508

208U12081*22081*02081*3

1

2081*1*2081*12081*22081*3

1

2081*1*2081*1208382081*2

.700

.1*28

.352

.883

.1*39

.150

.538

.201

.861*

.91+1

.990

.683

.1*05

.696

.779

.785

.866

.936

.822

.535

.602

.680

.618

.8?7

.923

.561*

.301

.593

.1*36• 73l*.907

.569

.51*8

.268

.61*7

.936• 93l*

.763

.670

.616

.238

.1*95

.81*14

.81*3

.886

.707

.361

.727

.721

.971*

.837

.730

.575

о288.5

7.1*75.857. 7

31*2.751.2

319.2297.5

51.870.6

110.7

306.1»283.0

1*0.01*7.372.767.1

111.9

298.7279.1*

25.339.168.9

11l*. 9

29l*. 99Л

136.927.660. о

118.867.5

350.1*11.23l*. 2

123.1*66.165.9

297.6308.2330.7350.3131*.663. 663.7

293.2318.5311.8

59.258.8

291.1*309.1316.929l*. 7

о8.14

3-'2.1*305.9268.7

321.9307.0

323.1ЗЮ.92U8.0232.1219.2

323.9ЗЮ.5255.821*5.1*237.3229.8219.3

32l*. 6305.2255.721*3.1*237.3220.2

326.2

25М21*9.22ll2.7238.8?18.0181.8

25l*. 1*21*0.7239.1212.6180.7181.0

ÜÖ0.9269.9255.6237.2212.8180.5180.6

281.525l*. 8237.5179.1*180.0

281.2255.22l»1.5238.0

о+12.0+23.9+ 3.9+27-5

+23.7+ l*.l»

+23.2+ 1*.5+31.6+17.8-20.6

+23.3+ 1*.5+31.5+31.2+13.0+19.3-20.7

+22.8+ 1*.5+32.2+31.2+12.3-20.7

+22.6+33.1-13.1+31.1+12.1-21.0+22.1

+33.6+32.0+12.1*-21.1+22.1+22.2

+20.1*+21*. 2+32.1+ 13.2-20.5+21.8+21.7

+20.3+31.7+ 13.7+21.7+21.8

+20.8+31.8+32.1+13.9

0

7126

2

1*68

5213000

1772U206

221

1*517132

328

11l*62

1*2

2201*0

1913

1*3

1350

1717

72

11161l*

0280

6383

9622

26551

19961

5172U

963l*20

3520

U38

8615

211788026

30157

55l*1*115

l6l

807

315

12973

2122

5U26

U102

87

53275591TU

69133713

continued

PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. ANNALS



Date P Lo

0 0

06 6.5l40 continued

Об Т. 5Т7 -13.1 191.9

Об 8.1*20 -12.8 180.7

Об 9.338 -12. U 168.6

Об 10.U02 -11.9 15l*. 5

Об П.З^З -11.5 1U2.0

Об 12.538 -11.1 126.2

Об 13.635 -10. б 111.7

Об 11*. 339 -10.3 102.1»

Об 15.!»5l* - 9.0 87.6

Об 1б.ЗбЗ - 9.1* 75.6

Об I7.!*5l* - 9.0 61.1

Об 10.1*03 - 8.5 Ь8.6

Об 19.3U5 - 0.1 36.1

Об 20.382 - 7.7 22.1*

GroupBO Но.

о2081*3

1

+ 0.1 2081*1208382081*22081*3

12081*5

+ 0 . 2 208382081*22081*3

12081(5

+ 0.1* 208382081*32081*5

+ 0.5 03 15082081*32081*5

+ 0.6 2081*32081*5

+ 0.7 2081*32081*5

+ 0.9 2081*32081*5

+ 1.0 2081*62001*5

+ 1.1 2081*62081*5

+ 1.2 2081*62081*52081*72081*8

+ 1.3 2081*52081*72081*82081*9

+ 1.1* 2081*52081*72081*82081*9

+ 1.5 2081*72081*9

+ 1.7 2081*7oi* 150805 1508

2081*9

RadialDistance

.551

.5U6

.920

.850

.731

.1*13

.1*11

.959

.930

.837

.372

.367

.907

.971*

.1*11

.809

.615

.5Ь8

.671

.680

.51*3

.837

.399

.938

.363

.809

.1*08

.939

.553

.990

.683

.1*32

.636

.831

.302

.522

.967

.926

.309

.1*1*8

.902

.1*26

.796

.589

.312

.260

.660

PositionAngle

о1*7.71*7.3

305.1309.0289.7

27.026.668.3

30l*. 9287.1*

3.11.2

67.5

302.7333.0

61*. 8

313.3312.3

58.1*

302.91*8.5

296.325.8

293.1*351.6

300.5331.3

296.6310.9

295.2302.0

1*8.9133.5

296.019.1

11*7.766.2

293.331*0.6176.3

61*. 3

31l*. 361.3

301.0333.5

7.35^.9

Long.

o179.7180.1

25b.221*3.2237.0180.3180.5119.7

2l» 1*. 9236.1179.5180.3117.6

2U3.1180.1117.5

181*. 0180.3116.9

179.9116.2

180.2115.5

179.7115.0

152.1*11l*. 5

155.511l*. 3

157.011l*. 1

55.71*5.2

11l*. 755.21*3.3

3U7.0

11l*. 95l*. 8l*b.8

31*6.2

5l*. 831*6.8

5l*. 530.820.1*

3U6.1*

Lat.

о+21.7+21.7

+31.9+32.3+11».3+21.6+21.6+20.8

+32.2+11*. 5+22.0+21.6+20.1*

+31.8+21.7+20.3

+25.3+22.0+20.9

+22.1+21.5

+22. 1+21.7

+22.1+21.8

+2l*.8+21.8

+25.2+22.1

+25.1+22.1+17.6-2l*.9

+22.1+ 17.8-21*. 8+23.2

+22.1+ 18.3-25.0+23.6

+18.7+23.1*

+ 19.0+ 17.8+ 16.6+23.6

Umbrae

1818

000

11*11*

21*

00

11»11*30

09

1*3

08

37

61*1

670

037

029

318

81120

3

056

118

01*0

018

1*619

31*10

11*

WholeSpots

0170

6132

71*69

116

38

7759

230

1031*

253

922

198

21*286

21301*

3266

1*216

26131*

32778310

10319

11102

3267

1119

299107

19552

72

NO. 10, 1971*) PHOTOHELIOGRAPHIC RESULTS 1966 25


Date

Об 25.321

Об 30.3^0

Elements of Day

bo BO

о о оОб 21.333 - 7.3 9.8 + 1.8

Об 22.5614 - 6.7 353.5 + 1.9

Об 23.3140 - 6.1* 31*3.2 + 2.0

Об 2U.371 - 5.9 329.6 + 2.1

- 5.5 317.0 + 2.2

Об 26.U13 - 5.0 302.6 + 2.1*

Об 27.330 - k.6 290.1» + 2.5

Об 28.339 - Ь.1 277.1 + 2.6

Об 29.360 - 3.6 2б3.5 + 2.7

- 3.2 250.6 •*• 2.8

Measures Position


Area


2081*72081*920850

2081*72081*92085020851

2081*7208522081*92085020851

2081*7208522081*920853208502085120851*

208522081*92085320850208512085!»

208522081*9208532085020851208552085!*20856

20852208532085020851208552085U20856

208522085320851208552085U20856

208512085520851*

2085120855208572085!*20858

.721*

.531

.681

.876

.396

.508

.650

.936

.1*52

.368

.1*37

.550

.990

.576

.1*37

.375

.1*25

.1*50

.99»*

.709

.559

.500

.1*96

.1*1*5

.967

.838

.713

.666

.619

.531*

.613

.872

.933

.919

.797

.726

.655

.532

.750

.863

.982

.923

.781

.1*75

.568

.763

.891

.501

.386

.969

.611*

.310

.236

.710

о

295.7'1*1*. 1*51.2

291.618.73l*. 3

131.0

290.2332.0355.3

18.311*1.8

289.731l*. 2326.1+333.131*8.2162.8

76.9

30l*. 6310.7313.0327.8188.575.0

299.2300.8300.1312.6215.6139.07l*. 556.0

297.6295.3305.8227.9153.1*72.953.6

296.6291.1*236.3176.368.61*5.8

21*1.7200.3

56.3

21*1*. 1219.7330.126.91*1*.6

о53.5

ЗП5.9333.5

53.231*5.633l*. 9321.3

51.9356.831*5.133l*. 5321.5

51.6356.731*1*. 83l*0.l335.1321.32l*6.l

357.131*1*. 1*31*0.133l*. 2321.121*1.8

356.531*1*. 231*0.6333.1322.3276.221*2.5236.5

355.1*3l*i.o331.6322.1*275.121*2.9235.5

356.031*3.5322.2275.12l*l*.1236.0

322.227l». 621*1*. 2

323.2276.2259.92l*l*.321l*. 5

о

+19.5+23.8+26.6

+ 19.8+23.8+26.5-23.5

+ 19.5+25.1*+23. li+26.1»-23.6

+19.8+25.5+23.3+21.6+26.6-23.3+13.3

+25. 1*+23.3+21.9+26.9-23.7+15.1

+25.5+23.1+21.3+26.7-23.1»-25.3+ 11*. 7+32.3

+26.2+21.1*+26.9-23.9-25.9+11*. 3+32.2

+26.6+20.7-23.8-25.6+11*.1+31*. о

-23.5-25.3+11*.9

-2l*. 2

-25.5+18.3+1U.9+32.5

36172

281328

5

1910112232

01597

1532

0

18695

2713

232

113

3l*1*53

3060

361122

63

30312

301

19

91*1

260

1799018

11650

11629

1073263

120

13l*

872383667

11629

96191*529

11»1»63

98101*221

11*62l*2531*

18328

3151

361931

10315

156281020

181»1T

11*0

8238

71б2

3

26 PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. AMIIALS

POSITIOItS А1Ш AREAS OF SUHSPOTS FOR EACH DAY III THE YEAR

Elements of Day

Date P L0 B

o

о о о07 1.316 - 2.8 237.7 + 2.9

07 2.298 - 2.3 22l*.7 + 3.0

07 3.286 - 1.9 211.6 + 3.1

07 l*.355

07 5.335 - 0.9

07 6.1*1*9 - 0.1*

07 7.331

07 8.1*1*6

0.0

0.5

197.1*

181*.5

169.7

ll»3.3

3.2

3.3

3.5

158.0 + 3.6

+ 3.7

07 9.389 + 0.9 130.8 + 3.0

07 10.361 + 1.1* 117.9 + 3.9

07 11.31*8 + 1.8 10l*.9 + l*.O

Measures Position

Group Radial PositionHo. Distance Angle Long.

Area


208512085720851*20858

20859208572085!*20858

20859208572085!»20858

01 150920860

02 1509

2085720851»2085820861

2085720851*20858

20858208622086320861

20858208632086120861»

20858208632086120861»

208582086220863208612086020861*

2085820862208632086120861*20865

2086220863208612086620865

.991

.1+1*6

.21*2

.590

.823

.615

.1*00

.531*

.91!»

.772

.571»

.511

.853

.901*

.921

.905

.762

.538

.701*

.985

.883

.618

.71*3

.1*07

.1*95

.370

.830

.1*63

.27!*

.599

.927

.522

.3U1

.1*31

.981

.817

.633

.519,1*1»1».292

.995

.925

.757

.687

.279

.601*

.977

.862

.811»

.791*

.590

0

21*5.7308.0330.1

33.3

316.2295.8303.1

18.7

311.0290.1»292.1*

0.250.765.1*62.3

288.0287.1»3l»1.5

62.0

287.0286.6325.3

311*. 6330.1*

17.235.2

309.7355.7359.6

62.8

305.8331.3329.2

51.5

30l». 0297.5315.8302.1321.1

23.7

305.529l*. 6307.3292.93U3.6166.3

293.3301.8289.1»296.8183.5

о317.8259.321*1*. 8215.3

271.2260.12l* 1*. 9212.9

272.9260.821*1*. 8211.5158.51)*8.111»6.0

261.721*6.2209.2155.6

261». 921*6.0209.3

209.2182.U159.9156.6

208.51б0.1»158.2123.9

208.71б0.2151». 0122.5

209.6183.31б1.1*158.51U8.5123.7

203.1181*. 8161.9159.6122.7108.3

183.01б1.8158.6155.3107.3

о-23.6+18.6+15.0+32.2

+38.1*+17.9+ 15.!»+33.2

+38.3+17.6+ 15.2+33.7+31*. 6+23.5+26.7

+17.6+15.3+33.7+21.7

+17.3+16.2+33.5

+3!».0+2U.O+31.5+20.9

+31». 2

+30.9+19.1»+18.8

+31*. 1*+30.7+20.6+18.9

+3i*.o+2U. 1*+30.?+19.3+23.7+19.2

+35Л+21*. 2+30.1+18.1*+19.3-32.0

+23.6+29.1+18.0+23.5-32.0

0581

025

67

029

823

000

2711*1*5

0

02

115

165001*

21*1703

21*715

15

1980

21*301*

1170

1*1*213

027

20

16

1*31*095

9

891*571<1

3125

30101

1*33

11*860

2802

612

635

905129

17

120739

813

1378681717

101»22

106116

23

35215

11*1102026

3711*5

186

63

NO. 10, 197U) PHOTOHELIOGRAPHIC RESULTS 1966 27


Date

Elements of Day Measures Position

Group Radial PositionNo. Distance Angle Long. Lat.

Area

Umbrae

WholeSpots

07 12.1*22

07 1l*. 339

07 15.3UU

07 16.513

о о о+ 2.3 90.7 + >*.1

07 13."*11 + 2.7 77.6 + 1*.2

+ 3.1 65.3 + 1*.3

+ 3.6 52.0 + 1*.1*

+ '*.! 36.5 + U.

07 17.31*6 + 1*.5

07 18.351 + !*.9

07 19.321» + 5.3

25.5

12.2

359.3

07 20.61*1 + 5.9 3̂ 1.9

1*.7

1*.7

208632086 1208672086620861*208652086820869

2086320861208672086620861*2086 52086820869

20861*20865208682087020869

2086U20868208702086920871

208722087320870

03 1509208692087120871*20875

2087201* 1509

20870208692087»*2087520876

05 15092087320870208692087520876

20873208692087520876

208732086920871*20875

.956

.910

.901*

.900

.635

.632

.969

.997

.999

.973

.969

.968

.786

.710

.891*

.958

.879

.779

.TVr

.827

.892

.955

.669

.665

.786

.872

.930

.392

.1*71*

.551»

.633

.795

.790

.987

.982

.1*21

.357

.515

.665

.955

.980

.870

.672

.273

.1*05

.875

.93U

.822

.370

.772

.858

.953

.1*83

.261*

.588

о299.2-289.1291.6295.3291*. 6202.5110.363.7

298.3288.5291.1293.9290.7211*. 1*113.763.8

289.2221.6118.6

61*. 562.9

289.1»126.260.859.858.0

307.7323.1*

50.270.852.651*. о67.9

11l» „2

305.5165.7

33.91*3.166.5

115.856.7

279.3300.135>».1

23.1*119.1»

55.5

29l*. 8353.9125.0

52.7

292.1*320.3350.5139.8

о163.2155.815l*. 8153.8128.0107.2

17.61*.1

166.5151». 6153.5153.2128.3105.8

17.9l*.l*

126.3102.821.911.2

3.1»

12U. 917.113.33.0

353.8

10l*. 351.113.5i*.o2.6

31*8.231*5.5318.7

10l*. 919-213.22.5

31*5.6316.7306.7

72.751.313.9

1.9316.630l*. 6

53.21.9

316.230l*. 1

5l*. 1*1.9

31*1*. 6317.8

о+29.0+19.1+21.2+21*. 5+18.5-31.7-18.5+26.5

+23. It+ 18.9+21.1*+2l*.1+ 18.7-32.1-19.0+26.3

+18.9-32.2-17.8+23.1*+26.0

+ 19.8-19.7+22.3+26.1+29.8

+36.8+22.6+21.7+ ll*.2+26.3+30.8+20.1-23.0

+35.7-19.1*+21.6+26.2+18.8-23.0+33.5

+10.1*+23.2+20.1*+26.3-22.8+33.8

+22.9+26.3-22.8+31*. 1

+22.8+26.3+ 19.9-22.1

365353

1011»1l*

0091*1*53

1»0

01»20

1(6

1»20

5»*0

001»0

1»500

1*1

001

1*70

620

220

1*329

0

81*930

2

01*1

113

1992721*391552691*1

113151*118283628

238

1037

91*

21*3

27119

2679

1*22

201

25121*

2бО

358

20208

6307

11

997

21719!»

16

31305158

11

722U

1297

continued

28 PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. ANHALS


Elements of Day

Date P LO BO

о о о07 20.61*1 continued

07 21.1*28 + 6.3 331.5 + b.9

07 22.1*23 + 6.7 318.3 + 5.0

07 23.295 7.1 306.8 5.1

07 2l*.1*23 + 7.5 291.8 + 5-2

07 25.3^0 + 7.9 279.8 + 5.3

07 26.1*38 + 8.1* 265.2 + 5.1*

О? 27Л1»1 + 8.8 252.0 + 5.

07 28.333 + 9.2 21*0.2 + 5.5

Measures Position


Area


208772087620878

2086920871*208792087520877

01 15Ю2088020878

208692087120871*20879208752088020878

208692087120879208752088020878

1

2086920875208812088020878

120882

20875208812088020878

120882

208752088020878

12088220883

2088020878

12088220883

2088020878

102 15Ю

2088203 15Ю

.5»*1*

.715

.991

.585

.3»*1

.200

.506

.1*1*1*

.593

.892

.955

.721*

.629

.1*78

.357

.1*67

.81*8

.872

.83U

.733

.51*3

.1*96

.738

.766

.761*

.91*2

.607

.519

.616

.595

.59»»

.991

.682

.577

.51*1

.1*50

.1*1*8

.9U9

.809

.523

.305

.301*

.870

.989

.591

.298

.298

.773

.9^3

.676

.398

.398

.517

.671*

.802

0

51.1*1*5.968.8

309.3317.5198.1153.9

39.U55.350.768.8

301.6312.930l*. 3235.5179.1

1*6.168.0

297.9306.721*6.7202.7

1*1.1*65.865.9

296.1222.33l*6.029.859.959.956.3

228.5330.0

15. U1*9.5U9.355.6

236.6352.2

22.922.553.266.8

333.13U1.631*1.3

1*8.966.3

321.7315.6315.1*31*9.8

1*2.21*8.0

о31l*. 330l*. 0258.1*

1.631*5.5335.1317.7313.5299.1*272.0258.3

1.5350.23U3.1335.5317.9266.5258.2

1.631*9.2336.9318.7268.9258.2258.1*

2.1317.8300.6269.3258.3258.1*207.7

313.2зоо.з269.5258.2258.1*208.7

312.1270.3257.9258.1207.9182.5

271.1»257Л257.8207.2181.0

271.5257.5257.621*6.6207.0192.7

0

+21*. 1+33.6+21.6

+25.9+19.3- 6.0-22.2+21*. 6+23.8+36.9+21.6

+25-9+29.5+20.1- 6.8-22.7+39.1+21.6

+25.9+29.7- 7.9-22.1+37.6+21.6+21.5

+26.2-22.0+35.3+37.0+21.7+21.7+31*.!

-22.1*+31*. 8+36.5+21.8+21.8+31*. з

-22.8+36.1*+21.6+21.5+31*. з+23.7

+36.8+21.8+21.7+31*. 1*+21*. 2

+36.6+21.7+21.7+35.9+31*. 5+36.2

10

66

3911

12100

61*

50000

160

1*9

1*1*017

367878

1318

1*7616133

21

9862611*0

07569683053

1*969692979

1*1*7373

026

0

12

5315

251118

52632

352

230121011

631*

355

18787

2817l»1*21*1*05

727

31*23937637211*2

810

1*25390376152

1U1*111*381*28155378

2981*081*011651*1*3

233372368

1*151

2continued



Elements of Day.

Date

07 28.333

07 29.303

о оcontinued

BO

о

9.6 227.3 + 5.6

07 30.31*8 +10.0 213.5 + 5.7

07 31.362 +10.U 200.1 + 5.7

08 1.31*3 +10.8 187.1 + 5.8

08 2.328 +11.2 17l*.1 + 5.9

08 3.37l* +11.6 1бО.З + 6.0

Measures Position


Area

tat. UmbraeWholeSpots

2088320881*20885

oU 15102088020878

1208822088320881*20885

2088020878

120882

12088320881*20885

208802087820882

05 15Ю2088320881*2088520886

208802087820882208872088320881*208852088820886

2087820882

106 1510

2088320881*208852088820886

2088920882

1208872088320881*208852088820886

.871

.976

.990

.852

.781*

.51*6

.51*8

.568

.755

.916

.91*8

.883

.711

.712

.1*87

.1*87

.606

.802

.859

.9l»9

.81*1

.1*76

.1*39

.1*60

.660

.71*8

.958

.988

.932

.535

.230

.351*

.512

.601*

.823

.877

.989

.632

.631*

.672

.335

.376

.1*60

.681*

.71*8

.735

.71*5

.752

.1*77

.1*30

.326

.362

.503

.586

о61*. 8-65.565.3

289.1313.1301.9301.8

31.262.265.162.1*

308.1*295.0295.0

12.612.556.163Л60.6

зоб.о292.0350.6

10.61*1*. 258.1*56.973.2

305.6290.8331.8

1*.221.61+9.350.069.973.2

290.8319.0318.7221.33l*8.0

29.1*37.1*65.871.6

297.1310.8310.1*299 Л319.0352.6

10.657.868.1

о180.3161.7156.7

285.6272.5257.1257.2206.5180.3101.1

155.6

272.3257.2257.2206.2206.3180.1161.7155.8

271.3256.8205.1*191*. 7179.5162.0155.0126.0

270.1256.320l*.7186.1178.91б1.9155.7132.1125.7

257.1203.7201*. 1203.3178.5162.1*155.9132.1*126.1

205.7202.6203.5186.2178.2162.9156.0133.3125.6

0

+2l*.5+25.1+25.2

+19,2+36.3+21.6+21.6+3l*. 2+21*. 1*+25.0+27.9

+36.2+21.6+21.6+33.9+33.9+2U.I*+2»*.5+28.0

+35.9+21.5+33.6+31.2+2l*.5+2U.7+28.2+17.7

+36.0+21.5+33.6+19.0+21*. 9+2U.7+27.7+19.8+17.5

+21.1*+33.5+33.5-25.1+2l*.9+21*. 8+27.0+20.7+17.6

+23.7+33.5+33.5+18.9+21*. 5+2U.7+26.7+20.8+17.5

5850

0228281381*91732

2765652828363311

11*6329

01*1*31170

75731*

02920

1*0

10

612828

02622

581*

22826

03616731

333U7

8

9181389381138389

97151

11*1356355138136356127111*

833531M*

1*270168

7b21*

36383129

7198132

1*66

1*0

282133128

1619792283129

811*9135

8188101

312721


POSITIONS AMD AREAS OF SUHSPOTS FOR EACH DAY IN THE YEAR

Date

08 1*.1»

Elements of Day

о о о+12.0 11*6.5 + б.О

08 5.357 +12.1* 13b.O + 6.1

08 6.332 +12.Т 121.1 + 6.1

08 7.587 +13.2 10l*.5 + 6.2

08 8.376

08 9.365

08 10.333

08 11.1*05

+ 13.5 9>4.1 + 6.3

+11*.6

08 12.386 +15.0

08 13.1*26 +15.3

08 1l*.392 +15.7

5l*.1 + 6.5

1*1.1 + 6.5

27.3 + 6.6

1l*.6 + 6.6

Measures Position

Group Radial PositionHo. Distance Angle Long.

Area


2088920882

1208832088U208852088820886

20889208822088320881*

07 1510208852088820886

208822088320881*20885208882088620890

2088320881*2088620890

20881*20890

.866

.852

.856• 579.U15.391.351.1*08

.91*5

.932

.720

.571*

.1*70

.1*82

.261

.258

.981

.81*0

.718

.61*2

.306

.203

.956

.953

.871

.376

.851

.938

.769

о291».!*306.8306.1305.5322.33U1.3

Uo.i*57. 1*

293.830l*. 0298.1*307.1*303.5318.1»

6.81*1.9

303.1*295.1»300.5302.9328.731*1.5117.3

29l*.0296.0300.1123.0

295.3128.3

o206.0201.8202.5177.6162.615l*. 6132.1*125.3

205.6202.2177.9161*. 2158.715U.9132.1123.7

201.1«177.5161». 1*157.6130.9125.0

53.2

177.6161*. 612l*. 3

53.5

161*. 353.0

o+2U.1+31*. 1+33.7+21». 8+21*. 9+27.6+21.3+18.3

+2l».5+33.8+2l*.l*+25.6+20.5+26.8+21.0+17.0

+33.9+21*. 6+25.8+25.3+21.1+ 17.2-23.7

+21*. 7+25.6+16.7-23.7

+25.8-23.7

51818271l*

1*9

. 3

022231300

130

171663110

0712

01*

2511*6130125912l*2815

17138102

591*8

561

112861*016

587

1558

79

71l*

20891208922089320891*

08 15Ю

09 15Ю20891208922089U

20891208922089 1*20895

2089020891208922089320895

.753

.798

.858

.899

.91*0

.551*

.630

.693

.803

.1*91*

.593

.61*8

.81*0

.671*

.1*21

.522

.500

.738

52.852.059.566.261*. 0

23.61*6.21*5.86l*. 8

30.336.760.3

131.6

222.65.8

23.13l*. 7

139.9

9.1»5.1

356.331*9.931*3.5

25.19.11*.3

31*8.6

10.1*2.1

31*9.531*1.1*

2*1*. 1*11.70.1

355.331*1.9

+31.7+33.7+29.1*+21*. 2+26.6

+36.6+31.3+31*. 1+2U. 0

+31.1*+31*. 3+23.9-29.3

-23.9+31.2+35.0+30.5-28.8

32000

19

121*

1623

20

511*19

12

11*13287

8566533

6190

91*

2390

1201617

NO. 10, 197M PHOTOHELIOGRAPHIC RESULTS 1966 31

POSITIONS AND AREAS OF SUNSPOTS FOR KACH DAÏ IN THE ÏKAK

Elements of Day

Date P LO BO

о о о08 15.3>*5 +16.0 2.0 + 6.7

08 16.333 -Мб.3 3U8.9 + б«7

08 17.337 +16.7 335.7 + 6.8

08 18.338 +17.0 322.U + 6.8

08 19.31*9 +17.3 309.1 + 6.8

08 20.307 +17.6 296.U + 6.9

08 21.366 +18.0 282.1* + 6.9

08 22.1*01* +18.3 268.7 + 7.0

08 23.31*9 +18.6 256.2 + 7.0

08 2l*.337 +18.9 2U3.1 + 7.0

08 25.1*00 +19.2 229.1 + 7.0

Measures Position


Area


2089020891208922089520896

20890208912089220896

2089020891208922089720 e? 62089820899

01 15112089120897208962089820899

20891209002089720899

209002089720899

209002089920901

2090120902209032090Ц

02 1511209052090120902209032090l*

2090520902209032090»*

2090603 15112090520902209032090l*20907

.792

.1*1*7

.1*80

.657

.71*0

.899

.5U1

.501*

.59!»

.972

.661*

.571

.352

.1*1*2

.975

.988

.965

.783

.519

.369

.881

.926

.881*,83l*.668.825

.915

.796

.686

.988

.1*85

.91*2

.875

.950

.981

.987

.21*2

.183

.805

.872

.91*2

.91*1*

.071

.752

.861*

.652

.622

.51*6

.350

.596

.766

.719

.777

o233.6339.1*5.0

151.156.1*

2l*l.»t321.231*6.01*9.9

21*5.6310.1*329.5316.23l*. 770.776.7

251.230l*. 9301.5

6.1*70.877.8

301.7306.229!*. 977.9

30l». 3292.1*76.6

302.2

73.1*1*7.8

1*1*. 966.555.368.7

1*6.191.61*0.365.75U. 669.0

272.863.1*52.768.3

292.9303.1*272.357.1*1*8.665.561.5

о1*5.712.5

359.131*0.8317.1*

1*7.112.1357.6318.0

1*7.711.6356.5350.7319.2257.1253.1*

3l*. 010.9350.7319.8260.3253.9

10.32.7

31*9.5253.1

2.03U8.7253.1

6.0253.9212.9

212.3195.9187.9186.1

21*5.821*5.6211.1195.6185.7181*. 1*

21*7.2195.7185.8181*. 6

266.1*258.821*9.7195.7181*. 1*181*. 3179.7

о-23.3+31.2+35.1-28.8+28.9

-22.1+31.0+35.8+28.2

-21.7+30.9+35.7+21.2+27.7+20.2+ ll*.1

-16.1+31.2+21.7+28.2+20.1+ 13.8

+31.0+33.6+21.6+13.9

+31*. о+21.9+11*.2

+32.8+ 11».0+1*1.9

+1*2.3+21*. 1*+35.3+22.1

+16.5+ 6.6+1*2.8+21». 5+35.6+22.1

+ 7.2+21*. 1*+35.5+22.1

+19.6+23.6+ 7.1*+2l*.6+35.5+22.1*+26.1»

1»152000

131998

0121191»00

01*13206

5881*

322

013

2111735

050392l»1»1

23531357

307351201*30

2282881215

78825657

2»»1*61»63618515

1*1861*122

21

22SU1*026

3l»2113

1*1»813

1950137209

1278

198eu258

1013285033U

133

366291673532

continued

32 PHOTOHELIOGRAPHIC RESULTS 1Ç66 CR. 0. ANHALS


Elements of Day

Date

Measures Position

Group Radial PositionKo. Distance Angle Long.

Area

Lat. umbraeWholeSpots

08 25.1*00

08 26.330

08 27.318

08 28.39l*

08 29.1*37

08 30.31*9

08 31.331

09 1.1*59

09 2.293

о о оcontinued 20908

+19.5 216.8 + 7.1 20906Öl» 1511

2090505 1511

209022090l*209032090720908

+19.7 203.8 + 7.1 2090520901209022090l*20903209072090820909

+20.1 189.5 + 7.1 20905209022090l*209032090720909209Ю

+20.3 175.8 + 7.1 20905209022090U209032090720910

+20.6 163.7 + 7.2 20905об 1511

209022090l*2090320907

07 151120909209Ю

+20.8 150.7 + 7.2 08 151120902209112090l*2090320908

+21.1 135.8 + 7.2 209112090l*209Ю

+21.3 12l*. 8 + 7.2 09 15112090l*20910

.91*1*

.766

.729

.537

.280

.1*1*2

.572

.669

.632

.860

.718

.587

.308

.1*13

.561*

.511*

.727

.980

.872

.328

.288

.1*81*

.1*08

.912

.91*1*

.968

.1*88

.293

.1*69

.362

.81*8

.982

.963

.606

.1*03

.533

.1*28

.363

.731*

.727

.852

.776

.69!*

.568

.632

.271

.838

.71*0

.1*09

.970

.850

.300

о65.6

289.3278.1272.6

18.51*6.060. 31*2.756.965.8

273.6356.0

13.1*1*9.031.51*5.763.7

113.0

27l*. 8337.7

18.812.925.1

116.1*69Л

276.1308.7335.7352.1*352.0

69.1

27l*. 1*236. li301.8311.9333.3327.0

19.2130.666.2

316.6295.0299.3298.3319.731*1.6

295.0292.9

52.9

293.5291.1

29.1*

о157.1*

266.6263.921*9.1*211.3196.1*18U. U183.2180.9157.6

21*9.8207.0199.3181*. 1182.7179.1*158.5129.3

250.6197.1*183.8182.0178.2129.0117.7

251.6200.3183.2180.1179.0117.7

21*3.1230.7198.0182.6180.7178,9156.1126.7118.0

203.5200.8192.6183.2180.6156.0

192.1*182.8115.5

202.3183.2115.7

о+25.3

+19.3+10.8+ 7.1*+22.3+21*. 1*+22.1*+35.3+25.9+2U.1*

+ 7.5+1*2.8+2l*.l*+22. 1*+35.3+27.5+23.8-20.7

+ 7.7+21*. 7+22.9+35.1+28.6-20.5+21.1*

+ 7.7+2l*.2+22.5+3l*. 7+28.0+21.5

+ 5.7-29.6+2l*.5+22.3+35.2+27.9+27.0-22.8+22.1

+1*2.7+23.8+25.2+21.7+35.0+22.0

+21*. 8+21.7+21.0

+2l*.l*+21.7+22.2

0

20

1200

5l*5l*1100

1590

3085

7030

1132373

5000

2151*

109311*

000

11*510002

002

17911

0161*

0

0110

0

7

1l*5

6262

271335

557

16

8368

1381*92

397

276

80893

1*0916

133

101l*22

69l*191328

23U

19799

9863

21

27

1l*1066

612

61096

5

5992

10


POSITIONS MD AREAS OF SUNSPOTS FOR EACH DAY IN THE YEAR

Elements of Day

Date P L0 B0

о о о09 3.385 +21.6 110.U + 7.2

09 ^.ЗТ 1 * +21.8 98.1 + 7.2

09 5.388 +22.1 83.9 + 7.2

09 6.360

09 8.323

09 9.335

09 10.303

+22.3 ТЫ + 7.2

09 7- l»51 +22.5 56.7 + 7.2

+22.7 *»5.2 + 7.2

+23.0 31.8 + 7.2

+23.2 19.0 + 7.2

09 11 .61*1 +23.1* + 7.2

09 12.1*03 +23.6 351.3 + 7.2

09 13.305 +23.7 339.^ + 7.2

09 1l*.3l*3 +23.9 325.7 + 7-2

GroupNo.

Measures

Radial PositionDistance Angle

Position Area

Long. Lat. UmbraeWholeSpots

20901*20908

20901*20912

10 1511

2091211 1511

2091320911*

209122091320911*209152091720916

20913209172091520916

20913209172091520916

2091820913209172091520916

20918209132091520916

2091820913209192091520916

12 151113 1511

209182091320919

01 15122091520916

20913209152091620920

2091520920

.91*8

.752

.989

.850

.922

.9»t7

.800

.626

.987

.982

.51*3

.91*3

.973

.993

.993

.1*78

.9U2

.899

.9^7

.512

.860

.799

.865

.61*1

.599

.726

.652

.738

.787

.731*

.1*86

.573

.926

.886

.693

.283

.390

.565

.889

.982

.955

.796

.190

.250

.281

.995

.327

.253

.991

.1*81*

.935

о290.7295.8

292.2299.1*

66.1*

298.523l*. 1138.3

59.5

298.711*9.5

59.670.1

11l*. 569.0

173.7118.569.970.1

202.1122.368.869.5

227.1*218.1*133.365. u67.8

237.2232.3

58.661.6

2UU.321*1.1»238.7

30.61*6.01*9.6

120.6

21*7.021*5.1*21*1*. 9286.0356.3

23.5

21*8.7322.2339.3

82.9

30U.781*. 6

о183.1158.0

181.8155.5

30.2

156.1128.5

57.50.6

152.35>t.O

359.7352.9352.231*6.1

53.5352.2352.13»*1*. 1*

57.0353.2352.331*1*. 9

61.855.3

356.7352.1*31*1*. 8

63.757.1*

352.731*6.2

61*. 257.839.1

352.53»*3.8332.1*305.3

66. U59.1*39 Л

1.9352.33l*l*.l*

60.1351.831*1*. 9256.3

351.1256.1

0

+21.9+2l*.0

+22.9+28.6+2l*.5

+29.3-22.8-21.3+31.1

+29.5-20.9+31.0+21.0-23.1+21.6

-21.0-23.7+21.2+21.2

-21.1-23.0+21.3+21.1*

-19.1*-21.2-23.9+21.3+21.1

-20.1-20.9+21.1+21.9

-20.5-21.2-15.1*+21.2+22.6+27.8-22.9

-20.8-20.9-1U.9+10.1+21.6+22.1

-20.2+22.0+20.8+ 8.0

+22.5+ 7.6

1380

10320

21060

2900

2U99

13

311l*

1*2

317

1280

372

223027

3

2l*36

21l*000

123U

01

130

21130

92

13110

1061»7

79886

1251*

1*728

12817

11*53636

1027

18769

3713

16826

7l*37

2165

10

81128123

25

89162

1780

1*55

76203

79

uu1

10568

2503

75680

PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. ANHALS


Elemente of Day

Date P LQ B0

о о о09 15.337 +2l*.1 312.6 + 7.2

09 16.333 +2U.3 299.U + 7.2

09 17.365 +2h.k 285.8 + 7.2

09 18.336 +2U.6 273.0 + 7.1

09 19.335

09 20.333

09 21.337

09 22.352

09 23.327

+2U.7 259.8 + 7.1

+2I+.9 2U6.6 + 7.1

+25.0 233.k + 7.1

+25.2 220.0 + 7.0

+25.3 207.1 + 7.0

09 2U.369 +25.1* 193.1» + 7.0

09 25.M8 +25.5 179.1 + 6.9

Measures Position


Area

Lat.

2091520920

02 151220921

209152092020921

20915209222092020921

2091503 1512

2092220920'20921

1

20915209222092020921

1

20922209232092020921

1

209232092020921

1Ol* 1512

20921»

209232092020921

12092U

209232092020921

120921»

209202092520921

120921»

209202092520921

120921»

.61*1*

.833

.882

.997

.789

.685

.927

.903

.1*28

.1*97

.819

.980

.91*5

.637

.297

.683

.638

.990

.791»

.077

.518

.1*66

.911+

.71*2

.155

.356

.319

.868

.380

.261

.266

.821

.973

.956

.587

.328

.367

.902

.997

.750

.1*89

.521

.793

.883

.768

.667

.683

.638

.976

.902

.821

.829

.1*59

0

295.086.169.570.1

292.787.570.3

291.1268.8

89.069.0

290.7299-1*271.2

89-965.861*. 2

291.3272.8

95.559.1*55.9

27U. 2209.0268.0

1*2.631*. 3

287.1»270.9

6.9353.1»

66.868.3

287.3272.2323.9317.367Л

288.5273.230U.2302.3

66.6

271». 1288.5295.7295.5

62.9

275. U287.5291.6291.9

52.8

о351.2255.9250.3225.1

351.1256.0230.6

351.0311.2

255.9230.9

353.031*1*. 8312.7255Л231.123l*. 9

31*3.8312.6

255. 1»231.3235.1»

313.029l*.3255.6231.6235.5

29U.O255.8231.5235.3178.5155.3

29U.O256.0232.0235.5155.0

29!*.!*255.9232.9235. b155.2

255.621*ЗЛ233.6235-0155.6

256.82UU. 2231*. 1231*. 9155.9

о+21.1*+ 7.2+21.1*+20.3

+22.2+ 7.0+20.9

+22.0+ 5.9+ 6.7+21.2

+21.6+30.1+ 6.3+ 6.9+21.6

+21.7

+22.0+ 6.5+ 6.7+21.5+21.6

+ 6.7+18.8+ 6.7+22.0+22.2

+ 18.6+ 6.9+22.0+22.3+23.0+22.6

+ 18.5+ 7.0+22.2+22.1*+23.1

+ 18.9+ 7.0+22.2+22.3 .+22.7

+ 6.9+ 18.6+22.1+22.3+22.1»

+ 6.8+18.7+21.7+22.0+22. h

31*115

00

7711»2

3

1021

17993

6201*

167138

7l*

2l*6

178

18981*

08

175125

1*1*

1*5208132

61*0

1*7

1*517»*683592

0189916585

1260

71*6170

1305

696075

155680

553

381635

36

1*0812

873l*0l*

3582328

818657299

11*228

81*0857373

827

81*567632l*

232812738339

2262

20U7761*11*233727

277961*1027357l*

7097

311238515

75736

3823161*68

continued

МО. 10, 197M PHOTOHELIOGRAPHIC RESULTS 1966 35

POSITIONS MD AEEAS OF SUNSPOTS FOR EACH DAY IN THE YEAR


Date P L0

o o09 25.M8 continued

09 26.382 +25.6

09 29.313 +25.9

166.8

09 27.371* +25.7 153.7

09 28.3U6 +25.8 1140.9

128.1

09 30.313 +26.0 11l*.9

10 1.1*29 +26.0 100.2

10 2.32l* +26.1 88.1*

10 ЗЛ2Т +26.2 73.8

10 I*. 308 +26.2 62.2

10 5.350 +26.2 1*8.1*

10 6.350 +26.3 35.3

10 7.31*3 +26.3 22.2

BO

0

+ 6.9

+ 6.9

+ 6.8

+ 6.8

+ 6.7

+ 6.7

+ 6.7

+ 6.6

+ 6.6

+ 6.5

+ 6.1*

+ 6.1*

GroupNo.

20926

209252092120921*20926

2092105 1512

20921*Об 1512

20921*20927

07 151208 1512

20928

2092l*2092720928

2092l*2092720920

2092U209272092920928

20921*20927209292092820930

20921*20927209292093120930

209272092920930

209292093020932

209312093020932

09 1512209312093020932


.959

.905

.918

.333

.676

.983

.21*5

.273

.575

.356

.1*08

.359

.852

.91*6

.511

.1*52

.856

.67!*

.571*

.71*3

.832

.731

.1*72

.638

.927

.857

.607

.51*7

.993

.997

.960

.755

.61*7

.951

.983

.868

.878

.967

.71*6

.851*

.1*97

.598

.707

.85!*

.51*9

.1*36

.563

Angle

о111.5

280.2290.6

31*. 1115.0

291.328U. 7356.9

36.6

320.818I».073.659.358.8

305.8203.1

57.5

298.2225.9

53.1*

292.9238.5212.0

1*6.1

291.1*21*5.7231.2

35.969.5

290.9250.821*2.2137.670.5

250.921*7.5

70.2

251.668.167-5

186.163.061*. 6

257.1206.7

53.658.9

Long.

о109.1*

2l»2.823l».1155.2110.1*

23l*. 7167.515l*. 6129.1*

15l*. 911*2.6120.383.769.3

15"». 8138.870.8

155.21 1*0.1*70.9

156.111*0.8115.367.6

156.911*2.8117.866.1

3.5

161.211*1*. 1*117.7

1*5.70.8

138.5118.1*

0.5

120.80.9

350.0

38.50.6

351.8

79.137.70.2

350.9

Lat.

о-18.2

+ 19.3+21.6+22.7-17.9

+22.1+ 10.2+22.6+33.7

+22.6-17.1+12.2+29.6+31.7

+23.1*-17.8+31.1

+23.7-17.1*+31.1

+22.7-17.1»-17.0+31.9

+22.3-16.8-16.5+32.1*+21.1

+21.3-16.3-15.9-22.7+20.5

-17.1*-15.8+20.5

-15.9+20.6+22.5

-23.1+21.0+22.3

- 7.5-23.1+20.9+22.3

Umbrae

0

0371*7

0

1*80

1*90

И2003

1*1*00

6380

296

220

26191600

02310

151

07

52

1*1*5

9

936

8

03231*

7

WholeSpots

1*

821*1+329

2

2573

2975

25616

1*1117

2311012

3l*663

6

1921*9

1031

12667

1103

26

789561*13

232

31*26

286

22239

61»

1*8205

1*3

81U8189

1*1*



Elements of Day

Date P L0 Bo

о о о10 8.293 +26.3 9.6 + 6.3

10 9.381 +26.3 355.3 + 6.3

10 10.672 +26.1* 338.2 + 6.2

10 11.335 +26.3 329.5 + 6.1

10 12.337

10 13.337

10 15.!*01

+26.3 316.3 + 6.1

+26.3 303.1 + 6.0

10 1U.327 +26.3 290.0 + 5.9

+26.3 275.9 + 5.8

10 16.327 +26.2 263.6 + 5.í

Measures Position


Area

Lat.

209312093020932

20931209302093220933

20931209302093220933209 31*20935

209312093020932209332093l*2093520936

2093120930209322093320931*209352093620937

20930209322093320935209362093720938

20930209322093320935209362093720938

2093201 1513

20935209362093720938

02 151320935209362093720938

.663

.298Л53

.778

.269

.296

.1*07

.917

.1*1*1*

.31*1*

.291

.87U

.988

.951

.552Л57.329.805• 9>*7.977

.996

.731

.626Л77.61*8.81*8.915.990

.862

.769

.638

.708

.81*0

.91*1

.976

.932

.871*

.778

.529

.716

.81*5

.912

.959

.1*22

.308

.565

.713

.806

.5^0

.095

.1*23

.570

.692

0

222.730.31*6.7

232.83U3.9

17.71*1*. 5

2Ш.З307.6339.1*359.566.881*. 7

21*2.1*298.7311*. 9331.9

65.885.771.6

21*5.629l*.1302.7308.761.286.672.267.5

289.8297.5298.5

87.568.967.361*. 0

289.7295.229U.3

87.665.265.763.1

293.9316.1

87.959.262.360.5

313.681*. 21*7.756.756.0

о38.9

0.1*31*8.6

37.6359.931*9.7337.3

39.10.1*

3U5.9338.1*277.6256.7

36.1*0.5

350. 3339.1276.8258.0250.8

37.51.9

351.631*0.0278.1*258.12l*9.7232.6

2.6351.631*0.3258.021*6.3232.1*221*. 6

359.2350.1*3l*0.0258.121*5.8233.122l*.6

350.129l*.l*257.92l*l*.5232.522l*.1

289.5258.22l*l*.0232.6223.7

о-23.6+21.1+23.9

-23.1*+21.2+22.5+22.8

-23.2+21.1*+21*. 8+23.0+23.2+ 6.2

-23.8+20.6+2l*.5+22.8+23.0+ 6.1+ 19.3

-23.5+21.6+2l*.7+22.9+22.9+ 6.1+18.7+23.1

+20.0+21*. 8+22.1*+ 6.0+20.9+23.1*+26.7

+20.5+21*. 8+22.5+ 6.3+21.7+23.6+26.9

+21*. 6 •+23.2+ 6.2+21.8+23.6+27.0

+27.0+ 6.3+21.9+23.2+27.2

35185

2721

22

29100

1l*2

129

721

013

1*10320

05681

1201316

031*

1091*710

5

003

1151*9

213

01

9567

57

09U81

35

11613320

1691352015

8781*

5633l*

666

3276136332

51866

1*620235110

5379355

132322

529332

1*61*0

211*

151*91*362

1852

1511

1*28561

1l*26

51*501*29

1217

NO. 10, 197M PHOTOHELIOGRAPHIC RESULTS 1966 37

POSITIONS AMD AKKAS OF SUNSPOTS FOR EACH DAY IN THE YEAR

Elements of Day.

Date P L0 Bo

о о о10 17.527 +26.2 2U7.8 + 5.7

10 18.511 +26.1 23^.8 + 5.6

10 19.*H5 +26.1 222.9 + 5.5

10 20.386 +26.0 210.1 + 5.

10 21.392 +25.9 196.8

10 22.095 +25.9 187.6

10 23.350 +25.7 171.0

10 25.370 +25.5

+ 5.

+ 5.3

+ 5.2

10 2l».30U +25.7 158Л '+ 5.1

+ 5.0

Measures Position


Area

Lat.

2093503 1513

2093620937

Oh 151320935209362093920937

20935209362093920937

05 1513209 ta209U1

20935209362093920937

Об 151307 1513

209ta209 "»I

209352093620939

08 1513209 ta2091*1

2093520936209392091+22û9l*0209li1

2093920936209^2209 ta2091*1

20939209U22091*3209ta2091*1

09 1513

2091*22091*1*209U3209 ta209l*1

.181

.116

.276Л 1.1»

.899

.1*01

.319

.173

.317

.582

.1*1*6

.336

.31*7

.191*

.973

.985

.7W

.605

.51*7лтз.213.1*13.905.925

.881*

.775

.732

.517

.793

.816

.91*1*

.857

.830

.1*3"*

.706

.728

.951*

.91*5Лоо.517.1*93

.986Л66.527.392.313.91*1*

.591

.611*

.607

.363

.11*5

о273.2

6.510.637.3

285.8272.5328.6329.6

7-9

272.1»308.9297.0333.9327.8107.578.5

273.2298.7286.9309.8319.3351.0ПОЛ79.0

273.7293.0283.9

62.9115.078.9

271*. 5291.9283.5

2l*. 9118.5

77 Л

282.7290.931*9.9133.273Л

283.3330.6192.1*151*. 3

63. 1*58.1

311*. 9217.7210.1191.3

12.9

о258.321*7.021*1*. 7231.9

299.1258.521*5.021*0.0232.1

258.521*1*. 721*0.8232.5229.011*8.811*2.1

258.621*1*. 621*2.6233.1218.3211*. 311*8.511*2.1

259.021*6.521*3.6168.011*8.611*2.1

258.521*6.121*3.6175.611*7.611*1.0

2l*l*.021*2.2175.611*8.011*2.2

239.7173.5165.611*8.311+1.888.3

172.8168.6161*. 311*8.611*2.5

0

+ 6.2+12.3+21.1*+2l*.6

+ 16.6+ 6.1+21.2+ ll*.1+23.8

+ 5.9+21.3+ 1U.O+23.5+ ll*.9-15.6+ 12.2

+ 6.0+21.3+ 13.7+22.6+11*. 6

+29. 1*-15.8+ 12.2

+ 5.8+21.1+ 13.8+18.3-16.0+12.1

+ 6.0+21.1*+1U.2+28.3-15.6+ 12.8

+13.7+21.1*+28.3-15.9+ 12.6

+11*.0+28.8-25.8-15.6+12.9+31.7

+29.0-21*. 1*-26.8-15.8+13.1

820

9310

09275

86

109

751620

370

817629

000

20

19

1061*U98

32250

110

6711*1*

03059

ita10

71137

5123

13ta

0

51+

105

31+

1*1+12

53838

81*121*00

3322

1*1*71*29

89172

2066

1*2U325159

312

12681

1*53271517

21130359

36021955U

21022U2

803621»263

223

287271163

2106

2211*1*2

19151

38 PHOTOHELIOGRAFHIC RESULTS 1966 (R. 0. ANNALS


Date

Elements of Day

P L0 B

0

Measures Position


Area

UmbraeWholeSpots

о о о10 26.1*1*0 +25.1* 130.3 + U.9

1027.1*38 +25.3 117.1 + 1*.8

10 28.1*23 +25.2 101+.1 + 1+.7

10 29.382 +25.0 91.5 + 1+.6

10 30.331 +21*. 9 78.9 + 1». 5

10 31.297 +21». 7 66.2 + It.l*

11 1.139 +2U.6 55.1 + 1+.1+

11 2.383 +21+.1+ 38.7 + 1+.2

11 3.292 +21+.2 26.7 + 1+.1

11 1».1»66 +21*. 0 11.2 + 1+.0

11 5.287 +23.9 0.1+ + 3.9

11 6.311 +23.6 31+6.9 + 3.8

2091+22091+1+2091+32091+02091+1

10 1513

2091*22091+1+2091+32091+02091*12091*5

209!+ 1*2091*32091+02091+62091+72091*5

2091+12091+62091+72091*5

2091+62091+7

2091*62091+72091*8

2091*62091+92091+72091*8

2091+62091+9209l»72091+8

2091+6209l»9209l»72091*8

2091+92091+72091+52091+820950

2091+72091*5209l*820950

2091*5209l*82095020951

.738

.738

.71l»

.1*71*

.261*

.399

.81+1

.833

.820

.611

.1+89

.953

.928

.907

.71+6

.335

.597

.866

.776

.301+

.1+53

.750

.1*31*

.336

.581

.283

.982

.726

.632

.356

.921

.876

.751+

.563

.780

.91*1*

.81*1

.705

.639

.91+2

.862

.673

.511

.568

.927

.773

.281

.351

.910

.155

.186

.775

о305.6231.0223.3219.5303.0

2.6

301.5236.3231.3233.9287.6111+.1

21+2.1+235.821+2.1

31.760.6

117.5

282.031*1.7

51.0123.6

3T+.733.9

302.7357.079.1

296.1»328.6325.2

78.8

292.1315.8302.3

77.8

291.8ЗЮ.8296.6

76.2

307.0291.2230.1»

68.861*. 1»

290.9237.2

58.159.1

21*1*.11.68.6

69.1+

о173.1+168.9163.511*8.511*3.3129.1

171.8166.5163.111+8.011+5.5

1*8.5

167.6162.311*7.593.370.1+1+9.0

11+2.297.369.1+1+9.6

98.367.1+

97.967.1

31+6.6

99.579.267.6

31+7.9

99.079.069.3

31+7.7

97. 1+78.1*69.1

31*7.5

79.570.01+5.1

31+1.9338.9

68.01*1*. 7

31+6.331+2.1+

1+8.331+6.731+5.3297.3

о+29.0-23.8-27.2

-16.7+13.0+28.3

+28.9-2l*. 1*

-27.1+-16.9+12.7-21.2

-23.1+-28.2-16.9+21.1

+20.9-20.9

+12.2+21.3+20.8-21.0

+22.0+20.6

+22.0+20.8+ 11.6

+21.9+36.5+21.2•+12. 0

+21.1++35.9+21.1+12.1

+21.9+35.9+21.1»+12.0

+36.0+20.3 •-22.0+11».1+ 17.6

+20.9-21.9+12.3+11+.1

-21.6+12.7+11+.1++18.3

5233

110

01*1*000

030130

0

950

1*19

819

6

1»3

133

97

161*

06

121

30111

0561

551

20

26101911+62

2

1+1819

1+97

910

31116

1*

23530

3

31*110

1*39222

3520

10318

1*3376119

161+966

7

192l*101213

63231

8

253810

109



Elements of Day.

Date

Measures Position


Area

UmbraeWholeSpots

о+23. l*

О332.1

11 9.29б +23.0 307.5

11 11.1*11 +22.5 279.7

11 13.323 +22.0 25»*.5

11 15.292

о+ 3.7

11 8.291 +23.2 320.8 + 3.6

+ 3.5

11 10.288 +22.8 29̂ .5 + 3.1*

+ 3.3

11 12.1*50 +22.2 266.0 + 3.1

+ 3.0

11 11*.1*00 +21.7 2U0.3 + 2.9

+21.5 228.5 + 2.8

2091*82095020951209532095220951*

2091*82095320951209522095l*

20953209512095220951*

2095320951209552095220951*

2

20953209512095520952

120951*

2

209532095520952

12095!*

2

209532095520952

12095l*

2

209532095520952

12095U

2

2095320955

01 1511*20952

1

.281

.265

.607

.61*2

.958

.979

.1*U2

.1*99

.1*65

.879

.918

.37l*

.315

.753

.809

.350

.266

.212

.587

.656

.662

.1*83

.1*00

.281

.369

.368

.1*60

.1*67

.652

.1*92

.159

.155

.282

.279

.775

.681

.116

.112

.203

.195

.888

.81*7

.316

.323

.315

.307

.969

.91*0

.616

.1*98

.501*

0

307.5 •325.1*

61*. 357.383.076.6

295.21*6.25U.783.276.1

26.035.182.67U.8

350.1*3l*9.5

21.680.971.772.0

317.3312.2315.875.876.163.361*. 7

30l*. 229l*. 5

53.25l*. 81*3.21*5.5

298.8286.1*32l*. 5321.6356.6

1.1*

296.3283.6288.7287.3310.3311.0

29l*. 5282.5301.9282.9281.7

о31*5.1*31*1.1297.1296.3258.7253.6

31*5.0297.8297.3259.325l*. 2

297.3296.6258.825l*. 1

298.1297. Ь289.9258.825U.6251*.!

300.6297.8291.3258.6258.625l*. 6253.9

302.0293.1*258.6258.725"*. 525!*. 2

302.3296.1*258.1*258.5255.225l*. 2

301.2297Л257.8258.325l*. 6251*. о

303.8298.5262.5257.8258.3

о+13.1*+16.2+18.3+23.3+ 7.8+13.9

+ 11*. 1+23.1*+18.9+ 7.7+ 11*. 2

+23.0+18.3+ 7.9+ 11*. 3

+23.5+18.5+ll*.7+ 8.0+ 11*.5+11*.3

+23.8+ 18.6+11*.7+ 8.2+ 8.1+11*. 8+11*. l*

+2l*.0+ 11*.5+ 8.5+ 8.2+ 11*.9+11*.3

+23.9+ 13.3+ 8.1*+ 8.1+1U.7+11*.2

+21*. 5+13.0+ 8.6+ 8.2+ll*.5+ 11*. 1*

+21*. 1*+12.7+21.3+ 8.8+ 8.3

306

11*797*

1*22

561*85

161

7577

185l*

85571*1*

200

1*296937657

151*1*86757255

1227

1281036o50

1035

11781*1*639

1*25

110988

297

3350

3731*90

22821*1*

3511*27

11326

1*171*29

10231*21

396321251*

9012

1711*251*09398295

592131*921*273632l*3

381771*61382310198

1*3200527391*258221*

25135

751*5385

continued

1*0 PHOTOHELIOGRAPH1C WibüLTü 1966 (R. o. AI;::ALS

POSITIONS AHD AREAS OF SUNSPOTS FOR EACH DAY IN THE YEAR

Elements of Day

Date

11 15.292

LO

оcontinued

+21.2 213.0 + 2.7

11 17.>*38 +20.9 200.2 + 2.6

11 18.1*80 +20.6 186.5 + 2.1*

11 19.1*95 +20.3 173.1 + 2.3

11 20.525 + 19.9 159.5 + 2.2

11 21.1*15 +19.7 11*7.Ö + 2.1

11 22.295 +19.1* 136.2 + 2.0

l l ü3.1*90 + 19.0 120.1* + 1.(

Measures Position


Area


20951*2

20956

2095520952

120951*

220956

209521

20951*2

2095602 1511*

20957

209521

20951*209562095720958

20951*20952

03 1511*20956209592095720958

20960209562096120962209592095720958

20960209562096120962209592095720958

209602095620961209592095720958

20960209562095920957

oi* 1511*

Л77.52U.901

.991*

.687

.706

.672

.670

.765

.81*0

.852

.820

.819

.610

.698

.975

.9>*8• 951*.935.1*19.911*.982

.990

.987

.651

.291*

.501*

.818

.929

.1*19

.332

.306

.390

.371*

.708

.81*9

.557

.1*53

.363

.386

.31*7

.612

.766

.698

.591*

.527

.1*01

.531

.676

.81*1»

.792

.552

.1*69

.511*

о296.2295.6

69.9

281*. 0280.0279.0288.9288.8

67.1

278.5278.1286.0285.9

61.351.161.3

278.2277.8281*. 1*

!»5.959.1*55.0

283.9278.1

287.911*. 21*6,855.951*. о

218.3330.3

0.7161.62l*.31*9.650.1*

233.5309.7329.7190.5357.7

1*0.91*1*. 9

21*3.0300.2306.8

330.929.238.0

21*8.1»291.3308.1*

5.22l*.0

о25l*. 6257.7165.0

297.6256.8258.1»25U. 725U. 5163.9

257.1258.1»251+. 525l*.l*165.8162.1*123Л

257.8258.9255.1»167.9122.9108.3

25l*. 9253.7212.5168.811*9.8122.8108.2

175.2169.5159.3152.0150.0121.7107.6

175.7169.3159.0152.111*8.7120.5107.0

176.6168.91б2.811*8.3119.0106.3

175.1*171.111*8.1117.7106.6

о+ 11*. 6+15.5+19.3

+11*. 2+ 8.8+ 8.2+1U.5+ll*.5+ 19.5

+ 8.5+ 8.2+ 11+.5+ 11*.1*+ 19.1+27.9+28.5

+ 8.5+ 8.2

+ 11*.3+ 19.2+28.7+31». 8

+ 11*. 1+ 8.1*+13.3+18.8+22.2

+28.7+31*. о

-17.0+ 18.8+ 19.9-19.5+22.0+28.9+31*. 1

-17.1*+ 18.7+20.2-20.1+22.3+29.3+31*. 3

-16.9+19.0+20.1+22.3+29.1*+33.7

-17.0+17.8+21.6+29-5+29.6

5395

0123

871*31*321

106821»81*62l»

1

1*7

1138331213231*

2901

195

3511

523

11

1*73l*12

1*22

11

952l*

5

170

8129

1

00

8828

0

2933727

9720378226218102

506

335230216

1159

286

61*21*25220

117252137

2292511

10938

23568

2311l*

98

172163

35

267511

71*21*181

17

21

3710

630151*

61*

12

653178

10

NO. 10, 1971*) PHOTOHELIOGRAPHIC RESULTS 1966

POSITIONS AMD AREAS OF SUNSPOTS FOR EACH DAY IN THE YEAR

Date

11 2l». 293

Elements of Day.

о о о+10. T 109.9 + 1.7

11 25.290 +18.1» 96.7 + 1.6

11 26.303 +18.0 8зЛ + 1.5

11 27. +17.6 68.3 + 1.3

11 28.656 +17.2 52.14 + 1.2

11 29.1*1*1 +16.9 1*2.0 + 1.1

11 30.U96 +16.5 28.1 + 0.9

12 1.525 +16.1 11*.5 + 0.8

12 2.281* +15.8 l*.5 + 0.7

12 3.338 +15.1* 350.6 + 0.6

Measures Position

Group Radial PositionKo. Distance Angle Long.

Area

Lat.

2095620959209572095820963

2095620959209572095820961»20963

2095620959209572095820961»20963

20959209572095820961»20963

209572095820961»2096 3

2095820961»

05 1511*Об 1511»

2096307 1511*

20965

2095820961»2096320965

Ofi 1M):

20961*20963?09б520966

09 15И*20963209672096520966

2096820969209672096520966

.871

.671»

.1*78• 5l»0.982

.935

.815

.562

.581

.381»

.921

.987

.915

.680

.623

.1*81»

.820

.981*

.805• 7»»5.610.659

.92l*

.89!*

.777

.1*65

.919

.85!»

.706

.301*

.362

.600

.693

.980

.9l»7

.301

.553.OSli

.988

.360

.1*61

.91*7

.797

.1*93

.315

.1*31

.881

.81*2

.727

.1*22

.1*63

.71*3

о291.0'300.631*6.2

6.372.0

290.6295.1327.131*8.0353.272.0

290.6292.6315.0331.6323.069.8

290.9306.7319. ЬЗЮ.6

61*. 6

301.6311».0301.7

52.2

309.0298.5305.3186.935.2

139.55»*. 5

30l». 1295.6356.3

»»3.875.3

295.3322.1

2l». 379.1*

231.0307.8353.6

6.278.6

23l». 8290.1»322.1»338.576.5

о169.011*8.2117.3105.8

30.9

161». 911*8.8117.2105.399.630.6

163.611*8.1116.910l*. 1*101.929.8

11*7.5116.110l*. 798.829.9

116.8107.999.029.8

103.697.581.31)1*. 229.1»16.1*3.9

10l*. 797.729.3

3.311Г..1

9l». 728.7

2.1»

303.6

1»9.828.66.71.6

303.1»

1»2.035.»»6.51.5

303.6

о+19.0+21.1»+29.2+3U.O+18.0

+ 19.8+21.2+29.6+36.1+23.9+ 17.1

+20.5+21.2+29.8+31*. 5+21». 0+ 17.3

+20.7+29.6+35. 1*+21». 1»+17. ^

+29.5+39.0+21». 8+17.6

+35.8+21*. 6+21*. 8-16.1»+ 18.1-26.1+21«. 5

+33.5+21». 5+ 18.3+21». 3+ 11». Ч

+25.1+ 18.1+25.5+10.3

-29.5+ 18.2+18.9+26.0+10.3

-28.6+15.1+20.0+26.0+ 10.3

2991636

3801102

1»8

1310l»3331

38

38150

3538

30

2711

01*0

0191

11»

0306

130

0226

0105

11

00029

17631107

131*1»

1853199

316

206

101518133

195

259

28766

7176181

207

11»553

3162

55

505

72

16137276611

26153239

281

171»2

1*66

1136

PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. ANNALS


Elements of Day

Date

Measures Position

Group Radial PositionHo. Distance Angle Long. Lat.

Area

UmbraeWholeSpots

12 »1.316о о о

+15.0 337.8 + 0.5

12 5.^09 + 1U.5 323.U + 0.3

12 6.313 +1I*.2 311.1* + 0.2

12 7.1(60 +13.7 296.3 + 0.1

12 8.283 +13.l» 285.5 - 0.1

12 9.281 +12.9 272.3 - 0.2

12 10.292 +12.5 259.0 - 0.3

20968209692097020967

01 15152096520966

02 1515209712097220973

209682096920970

03 151520965209662097120972209732097k

2096920967

0l» 151520965209662097120973209722097k

05 151520971209722097320971+20975

Об 151507 1515

209712097220973209762097k20975

08 1515209712097220973209762097k20975

20973209722097k209762097520977

.936

.835

.801*

.605

.609

.558

.580

.897

.955

.979

.98U

.987

.930

.933

.695

.736

.372

.81*9

.917

.901+

.925

.976

.876

.8U1

.837

.21l*

.697

.793

.81*1*

.895

.881t

.1*91

.703

.608

.800

.988

.917

.310

.333

.601Л52.719.692.91+1

.958

.226

.515

.257

.611+

.551+

.858

.137

.1+73

.1*32

.523

.721*

.997

о239.6288.721+6.0303.6322.2320.1*73.067.276.060.582.1*

21*1.5287.1+21+8.9292.3309.1

63.175.958.1»81.7

113.1

286.929l*. 2302.1*306.2

38.373.380.655.3

115.0

303.966.21+6.977.8

118.1*68.1

297.1202.8

52.936.1*73.21*8.8

122.867.2

278.511.1*20.258.338.2

133.1+61+. 2

35l*. 1+3.1

153.021.759.071.8

о1+3.732.828.510.02.90.9

303.6276.0265.7261.1258.5

1*2.2

30.730.6

5.03.1+

303.8266.2260.5259.1257.8

28.210.13.92.2

303.7268.7259.5259.2250.6

353.6269.2260.7259.721+7.0216.1

31*9.1292.7269.8261.5259.721*7.721*6.8217.2

31*5.2269.7260.7259.721*6.821*6.6216.2

259.8257.1*21+6.821+6.3217.3171*. 1

0

-28.0+15.8-18.8+19.9+29.1+25.8+10.1+20.5+13.5+28.9+ 7.5

-28.0+16.3-19.5+15.1*+27.8+10.0+12.1+28.8+ 7Л-21.1

+16.5+21.1+26.8+29.7+ 9.8+11.6+ 7.5+28.8-22.1

+29.5+11.1++28.6+ 7.1+-22.2

+21.7

+21». 7-16.6

+11.5+28.8+ 7.1++28.1-22.0+21.3

+ 8.0+ 12.6+28.6+ 7.6+28.6-22.1++21.8

+ 7.5+27.7-22.8+28.6+21.6+18.1

0110000503

1+691

020

0123

21*1+166

0

11+0001

1371+37

5

01121*762560

003

2871

229

131

025

6121*60

100

691

93338713

351

21*39

219

28255l+Ol»

6111

67

1115

151+1913U9

11

761*22

972

368203

23

21*7

16238611*1338

32

28111+351*

9167705

72226

1*031201+1*7711

31+38

811+237611*

51

NO. 10, 1971*) PHOTOHELIOGRAPHIC RESULTS 1966

POSITIONS AND ABEAS OF SUNSPOTS FOR EACH DAY IN THE YEAR

Elements of Day

Date

Measures Position


Area

UmbraeWholeSpots

о о о12 11.288 +12.1 2U5.9 - O.U

12 12.281* +11.6 232.8 - 0.6

12 13.513 +11.1 216.6 - 0.7

12 1l*.1*73 +10.6 203.9 - 0.8

12 15.280 +10.3 193.3 - 0.9

12 16.281* + 9.8 160.1 - 1.1

12 17.289 + 9.1* 166.8 - 1.2

209732097l*209762097520977

20978209732097l*209762097520977209792093020981

20978209732097620971*2097520979209772098020981

2097820973209762097l*2097520982209772098020981

2097620973209762097l*2097520982209772098020981

20973209762097!*

09 15152097520982209772098020981

20971*2097520982

10 1515209832097720980

.275

.383

.1*87

.571*

.956

.813

.1*72

.1*39

.522

.1*38

.871

.860

.935

.988

.913

.693

.661

.605

.375

.691*

.722

.813

.910

.968

.83»*

.791»

.71*5

.1*30

.260

.578

.679

.772

.995

.921

.875

.81*3

.531

.322

.1*53

.561*

.661*

.981*

.959

.91*3

.762

.689Л71.338.1*23.568

.970

.820

.650

.382

.1*51

.336

.376

о299Л181.1*

1.150.070.9

22l*. 8287.0211.1*339.1

32.368.878.270.672.1*

233.1281.7315.9232.1358.275.861». 167.065Л

233.8279.8зоб.з21*0.7330.9357.1*56.559.860.7

23>*.7278.5302.1*2l*l*.1315.1*323.6

1*5.952.lt5l*. 8

278.0298.52U6.62&9.1*303.1*303.1*

21.136. l»1*7.8

21*6.7297.8293.7258.8310.831*6.0

11.1

о259.821*6.521*5.3217.917l*. 3

277. b259.721*7.021*5.0218.317!*. U171*. 3165.1152.7

277.6259.621*7.721*7.5217.3173.8173.716U.8153.6

276.3259.821*9.92l*8.2216.820l*. 6173.7165.7157.8

276.5259.8ц!»9.1*2l*8.0216.720l*. 6173.1*165.1157.7

259.2250.72U9.1227.6218.1203.9172.8161*. 8153.3

21*1.7217.920l*. 5188.8187.5171.7162.1*

о+ 7 Л-22.9+28.6+21.2+18.0

-35.6+ 7Л-22.1*+28.5+21.1+18.0+ 9.8+17.9+17.3

-33.5+ 7.5+27.6-22.1*+21.2+ 9.2+17.8+ 18.0+21.6

-35.1+ 7.6+27.3-21.9+21.2+11».1+ 17.8+ 19.3+21. С

-35.2+ 7.5+27. 'i-22.1+21.3+ 11*.0+ 17.1»+ 19.2+21.6

+ 7.6+26.8-22.3+13.9+21.3+ 11*.0+17.2+18.8+21.1»

-22.8+21.7+ 11*. 1- 5.3+15.9+ 17.8+20.1»

7711*1*57

10532

070

2071*98U28

090

07517

216106

027

1*5

068

711*370

33205

056

li11»0

722l»26

00

570

610

38291805

1231»12

12

1l*2

3951272359681*158

5380

130123l*597150

66213

11351139

1313539

6178331*2

8322

1*610l»2397

28172

322

10319

»»3902350126135

817

32315

3925

27113211l*

1632

93212

706

16105

18continued

Ill* PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. ANHALS


Date

12 1T.2Ô9

12 18.261

12 20.281

12 21.281

12 23.390

Elements of Day

P LO B0

о о оcontinued

+ 8.9

12 22.1*59 + 6.9

6.5

12 214.330 + 6.1

12 25.1*53 + 5.5

98.7

86.5

7l*. 1

59.3

- 1.3

12 19.283 + 8.1* 11*0.6 - 1.5

+ 8.0 127.U - 1.6

7.5 11l».2 - 1.7

- 1.9

- 2.0

- 2.1

- 2.2

12 26.1*1*3 + 5.0 1*6.2 - 2.3

GroupNo.

20981

Measures

Radial PositionDistance Angle

Position

Long. Lat.

.1*60о

31.1

Area

WholeUmbrae Spots

52

209752098220981*20983209772098020981

2097520981*20982209832097720980

11 151520985

209622098l*

12 15152098320977209802098120985

13 15152098020981209862098520987

209852098720988

2098620985209882098920990

20991209882098920990

209912098520992209882098920990

1l* 1515

209912099220985

15 1515

.921*

.802

.773

.611*

.1*1*0

.395

.1*03

.989

.900

.891

.753

.589

.505

.885

.975

.973

.971

.91*7

.873Л29.61*3.597.911*

.811

.792

.698

.238

.832

.926

.707

.868

.981

.239

.611*

.921*

.970

.987

.1*78

.81*1

.905

.935

.563

.527

.183

.698

.762

.833

.906

.675

.352

.581*

.636

29l*. 6289.1302.0298.2319.331*6.3

2.0

292.629l*. 8289.2292.030l*. í*318.5

1*3.159.1*

285.2292.0296.6288.1*297.7305.5315.257.0

290.1*298.9зоб.о109.352.360.1*

1*3.258.5

113.9

255.831.7

115.068.2

117.9

351.8117.565.7

119.1

326.1»353.2356.9123.1*60.1*

122.1*130.3

313.6302.5331*. 2357.1*

218.8205.3199.3188.1171.5159.8153.2

220.1*201.8201.6186.8171.2161.5

89.1*66.1»

203.0201.7195.6186.3170.21б1.215l*. 6

66.1*

166.1162.1151.8101.265.1*50.1»

65.21*3.520.3

99.861». 820.1»12.56.0

78.1*19.512.1*6.8

79.1»63.1»59.919.71l*. 1*6.8

359.6

78.963.763.11*8.3

+22.0+ 11».3+23.2+15.7+18.1+21.1+22.3

+22.1+21.1*+16.3+15.1*+18.1+20.8+39.3+29.1»

+11*. U+20.9+2l*.5+ 15.2+18.6+20.5+23.6+29.0

+15.3+21.3+22.8- 6.2+29.1»+26.1*

+29.1*+25.9-23.7

- 5.3+29.6-23.8+20.6-27.8

+26.0-2l».0+20.8-27.9

+25.8+29.2+ 8.2-21*. 2+20.5-27.8-36.9

+25.7+ 8.6+29.3+36.9

50009

1513

3310069205

00322013

00181»3

31»

27

03

201*5

7

23150

3

2130

351*1*22

0

1*8010

193162

1*568181*1

1781*5

7251*7302

11»

99

169

268

1018

59

10302328

11»28

181

61899

32981

151711»1»1

23

10092

133209

91*3

211*173

continued

NO. 10, 197>») PHOTOHELIOGRAPHIC RESULTS 1966 1*5


Date

Elements of Day

LO BQ

Measures Position


Area

UmbraeWholeSpots

12 2бЛ1*3о о о

continued

12 27.357 + 1*.6

12 30.391

12 31.615

- 2.5

12 28.515 + 1*.0 18.9 - 2.6

12 29.286 + 3.7 8.8 - 2.7

•«• 3.1 35U.2 - 2.8

+ 2 . 5 338.1 - 3.0

20908209892099020993

2099120988209892099020993

20991209882098920990

209912099l»20988209892099020995

20991*

01 1516209882098920990

02 15162099520996

209882098920995209962099720998

.555

.626

.713

.979

.781

.1*1*2

.»»98

.596

.925

.903

.373

.1*02

.1*53

.951»

.61*5

.1*03

.1*01*

.1*28

.806

.787

.801

.529

.1*92

.1*75

.51*5

.61*1*

.987

.699

.668

.1*1*6

.910

.909

.980

о132.5 •52.1*128.576.6

307.1*11*8.039.5137.672.1»

301.2181.5ri. 2

1б1.0

299.023l*. 7203.931*7.5178.9115:9

2U0.3233.922L).y323.9206.558.1*122.571.1

237.9305.9136.867.971.582.1

0

19.71U.1*7.2

329.1

77.919.1*il*. 67.2

328.1*

78.1*19.51l». 29.U

77.51*3.819.11l*. 18.2

317.1»

1*2.91*2.1*18.712.28.0

325.8318.1*275.0

18.1*13.3

319.0275.5275.0260.3

о-2l». 0+20.U

-28.0+ 12.6

+26.5-2l*. 3+20.2-28.2+ 15.2

+26.5-2l*. U+20.5-27.8

+26.6-2l*. 0-2l*. 2+20.1*-27.9-22.3

-2l*. 8-30.0-2l*. 1+20.7-27.8+ 11*.1-22.1*+ 18.2

-2l*. 0+20.5-21.7+18.7+ 15.1*+ 7.2

2517250

322216в0

15201l*8

301б11б0

01*

31551

283l»

153зб39027

13615110010

15>*13187615

82lUU61*56

385

1151*6532

5291151*51*810982 1*2

1312232322l*26

131»

46 PHOTOHELIOGRAPHIC RESULTS 1966

NOTES ON SUNSPOT GROUPS 1966

[R. O. ANNALS

Group 20788. Jan. 13-16Group 20789. Jan. 13-25

Group 20790. Jan. 14-22

Group 20791. Jan. 15-25

Group 20792. Jan. 21-31

Group 20793.

Group 20794.

Group 20795.

Group 20796.

Group 20797.Group 20798.Group 20799.

Jan. 29-31

Feb. 1-13

Feb. 13-23

Feb. 17-26

Feb. 20-28Feb. 22-28Feb. 24-Mar. ï

Group 20800. Feb. 27~Mar. 4

Group 20801.Group 20802.

Mar. 4-11Mar. 13-20

Group 20803. Mar. 15-27

Group 20804. Mar. 19-20Group 20805. Mar. 20-23Group 20806. Mar. 21-23Group 20807. Mar. 25-26Group 20808. Mar. 28-Apr. 9

Group 20809. Mar. 29-31Group 20810. Apr. 1-3Group 20811. Apr. 3-8Group 20812. Apr. 3-12

Group 20813. Apr. 6-9Group 20814. Apr. 11-23

Group 20815. Apr. 14-19

A small spot.A single spot rapidly developing into a complex group which,

by January 20, decays into a group of two separated com-ponents with accompanying spots.

A few small spots until January 16. Nothing is seen onJanuary 17, but a small stream represents the position untilJanuary 20, after which a single spot remains.

A few small spots assuming stream formation on January 18.By January 22, only a small cluster remains.

One or two tiny spots developing into a group with two separatecomponents on January 23. Only the leader remains afterJanuary 29.

A small spot, becoming two or three by January 30. A singlespot on January 31.

At first a single spot. Smaller, leading spots appear betweenFebruary 3 and 8.

Two regular spots which begin to coalesce on February 15,when small following spots appear.

A few small spots, developing by February 20 into a stream ledby a regular spot which alone remains on February 26.

A few small spots, gradually increasing in area.A small regular spot with intermittent companions.A single spot appearing west of the central meridian and

developing into a small group by February 26.A regular spot with companions until March 2, after which it

breaks up and dies out.A few small spots.Intermittent. A tiny spot on March 13 and 16. Two spots are

seen on March 17 and 18, of which only one remains onMarch 19.

A single spot which rapidly develops into a composite group.From March 22, the following spots rapidly decay, leavingonly the original spot by March 26.

A few small spots.A few small, variable spots.A small spot.A small spot.An extended stream, the leader and follower alone remaining

on April 8.Two small spots.A single spot.A few variable spots.A small spot which develops into a stream led by a regular

spot on April 8.Two or three small spots.An extended stream of numerous spots, of which the following

spots begin to die out after April 18.One or two small spots.

No. то, 1974] PHOTOHELIOGRAPHIC RESULTS 1966 47

Group 20816. Apr. 20-30

Group 20817. Apr. 20-27

Group 20818. Apr. 22-26

Group 20819. Apr. 25~May 3

Group 20820. Apr. 27-May 9

Group 20821. Apr. 29~May ïGroup 20822. Apr. 29~May 4

Group 20823. Apr. зо-Мау 4Group 20824. May 2-5Group 20825. May 4-5Group 20826. May 4-5Group 20827. May 12-17Group 20828. May 14-16Group 20829. May 14-19

Group 20830. May 14-16Group 20831. May 17-27

Group 20832.

Group 20833.


May 19-22

May 19-28

May 20-24May 24-June 2

Group 20836. May го-June i



May 27-28May зо-Junc 9

May 30-31May зо-Junc 4

Group 20841. May 3i-June 7

Group 20842. May 3i-June 8

Group 20843. June 2-13


A group of rapid development, attaining maximum area onApril 25.

A single spot until April 23 when following spots develop. Thewhole group decays and dies out before reaching the westlimb.

Small spots appearing west of the central meridian. Rapidgrowth takes place after April 23.

A tiny spot on April 25 and 26. Nothing is then seen untilApril 28, when two or three tiny spots represent the position.

A regular spot, with intermittent companions between May 3and May 8.

A short-lived, scattered group.A tiny spot, which by May ï has developed to form a small

group. The following spots soon die out, leaving a singlespot by May 3.

A few variable spots appearing west of the central meridian.A few small spots, of which only one remains by May 4.One or two tiny spots.A tiny spot.A single spot, led by two tiny spots on May 15.A single spot appearing near the west limb.A few spots, forming a stream led by a regular spot on May 16.

The intermediate spots die out on the following day.Tiny, variable spots.Two tiny spots, not seen on May 18, which develop rapidly

into a composite structure. On May 23, other following spotsappear to form a stream by May 24.

A few spots, appearing west of the central meridian, whichdevelop into a small stream with a composite follower.

A stream with maximum area on May 22, after which the grouprapidly diminishes, leaving a single, tiny spot on May 28.

One or two small spots.A few spots developing to form a stream. After May 27, the

group starts to decay, leaving a single spot on June 2.A single spot developing, by May 28, into a small stream which

dies out before reaching the west limb.Two small spots on May 27; a single spot on May 28.A tiny spot developing into a few small spots by May 31. Not

seen on June 4 and 5 ; a single spot remains on June 8.One or two tiny spots.A single spot on May 30; two or three spots until June 2 when

a tiny, following spot appears. The leading spots have diedout by June 3.

Two small spots growing rapidly until June ï, when they beginto decay slowly. A single spot remains on June 6.

Small, scattered spots which begin to die out after June ï.A single spot remains on June 6.

A few spots, of which the leader becomes regular in outline onJune tj and is the only survivor after June 8.

Two or three spots, appearing near the west limb.

PHOTOHELIOGRAPHIC RESULTS 1966 [R. O. ANNALS


Group 20846. June 14-16Group 20847. June 16-24

Group 20848.Group 20849.Group 20850.

June 16-18June 17-26June 21-27

Group 20851. June 22-July ï


June 23-28June 24-28

Group 20854. June 24-July 5

June 26-30June 26-28June 30-July 5June зо-July i o

Group 20855.Group 20856.Group 20857.Group 20858.


Group 20861.Group 20862.Group 20863.Group 20864.

Group 20865.Group 20866.Group 20867.Group 20868.Group 20869.

Group 20870. July 14-18

Group 20871. July 15-23

Group 20872. July 16-17Group 20873. July 16-20Group 20874. July 16-22Group 20875. July 16-26Group 20876. July 17-20Group 20877. July 2O-2I

July

July

JulyJulyJulyJuly

JulyJulyJulyJulyJuly

2-3

3-9

4-!36-1 16-137-iS

10-1411-1312-1312-1512-24

A single spot developing into an unstable cluster by June n,after which the whole group breaks up, a single, small spotremaining on June 17.

A single spot appearing near the west limb.A pair of rapidly-developing spots appearing near the central

meridian. The leader soon disintegrates, the group forminga stream by June 18. The following spot becomes regularin outline by June 20, while the remainder of the groupdecays, leaving a tiny spot on June 22.

A single spot on June 16 and 18; two small spots on June 17.A regular spot, with a small companion on June 19, 20 and 26.A few small, developing spots until June 23 ; by June 27, a

single spot remains.A few spots developing rapidly to form a short-lived cluster.

By June 27 only two spots, both regular in outline, remain.Scattered spots appearing west of the central meridian.A few small spots, appearing west of the central meridian, of

which only two remain on June 27.One or two spots developing rapidly after June 28 to form a

short-lived cluster. By July 5, a single spot remains.A few small spots.Two small spots.A few spots developing into a stream by July 2.At first, one or two tiny spots which develop rapidly to form a

large composite structure by July 5.One or two tiny spots.Intermittent. A tiny spot on July 3; two or three tiny spots

on July 9.One or two variable spots, not seen on July 5.One or two small, intermittent spots.One or two small spots developing to form a stream.A few tiny spots, not seen on July n. After July 12, only the

leading spots remain.A small stream which dies out before reaching the west limb.One or two small spots.Two small spots on July 12; a single spot on July 13.One or two small spots.A regular spot with variable companions. On July 21, the

umbra begins to elongate, and the spot is breaking up as itpasses round the west limb.

A small spot on July 14; two or three small spots on theremaining days.

A single spot on July 15 and 16. Nothing is then seen untilJuly 22 when one or two small spots represent the position.

Two spots on July 16; a single spot on July 17.One or two small spots; not seen on July 17.Two or three tiny spots; not seen on July 18 and 19.A pair of spots, of which the leader alone remains on July 24.A single spot.Two spots on July 20; a single spot on July 21.

No. IQ, 1974] PHOTOHELIOGRAPHIC RESULTS 1966 49

Group 20878. July 2o-Aug. 2

Group 20879. Juty 2I~23Group 20880. July 2i-Aug. ïGroup 20881. July 24-25Group 20882. July 24~Aug. 6

Group 20883. July 20-Aug. 7



Group 20886. JulyGroup 20887. Aug.Group 20888. Aug.Group 20889. Aug.Group 20890. Aug.

31-Aug. 71-31-63-56-17

Group 20891. Aug. 11-19

Group 20892.

Group 20893.

Group 20894.Group 20895.Group 20896.Group 20897.Group 20898.Group 20899.Group 20900.Group 20901.

Aug. 11-17

Aug. 11-14

Aug. 11-13Aug. 13-15Aug. 15-18Aug. 17-20Aug. 17-18Aug. 17-21Aug. 19-21Aug. 21-27

Group 20902. Aug. 22-31

Group 20903. Aug. 22-31Group 20904. Aug. 22-Sept. 4

Group 20905. Aug. 23-30

Group 20906. Aug. 25-26Group 20907. Aug. 25-30Group 20908. Aug. 25~Sept. 3

Group 20909. Aug. 27-30Group 20910. Aug. 28-Sept. 2

A regular spot with tiny, following companions betweenJuly 23 and 30.

A few small spots.Spots, appearing singly, later developing rapidly into a stream.A few small spots.A regular spot, with occasional following companions after

July 29.A moderate-sized, unstable composite spot, which disintegrates

and dies out before reaching the limb.A single spot developing into a close pair of spots. By August 5,

only one spot remains.A single spot at first. By July 29, several diminishing spots

represent the position.A few spots.One or two small spots, not seen on August 2.A few spots of rapid growth and decay.One or two spots appearing near the west limb.A single spot, not seen from August 9 to 13, after which a few

scattered spots represent the position.A few spots with maximum area on August 14. By August 16, a

single spot remains.A few spots of rapid growth until August 14. By August 16, a

single spot remains.Intermittent. A tiny spot on August 11 ; two or three small

spots on August 14.A few small spots.One or two scattered spots.A few spots.A few small spots.A single, tiny spot.A few small spots.A few small spots appearing near the west limb.One or two tiny spots in high latitude, not seen on August 24,

25 and 26.A few spots developing to form an extended stream. After

August 24, the group slowly diminishes, leaving a singlespot on August 31.

A single spot, with companions on August 28 and 29.A single spot which develops rapidly into a compact cluster by

August 28, after which the whole group begins to grow andextend in longitude.

A few spots developing rapidly to form a moderate-sizedstream, the leader of which becomes regular in outline byAugust 25.

A few tiny spots.One or two tiny spots.Two or three small spots which, after August 27, are only seen

again on August 31 and September 3.A single spot, not seen on August 29.A single spot developing into a cluster of tiny spots by

August 29. Not seen on August 31.


Group 20911. Aug. 3i-Sept. ïGroup 20912. Sept. 4-6Group 20913. Sept. 5-13Group 20914. Sept. 5-6Group 20915. Sept. 6-19

Group 20916. Sept. 6-13Group 20917. Sept. 6-9

Group 20918. Sept. 9-12Group 20919. Sept. 11-12Group 20920. Sept. 13-25

Group 20921. Sept. 15-27

Group 20922. Sept. 17-20Group 20923. Sept. 20-23Group 20924. Sept. 2i-Oct.

Group 20925. Sept. 24-26Group 20926. Sept. 25-26Group 20927. Sept. 28-Oct. 4Group 20928. Sept. 28-Oct. 2Group 20929. Oct. 1-5

Group 20930. Oct. 2-14

Group 20931. Oct. 3-12

Group 20932. Oct. 5-15

Group 20933. Oct. 9-14

Group 20934. Oct. 10-12

Group 20935. Oct. 10-22Group 20936. Oct. 11-23

Group 20937. Oct. I2-2O

Group 20938. Oct. 13-16

One or two tiny spots.One or two spots appearing near the west limb.A few variable spots which develop rapidly near the west limb.A single spot.A few spots until September n, when the group begins to

break up. A renewal of activity then occurs, and a streamforms by September 16.

One or two spots which die out west of the central meridian.Two or three small spots, of which only one remains on

September 9.A few spots.Two small spots on September 11 ; a single spot on September 12.A spot, regular in outline, with rapidly developing companions

to the south. By September 18, the largest of these coalesceswith the original spot to form a complex structure with oneor two small, leading companions which die out beforereaching the west limb.

One or two small spots which develop rapidly to form avariable stream led by a stable regular spot. After Sep-tember 19, the stream begins to break up, the leader beingthe sole survivor on the west limb.

A few small spots.A few rapidly developing spots, appearing near the west limb.Scattered spots which break up after September 22 to form a

loose stream. By September 29, three components intriangular formation remain.

One or two small spots appearing near the west limb.A single spot.A few variable spots appearing west of the central meridian.One or two tiny spots.A few spots appearing west of the central meridian, diminishing

rapidly after October 2. A single spot alone survives at thewest limb.

A cluster of variable spots with maximum area on October 4.The group then slowly breaks up, leaving only two tiny spotsnear the west limb.

Two or three tiny spots on October 3. Nothing is then seenuntil October 6, when one or two following spots appear toform a small stream.

A few small, variable spots until October 13, after which onlyone remains.

One or two spots developing to form a small stream, of whichthe leader alone remains on October 13.

A few small spots.A regular spot.Several small spots developing into a scattered stream by

October 14. The whole group begins to diminish rapidlyafter October 20, and a single spot remains at the west limb.

A single spot until October 17, when several small spotsrepresent the position. Only one remains on October 20.

A single spot.

No. IQ, 1974] PHOTOHELIOGRAPHIC RESULTS 1966

Group 20939. Oct. 18-24

Group 20940. Oct. 19-28Group 20941. Oct. 19-29

Group 20942. Oct. 22-27Group 20943. Oct- 24-28

Group 20944.Group 20945. Oct. 27-Nov. 6

Group 20946. Oct. 28-Nov. 3Group 20947. Oct- 28-Nov. 5

Group 20948. Oct. 3i-Nov. 8

Group 20949. Nov. 1-4Group 20950. Nov. 4-7Group 20951. Nov. 6-11Group 20952. Nov. 6-19

Group 20953. Nov. 7-15

Group 20954. Nov. 7-19

Group 20955. Nov. 10-16

Group 20956. Nov. 15-26

20957. Nov. 17-2820958. Nov. 18-3020959. Nov. 19-2720960. Nov. 20-2320961. Nov. 20-2220962. Nov. 20-2120963. Nov. 24-Dec. 2

Group 20964. Nov. 25~Dec. ï

GroupGroupGroupGroupGroupGroupGroup

A few small spots, developing rapidly into a moderate-sizedstream as they pass round the west limb.

A single, diminishing spot with occasional companions.A few spots of rapid growth and decay, not seen on October 28.

On October 29, a tiny spot remains.A few short-lived spots.Two or three small spots, dying out before reaching the west

limb.One or two small spots.One or two small, variable spots, not seen between October 30

and November 3.A few spots appearing just east of the central meridian.A few tiny spots, of which the followers coalesce into a cluster

by October 31. The leading spots then develop into a streamwhich soon breaks up, leaving a single spot at the west limb.

A single spot until November 4, when two or three variablespots represent the position.

A few spots, only one of which remains at the west limb.Two or three tiny, variable spots, closely following Group 20948.A few variable spots.A regular spot appearing on November 7, with occasional

companions, one of which is visible at the east limb onNovember 6. After November 10, small spots develop tothe north, both leading and following the regular spot. Theleading spots soon die out, but the followers, developinginto a complex structure, persist to the west limb.

A few scattered spots developing into a loose stream byNovember 9. The following spots die out, leaving twodiminishing spots on November 12.

An elongated spot which divides to form a variable stream withthe appearance of other spots. By November 12, the principalspot becomes regular in outline and alone remains fromNovember 18.

A few small spots appearing near the central meridian anddeveloping into a complex stream which breaks up afterNovember 13, leaving a single spot by November 15.

At first a single spot which develops, by November 16, into asmall stream led by a regular spot. On November 20, thegroup rapidly diminishes and a single, tiny spot remains onNovember 24.

A spot with variable companions between November 19 and 25.One or two spots, not seen on November 23.A moderate-sized complex stream.Scattered spots, of which only one remains on November 23.Two or three tiny spots.One or two tiny spots.A few spots, diminishing rapidly after November 26 to leave a

single spot by November 30.One or two spots developing rapidly to form a small complex

group by November 27. Only two simple componentsremain on November 28.


Group 20965. Nov. 29-Dec. 6

Group 20966. Dec. 1-6Group 20967. Dec. 2-6Group 20968. Dec. 3-5Group 20969. Dec. 3-6Group 20970. Dec. 4-5Group 20971. Dec. 4-9Group 20972. Dec. 4-10

Group 20973. Dec. 4-16Group 20974. Dec. 5-17

Group 20975. Dec. 7-19

Group 20976. Dec. 8-16

Group 20977. Dec. 10-20

Group 20978. Dec. 12-15Group 20979. Dec. 12-13Group 20980. Dec.Group 20981. Dec.Group 20982. Dec. 14-20

12-21

12-21

Group 20983. Dec. 17-20Group 20984. Dec. 18-20Group 20985. Dec. 19-26Group 20986. Dec. 21-23Group 20987. Dec. 21-22Group 20988. Dec. 22-

1967 Jan.Group 20989. Dec. 23-31

Group 20990. Dec. 23-30

Group 20991. Dec. 24-29

Group 20992. Dec. 25-26Group 20993. Dec. 26-27Group 20994. Dec. 29-30Group 20995. Dec. 29-

1967 Jan. 8

A diminishing group of small spots, of which only one or tworemain after December ï.

One or two small spots.One or two tiny, variable spots, not seen on December 5.A single spot.Two or three small spots appearing west of the central meridian.A tiny spot.A few spots.A slowly-diminishing stream, of which only a single spot

remains on December 10.A regular spot, with tiny companions on December 7.A small stream on December 7, of which the leader and

follower are seen separately on December 5 and 6, respec-tively. Subsequently, the group develops rapidly to form acomplex structure by December 10, and is decaying as itpasses round the west limb.

A few spots developing rapidly into an elongated stream withmaximum area on December 9.

A single spot rapidly developing into a moderate-sized stream,with maximum area on December n.

A single spot developing into a compact cluster. Tiny followingspots appear on December 15, developing until December 17,when the group assumes stream formation before breakingup and dying out.

One or two small spots appearing near the west limb.A single spot.A few variable spots.Variable spots, not seen on December 19.Several spots, of which only a single spot remains by

December 19.Scattered spots, of which only one remains by December 20.One or two small spots appearing near the west limb.A single spot, not seen on December 24.A diminishing group of small spots, not seen on December 22.A single spot.A regular spot, with companions between December 24 and 26.

A simple group, of which the following spots break up to forma diminishing stream by December 26. By December 31,only three or four small spots remain.

A single spot until December 25, when other leading spotsappear, to form a scattered stream by December 28.

Two small spots developing rapidly to form a stream withmaximum area on December 26.

A tiny spot.A single spot on December 26 ; two tiny spots on December 27.A single spot.A single spot developing rapidly to form a complex, compact

group. The leading and following composite spots aloneremain by January 7.

No. ID, 1974] PHOTOHELIOGRAPHIC RESULTS 1966 53

Group 20996. Dec. 30- A regular spot, with following companions between January 51967 Jan. ii and 7.

Group 20997. Dec. 31- A few variable spots, appearing to the south of Group 20996.1967 Jan. ID Nothing is seen on January 5, but on January 6, a single

spot represents the position.Group 20998. Dec. 31- One or two spots developing to form a short-lived cluster.

1967 Jan. 7

Blank page retained for pagination

General Catalogue

of

Sunspots

1966

PROTOHELIOGRAPHIC RESULTS 1966 (R. 0. ANNALS

GENERAL CATALOGUE OF SUHSPOTS

First Seen Last Seen CorrectedMean Area

Long. Long.Dura- from from Wholetion Date C.M. Date C.M. Umbrae Spots

d 1966 о 1966 о

207889

20790123h

207956789

20800123h

208056

789

208101231«

208156789

20820123It

208256789

208301231*

208356

789

Jan. 19.019.65

19.U621.9225.3326. U

Feb. 7.>*7

18.7021.U223.0027.3823.1*

Mar. 5.15.71*

15-3121.2622.2

22.5926.928.0

Apr. 3.31*Mar. 27.7

Apr. 6.32.26.625.3

18.U6

17.5923.9926.2320.6

May 1.05

3.68Apr. 30.39

30.6228.9

May 7.0

2.07.6

18.210.712.8

19.1*20.8116.625.7125.3

28.6129.89

June 1 . 73.66U.6

1*13

8/ 91111

313

1110

976

68

6/ 8132

1*32

133

36

101»

13

61185

8/ 9

133651*

22636

310/11

1*10

5

10

72

9/112

Jan. 1313

1U

152129

Feb. 1

1317202221*

27liar. 1*

131519

2021

252829

Apr. 1336

11

11»202022

25

27292930

May 2

1*1*

1211.1l*

11*

17191920

21*26273030

-76-82

-66-82-51+35-72

-73-57-35-63+ 13

-77-19-22-78-38

-33-69-35-75+22

-61*+ 17-1*2

+ 15-78

-1*3-1*9-76+23-77

-82-10-12+19-61*

+30-1»2

-77+1*8+19

-62-1*8+37-82-67

-5»*-1*7-70-53-69

Jan.

Feb.

Mar.

Apr.liar.

Apr.

May

June

MayJuneMay

16

25

2225313113

23262828

1

1*11202720

232326

931

38

129

23

19302726

3

91U1*5

55

171619

1627222821*

21

289

31

-35+71

+38+1*3+79+68+71*

+60+70+75+ 12+77

-10+73+65+81-2l*

+ 10

-1+7-22

+73+1*9

-1*0+79+80+58+65

+27+83+ 12+71*+30

+75+ 11+50+72-18

+1*6-28-13+76+82

-1*3+80+73+U3-10

+65+32

-57+75-58

1*6l*

71028

333

2236201016

13169

1890

112

2071*

32

533

1*6

0561528

0

1*010

1*61

1062

1*3

0

37731*5

1*

1*513

11*0

321*50

1*61*8

15018

168

99181921*57l*

7092.35

961»9

1l*1210

111*825

1635

33221

23l*

11303

67187

8

21637193813

111*

3613

210

519739829!*

25

2305l*232211

233.6225.0

227.1*195.1150.0135.9337.2

189.3153.5132.77l*. 9

127.5

359.0351.3225.211*6.71314.0

129.172.757.9

33l*. 262.6

29!*. 831*9.3290.9308.1*13l*. 7

11*6.161.632.0

106.1*328.3

293.1*337.033l*. 0356.021*9.1*

315.1*2l»2.2101.1200.8173.3

85.867.0

122.92.28.1

323.9306.9269.521*3.7230.9

+29-1*+18.6

+28.0+31.1*-23.7-2l*. 3+3l*. 7

+30.1»+21.7+20.0+28.1+22.0

+21.2+26.7+26.6+17.7+21.0

+17.8+21.1+19Л+26.1+22.1

-27.8+28.8+ 19.7+29-9+21.1

+ 18.1*+18.2+26.2+28.6+27.5

+21.0+28.6-23.5+22.3+17.7

+26.7+30.9+29.2+22.3+22.7

+23.9-20.7+ 18.1*+11*.0+ 11.7

+23.6+ U. 2+27.8+31.7+18.6

1953(1)

195M1)1953(2)

195M2)

Ш. 10, 197М PHOTOHELIOGRAPHIC RESULTS 1966 57

GENERAL CATALOGUE OF SUNSPOTS


Long. Long.Dura- from from Wholetion Date C.M. Date C.M. Umbrae Spots

d 1966 о 1966 о

2081*0123it

2081*56789

20850123U

208556789

208601231*

208656789

20870123k

208756789

208801231*

208856789

June 5.72.80U. 128.U6

May 31.8

June 13.3210.1*17.9718.723.16

2U.0521*. 9522.323.530.82

28.1*6July 1 . 5June 29.6July 3.3l*June 28.7

July 8.077.1*25.1*7.089. 02

11.21*7.67.6

17.919.10

18.3020.0011.1*15.320.1*2

22.5523.522.827.0121.1

26.01*23.830.97

Aug. 1.963.18

3.726.031.1*25.50

July 30.9

б89

123

12393

10

71065

12

536

112

2/ 79/ЮU/ 6

88/ 9

5321*

13

51*/ 9

2U/ 55/ 7

111*2

11*3

122

1l*1312

108

2/ 363

May 303131

June 21*

71l*161617

2122232l*2l*

26263030

July 2

31*667

1011121212

1l*

15161616

16

17202021

212l*2l*2628

2831

Aug. 113

-62-32-50-80+U6

-72+50-20-30-TU

-36-32•ni*•Ml-81*

-26-66+ 9-36+1*7

-63-1*2+13-10-3l*

-10+50+61*-73-87

-5l*-58+68+15-51

-78-79-28-81*+ 1*

-60+ 9-81*-83-79

-81*-TU- 1-55+1*5

June U78

136

18162l*1826

27July 1June 28

28July 5

June 3028

July 510

3

913111315

11*13131521*

1823172022

262021

Aug. 2July 23

Aug. 1July 25Aug. 6

78

67365

-22+62+55+68+76

+66+81+82- 2+U2

+U1+80+79+66+62

+2б-1*1+80+85+61

+18+77+78+89+73

+38+76+76-35+70

+ 2+1*2+79+73+25

+1*7-38-18+83+30

+83+21+80+73+70

+37+20+26+10+72

21l*

51l*

1*

282

351

13

11261979

52

1710U

0

020

223

8365

U3

10020

1911

661

375

293515

93062

187131681*8

17»*15

1967

67

53127963361

292883

5686

11311

101

17

1*321

3329

22U

123

39106

108119

3839

19922

11*5225

85

5518

52617

216.6255.1237.6180.2281.2

115.9153.95l*. 21*5.1

3U5.6

333.8321.9356.53U1.12 1*1*. 2

275. U236.0260.1*210.9272.0

1U8.3156.8183.1*161.3125.0

106.315l*. 115l». 2

18.62. U

13.0350.1*10l*. 6

52.53UU.9

316.730l*. 8313.9257.6335.8

270.5300.1*205.3178.9162.8

155.7125.2186.1132.2205.8

-20.8+32.2+13.3+21.9+20.5

+21.5+25.0+18.8-2l*. 9+23. U

+26.7-23.7+25.6+21. U+15.0

-25.5+32.8+18.0+33.5+38.3

+23.6+19.6+2l*.1+30.2+19.0

-32.0+2l*.0+21.3-18.7+26.1

+21.9+29.9+36.2+22.9+19.6

-22.5+33.7+2U.1*+21.6-6.9

+36.8+35.0+3U.O+2U.6+25.1

+27.2+17. U+18.9+20.8+21*. 1

1955(D

1956(1)

1957(D

1955(2)

1958(1)

1956(2)1957(2)


GENERAL CATALOGUE OF SUIISPOTS

First Seen Last Seen Corrected

Mean AreaLong. Long.

Dura- from from Whole

tion Date C.M. Date C.M. Umbrae Spots

d 1066 о W(,C: r.

ÜOÖ90123U

208956189

209001231*

209056789

20910123Ц

209156Т89

20920123U

209256789

20930123U

20935бТ89

Ли«. 1111»151516

1618162323

1526272828

23222930

Sept. 2

2Aug. 28

30Sept. 7

n

121212б8

1921151627

203028

Oct. 3Sept. 30

Oct. 869

1015

1617181917

.77

.67

.u*

.8

.3

.9

.6

.3

.2

.6

.3

.79

.79

.91

.8U

.88

.6

.17

.82

.0

.9

.2

.9

.VT

.8

.35

.90

.2

.9

.8

.63

.1*3

.1*

.7

.2U

.6

.7

.3

.8

.1

.97

.06

.77

.60

.3

.73

.68

.68

.3

.9

7/1297

2/ l*3

31*1*25

31*/ 7

10101U

826

5/Ю3/ 1*

5/ 62392

1l*81*1*2

1313

U1*

13

32755

138/10

1163

13139U7

Äug. 611111111

1315171717

1921222222

2325252527

2831

Sept. U55

6669

11

1315172021

2l»252828

Oct. 1

2359

10

1011121318

-6U-1*5-1*9-58-61»

-1*6-1*5+15-79-82

+51*-70-73-81-83

-11+37-1.9-72-7l*

-72+1*2+57-26-83

-78-85-79+30+38

-83-88+25+1*8-78

+50-70+ 2-72+15

-85-28-58-18-61

-82-79-8U-79+ 5

Äug 17191711*13

1518201821

21273131

Sept. U

Aug. 302630

Sept. 3Aug. 30

Sept. 216

136

19139

1212

25272023

Oct. 3

Sept. 2626

Oct. 1*25

11*121511*12

2223201621»

+72+61+21-19-38

-21- 3+52-62-29

+81++ 3+50+30+81*

+79+50+15+l»8-37

- 9+57+81+81-71

+81*+ 6-35+75+1*8

+78+81+66+87+87

+76-56+76-22+72

+69+81+71*+50-38

+71+71+23-1*0+81

21111*02

11*803

61

279

100

1013000

11

12150

351*1*

181

15893

33356

2081

12

21»16

1»72

10155

58

73

155268

517

11261*0

1*17

1»1»7

1l»238

658 .

5Uo11*673

111067787

17320208012

7681*66

19151»360

173

1*88

65

13671253825

1*58311*2131*

359

1*9.210.90.7

355.831*9.3

3U1.U318.63U9.9258.7253.5

2. U210.8197.5182.8183.6

2U9.1266.5179.3157.5128.3

116.9192.5155.856.5

359Л

351.931*1». 8353.6

61*. 039.2

255.9232.2312.1*29U.1155. U

2U3.5109.91U1.268.9

118.0

0.739.1

350.1339.2277.6

258.32U5.8232.522l». 221*2. U

-23.2+31.2+3U.8+29.9+2U.O

-29.0+28.3+21.6+20.1+ 1U.O

+33.8+U2.U+2U.U+35.2+22.2

+ 7. U+19. U+27. u+23.9-21.3

+21.6+25.0+28.9-21.1+31.0

+21.6+21.6-23. U-20.2-15.2

+ 7.0+21.7+ 6.3+18.6+22.8

+18.9-18.1-17.2+31.6-16.2

+20.8-23.3+23.8+22.7+23.0

+ 6.1+21.0+23.5+26.9+13.9

NO. 10, 197*0 PHOTOHELIOGRAPHIC RESULTS 1966 59


Dura-tion


Long. Long.from from Whole

Date C.M. Date C.M. Umbrae Spots

MeanPosition

1966 о 1966/67

Long,

о

Lat. Reference

2091*0123k

209l»56789

20950123k

209556789

20960123h

20965б789

20970123U

209756789

20980123h

209856789

Oct. 25.0825.5123.1l»23.923.6

Nov. 1.71Oct. 28.92

31.11Nov. 6.37Oct. 30.3

Nov. 6.6910.0713.0U9.87

13.31

10.2819.9123.572l». 5721.3l»

19.320.1*621.0930.3725.1

Dec. 2.1*56.92.0

Nov. 29.1»30.2

30.1*Dec. 9.6

10.210.2511.09

13.1+211.1616.81*8.9

16.7

17.5618.21»1l*. 515.81l*. 7

25.0222.3226.1»28.1*928.92

1010/11

651»

6/117991*

k6

1l*9

13

71212

12/139

1*3297

86

1*/ 531*

267

1313

139

111*2

109/10

71*3

7/ 82/ 3

2139

Oct. 19I9222l*25

27282831

Nov. 1

1*6677

1015171819

2020202l*25

29Dec. 1

233

1*1*1*1*5

78

101212

12121l*1718

1921212223

-7l»-81-12+ 7+2l*

-69-11-31*-80+2l*

-32-50-85-36-79

- 5-61*-77-78-23

+160

- 8-79+ 3

-38-71+ 2+51+1*5

+51-72-77-79-66

-80-38-85+1*5-59

-68-80+ 1+21+1*5

-7l*-13-61*-78-7l*

Oct. 2829272828

Nov. 63581*

711191519

1626283027

232221

Dec. 21

66656

59

101617

1916201513

2121202020

262322

Jan. 3Dec. 31

+1»3+51+55+58+61»

+61+71+68+2l*+68

+ 9+18+81+75+82

+81*+80+65+77+79

+55+27+ 1*+2l*+80

+51- 8+59+79+77

+67- 3- 2+79+75

+80+71+1*3+83-1*3

+1+8+38+76+59+7!*

+17+13-55+79+35

1525

353

15

101*5

16

981560

301326

575

311

1823

5600

11

09

267191*

762120

00

23

1053

331»

2323

73131*

212013

731562231

101»3

1*8867

330

15368

15625

1*50

1910

891*

107

2827

31*

61

1*59

137361652

1*51»131*115

86

21255521*19

131228

131»155

11»8.211*2.5173.8163.8167.9

1*7.597.568.7

3»»6.179.0

3l»1.9297.2258.2299.925!*.5

291». 5167.6119.1»106.111»8.7

175.7160.1»152.029.799.1

2. U303.6

8.31»2.631.8

29.6268.2260.2259.521*8.5

217.721*7.6172.7277.1171*. 1

163.2151». 3203.9187.2200.9

65.0100.5U6.919.313.6

-16.1+12.6+28.7-27.1-21». 0

-21.1*+21.7+20.9+12.7+36.1

+15.6+18.5+ 8.3+23.8+1U.5

+13.8+19.0+29.2+31*. 9+21.8

-17.1+20.1-19.8+17.8+21*. 1*

+26.2+ 10.1+20.0-28.2+15.9

-19.2+12.1+28.6+ 7.5-22.2

+21.5+27.9+17.9-3>*. 7+ 9.5

+19.7+22.1+1I*.5+15.6+21.8

+29.3- 5.7+26.1-2l*.0+20.5

1959(1»)

1959(5)

бо PHOTOHELIOGRAPHIC RESULTS 1966 (R. O. AHIIALS

GENERAL CATALOGUE OF SUIJSPOTS

No. ofGroup

209901231»

20995678

U.T.ofC.M.P.

1966/67

1)чс. ,29.372l».025.3

Jan. 1.3Dec. 26.7

Jan. 2.10

6.\2

Dura-tion


Long. Long.from from Whole

Date C.M. Date C.M. Umbrae Spots

1966 о 1966/67

8 Dec. 23 -80 Dec. 30 +11*6 2l* + l* 29 +692 2 5 + 1 26 +172 26 -77 27 -662 29 +35 30 +1*9

11 29 -51 Jan. 8 +7913 30 -79 11 +77

10/11 31 -63 10 +678 31-78 7+9

MeanPosition

Long. Lat. Reference

1120

000

15U39

719

62101

285

955231

1*29»»

7.778.1*61.8

328.81*3.3

318.627l* .927l*. 1*261.6

-27.9+26.2+ 8.1»+13.9-2l». 1»

-22.6+18.1+15.3+ 5.5

1960(1)

1959(6)

General Catalogue of

Sunspots

seen on one day only

62 PHOTOHELIOGRAPHIC RESULTS 1966 (R. 0. AIIHALS

GENERAL CATALOGUE OF SUIISPOTS

SUNSPOTS SEEN OU OHE DAY ONLY

Area Correctedfor

Foreshortening

Umbrae

00

00

WholeSpots

33

516

15

Position of Group

Long. Lat.

о23.350.2

211.2202.0

23l*. 2

о-18.8+11.1

+10.3+ 10.8

+ 19.6

1505

1506

1507

1508

1509

15Ю

1511

0102

0102

01020301*05Об0708

01020301*0?

01020301*05

01020301*05Об070809

01020301*05Об07080910111213

Маг. 1929

Apr. l*21

May 31*6

1316171825

June 21*

102020

July 33

1б1718

2128282931

Aug. 25

1112

1823252626303031

Sept. 21*

51111

+1*9+52

+1*9-12

-36+67-19-18+ 11-1*1-67-1*8

-12+35+29+ 8- 2

-53-65-32- 6+60

-32+ 6-Ь7+58- 5+29+21*-70-1б

+71-10+29+1*7- 5+67- 7+52+77-68+1*1*-29-56

.2

.1

.9

.1

.1

.1»

.1*

.6

.2

.5

.1*

.2

. 1

. 1

.5

.1*

.0

. 1

.6

.5

.3

.5

.1

.1*

.1*

.3

.1*

.3

.7

.6

.0

.6

.5

.7

. 1

.5

.0

.7

.7

.5

.0

.5

.0

.0

Маг. 1525

31Apr. 22

May 6Apr. 29May 7

1l*15202329

June 318

1920

July 78

191713

23273121*3131

Aug. 31613

1221*23222625302727

Sept. 92

1315

.6

.1*

.8

.2

.1

.2

.8

.7

.5

.5

.5

.0

.2

.7

.2

.7

.5

.3

.3

.0

.8

.8

.9

.8

.9

.9

.8

. 1

.5

.7

.6

.9

. 1

.2

.8

.8

.3

.9

.3

.1*

.5

.0

.8

.9

00

00

01*1*00000

13010

00002

000000001

0000000000000

71*

185

1*2228

53273

522

952

1*3189

31*291*

161*78

1*1352k62561*55

221.92.

7.81*.

261.352.239.11*7.137.71.31.

318.

21*9.269.181».30.20.

158.11*6.

1*.19.72.

299.21+6.192.285.191*.203.158.31*3.

25.

3l*.21*5.258.263.211.230.156.203.202.

30.128.332.305.

81*

1*8

71»132315

29081*

50027

1*67673751

088937153251*3

+ 16.0+23.2

+37.7+13.1*

+15.1*+28.1*+ 11.9+20.5+21.9+23.5+25.1+ 9.1

-13.1+2l*.2+25.3+ 17.8+ 16.6

+31*. 6+26.7+ 1U.2-19.1»+ 10.1*

+23.8+35.9+36.2+19.2+31.2-25.1+20.5+26.6+36.6

-16.1+ 16.5+23.6+ 10.8+22.3-29.6+27.0+1+2.7+21*. 1*+2U.5-22.8+27.8-22.9

1512 01 12 1.9 + 10.1



SUNSPOTS SEEN ON ONE DAY ONLY

Area Correctedfor

ForeshorteningPosition of Group

No.of Longitude U.T.of WholeGroup Date From C.M. C.M.P. Umbrae Spots Long. Lat.

1966 о 1966/67 о о1512 02 Sept.15 -62.3 Sept.20.1 0 5 250.3 +21.U

03 18 +71.8 12.9 О 23 3M.8 +30.1Ok 21 -5!*.9 25.5 О 2 178.5 +23.005 27 +13.9 26.3 0 3 167.5 +10.206 27 -2U.3 29.2 0 5 129.k +33.707 28 -20.5 29.9 О k 120.3 +12.208 28 -57.2 Oct. 2.7 О 11 83.7 +29.609 Oct. 7 +56.9 3.0 0 8 79.1 - 7.5

1513 01 15 +18.5 1U.O 1 11 29l*.U +23.202 1б +25.9 11*.!* О 5 289.5 +27.003 17 - 0.8 17.6 0 2 21*7.0 +12.301* 18 +6U.2 13.6 0 б 299.1 +16.605 19 + 6 . 1 19.0 0 2 229.0 +1I».906 20 + 8.2 19.8 0 1 218.3 +11*.607 20 + Ц.2 20.1 0 2 211».3 +29.U08 21 -28.9 23.6 3 21 168.0 +18.309 2l» -70.2 29.6 О 6 88.3 +31.710 26 - 1.2 26.5 0 2 129.1 +28.3

1511* 01 15 +3U.O 12.7 1 7 2б2.5 +21.302 17 -37.8 20.3 1 9 1б2,Ц +27.903 19 +39.Ъ 16.5 1 11 212.5 +13.3OU 23 -13.9 2l».5 О 10 106.6 +29.605 29 +39.3 26.5 0 5 81.3 +2Н.806 29 + 2.2 29.3 1 5 И.2 -16.U07 29 -25.6 Dec. 1.1* 1 5 1б.1* -26.1

08 30 -72.0 5.9 0 11 316.1 +1U.309 Dec. 2 +1*5.2 Nov. 28.9 О 2 1*9.8 -29-5

1515 01 1* +25.2 Dec. 2.1» О 3 2.9 +29.102 1» -61.8 9.0 0 9 276.0 +20.503 5 +1*1.7 2.3 1 7 5.0 +15.1*01* 6 +52.5 2.3 0 2 3.9 +26.805 7 +57.3 3.1 0 2 353.6 +29.506 8 +63.6 3.5 О 3 31»9.1 +21».707 8 + 7.2 7.7 0 2 292.7 -16.608 9 +72.9 3.8 0 7 31*5.2 + 8.009 16 +1*7.6 12.7 0 5 227.6 +13.910 17 +22.0 15.6 1 б 188.8 - 5.311 19 -51.2 23.2 0 2 89.1* +39.312 20 +68.2 15.1 3 16 195.6 +21*.513 21 +51.8 17.3 0 5 166.1 +15.3ï1* 25 -59.6 30.0 О 3 359.6 -36.915 26 -t- 2.1 26.3 0 3 1*8.3 +36.9

1516 01 30 +1*8.1 26.7 1* 29 1*2.1» -30.002 30 -28.5 Jan. 1.5 1 10 325.8 +1U.1

Total Areas1966

110. 10, 1971*) PHOTOHELIOGRAPHIC RESULTS 1966

TOTAL AREAS OF SUNSPOTS AND FACULAE FOR EACH DAY IN THE YEAR

Projected AreaDateand Whole FaculaePlace Umb. Spots West East

JANUARY

Corrected Area

Whole FaculaeUmb. Spots West East


MARCH

Corrected Area


1231*56Т8910111213Hi1516171819202122232U25262728293031

HСHHСHHСССHССHСССHHСсссссHHсссс

522315k200000001»326912721721*7185151119

• 7112712312776371*229268

232

717622150701*00032

561*10901026ШП15М12121026

55338166959759539019721*820913959

1+3065293177161*663112531331»2529727316813622052211053761*173983791190

9l*221168

23811*6977611*6229171*1155221196073зоз397658271217652121631051*20

9715211l*0

11*7179

301l*111*20000000151*8699613715310788731*88781»781*122282l*2519

1321*1*5l*20

170303000

1 1 1810

111l*7787239156995953352591*52395387212117161*16911*1129

5l*0

51293197231831*611331*781*75l*9726621*62353305927813551*511*56562208078217258

261*1808815523l*2761661131*6291760

2781*281*9067!*2бЗ181*672718851231*10

1172351250

2l*7203

1231»

56789101112131U1516171819202122232l*25262728293031

HHHHHСHHHсHHHHHссHсHHHHHHсHHHHH

352220172l*262622261770205758292369331379365355316223160131181*79l*172338

1б186921269210013910115l*12l*53090

2391*9313731767202125261876168813921081863500961766371132

1903

231662972978861*1101*951*291*0670l*261*17699

21*261*6U368361*3782550

1563015333021*33312156112289

81l*1*071*181*071*1*01913081652311711*2919815l*15l*37650270789925811*1*155323156200178056

1*79602535523

1*115121015161817252215010

181*802б226920821920220l*19716515720083

12l*131*166251

21060577556619280

11*5157128060

76368212501291127011*1*310l»6961»87079881*27581*1*61*7U9l*01081*11*29

1*3153

3l»732311*073895191*79U5882231820510930688893611*235193500

176261*56932565655011*1*133268

9901*765231*111*191751»112553l»81871*81»2101672697176ll*8»»510002111262753U71U51971950

8169871*152l*515

FEBRUARY APRIL

1231*56789101112131U15161718192021222321*25262728

.HHHССССсHHсссссHHксHHHHссHHH

0111*165677682551*63736603855351*659639l*11*61221381 1 181*896857

2

671962801*3U3M352281*213261*1501*72l*11*61771992322253075U66585636395301*18381303305

551»1*220320

1262213701*11*252зоб9581*7l*0990

5UO699700571352296159627682 .збз

29l*1302172219517953321852503361*973262333161*2655811*72751319823111*32231061871*07352

0171*559515255373331Зб90

1*1*1*725311*01*158887l*98807089729U

610б213251*32823523l*19115622б151676517115211*315615520033639735l*U5138831+91*05328511

8055330

310

1502071*221*86263392139116820

1380

1*8978371*0686l*3lt38711*161*3983610

37216923921l*7916652333773331*2351*93122 UoUoo1*665l*7126301118116302161183981901*691*72

1231*56789101112131l*1516171819202122232l*252627282930

HссHсHсHHHHHксссссHсHссHHHсuHH

1*371*6751*51*53355261*27826715096103523150102109981225998

121*1001171672191381218110397

23772б35255621*251961*17691бЗО1351*832928боб2761773265»*б5315355502771*3852851971611U612318155271*22527U55

26815265

11*52171*697597281*691*1*8572Зб90

21826113287196901бЗ51*21+82616588зоб271330326385371*

57921*92712231бЗ521*1*1*51*1531*717920262821*81*21*1*7929б0

10933819б22621*121*257781*85995616751*8655U

286288321*2832351992512821539011*3179бо1*87870566931*91977775106155128102103111*70

15571621*152515201309135315Ю11*9085185581*2979361*3081*103393073081бО3971*12379U517059377621*67526599361

36920061181231*1*7U87111836985127177390

19228718011*32771251805Ю1*977168011»703983UO3291»б71*78

679252251»331*2296661*981*0938220l*5169бО2985011*692U60

12135231*0372307269738121271U61*37665506U1*

66 PIIOTOHELIOGRAPHIC RESULTS 1966 (R. 0. AN11ALS

TOTAL ABEAS OF SUIiSPOTS AND FACULAE FOR EACH DAY IN THE YEAH


MAY

Corrected Area

Whole FaculaeUrib. Spots West East


JULY

Corrected Area

Whole FaculaeUnto. Spots West East

1231*56789

1011121311*1516171819202122232l*25262728293031

HHHСHHHсHHHсHсHHHHHHсHHссHсHHHс

12597897l*38571*126110027

3555965U1l*60

21l*29921*9163

21+5122181*

21+6179

99112

50

6055735231*71*32l*391220121

5000

2255

1682361*31272106257971

1522180910351265

882887

12289005761*7733l»

51*1»7591*775287936591*213851*21

35l*2961*0751*737l*31*13l*21*1*71*235968701*7871*65511+787121*60312367609759525

6125Ю1*761*182953303301873l*21*32

361+

66310l*7

6177856608033553201*817986081*822331*566313l»66091*1*857l*703

7759521*72338353126

007

1026387861*3738

205261+20810217010112811*5995l*6538

37936031931219825619011*0116

00

6570

12016735730926120U999

131*01630

61*686267765675950731630621*7

6758675256309198635Ю5605391*231+381*587331+211*581*331*1*1*5027259125368717365П71*1*6291*5136261*1*81*1706

68159151*61+253791*2931*31521*5751*61*29823

128071*799968'67521+3851*3601*

1011*6835252595776781*1+1*6751*89708760

JUNE

1231*56789

101112131l*1516171819202122232l*25

.2627282930

HHHHсHHHHHHHHHHHHссHсHHHHссHHH

ll*6101

5858511*1+3950676978

13669533260

11792

1057880

10611*511*111l*118108

506565

73252730231331525l*22l*3503663U651758l1*9839921*228869261l*6701*381*271*506935915875535303361*561+35

62058777359961762170336853025!*5522653801*506681*735l* 15383811*735956691*11*3353235716616216111*05

1*023573691*602916101*956685526796809903915302535766223585251*8329320735838032239261*0

1*83230173

100961*5í*23628381*1*521*51»7763729211*27558651*95571+9l*787885871*5501*0

1*961*632522292262132113182972293103252692201602021*1*2

3901*0627-'*2873111*563663961+001+5133231+1292

655665

1070731*6717967673936902967252611*651*9678263758056355351*1629916631»1*8836 1625722782808561

1*201+611*81*521*32979061*9702699808829

10933651*93277761*70637367859928126 53901*72

5621*977021*90198223

1231»56789

101112131l*1516171819202122232l*25262728293031

HHHHссHHHHHHHHHсHHсHсHHсHHHHHHH

276390

117181*2292872211289255631*1*1+97190

12211011*1

11512711*521l*20630l*301*29929832827!»276

283330392680

1013139211*581220

61*936829331*329829338755262063581669176281*1

10651139153618191766161318031716151*6

31*75091*953695611*608787625081*517386228078077361*831*501*396172312801*3891*76823691*031*50382230381566

1*381*167752653021571*39530785

10279221*1*96108881*95650507631*672670582715

111*21*1*95>*2680680691923830725

11»386086

117169251268

229

1671*59065526090

1107689

121*11811516616320322722620621*0200198

1872002691*90653

1023126711*801190

561*2691*665173033235825951*52505672685685828870985

13961311*11501351*12321120

7765095881*1*863953891*5937967765836792

11129667827106035057382871*11*1*67

10697751+915501*795892711*07628

6395558712763761851*1*8792

10U5121*91051

59976l

123651*1

1011777772612936817889

1320567751997739903

10761033867

AUGUST

1231*

56789

101112131l*1516171819202122232l*25262728293031

HHHHHсHHHHHсHHHHHHHHHHHсHHHHHHH

20517715l*1209l»1*211

5007

3767686773593830

61*

2791

1903091*061*50303336270300

12399918936731*812l*9

8923

00

1*82332701*52368391*262176171

7037

171*1*88

10361765223121*531787197615811821

731*1*15333539

11*6010599517577221*822752561*371*25571*5052761*91+1*1*7791802309261*209

011*936690181*1*706558

1*71331*5175163561*12

31*528651671*582559061*33562071611*837138255161+71671*

105587081)*71*3572681*900205

68

161151*9380711*1*10

1+005

261*11*1391*9362525

71*

6510911*619021*1281*211*33611+8183

9778085331*51+38527l*

8921

00

1*1*1б2161*26621927319012111»2

6865

1*15576813

11021331155313331790892

1107

1009898371513

1576121*1113895797359037931*1*5001*996576521*085801*0387l*

1009376316280

0137321982

1169

1075688

1*56381*7136231*6253237239682795l*983621*67537l*231215751930933603595

10321331*92591185671*790l*955257

62

NO. 10, 19TM PHOTOHELIOGRAPHIC RESULTS 1966 6T

TOTAL AREAS OF SUNSPOTS AND FACULAE FOR EACH DAÏ IN THE YEAR

Projected AreaDateand Whole FaculaePlace Unto. Spots West East

SEPTEMBER

Corrected Area



NOVEMBER

Corrected Area


123U567891011121311*1516171819202122232lt252627282930

сHHсHHHсHHHHHHHHHсHHHHHHHHHHсс

22311789332326Uo539112181525510218130550955569158870951751333727l»1171138U76106

11*96106969125116911*321*63051*1*05321*202662936191007ll»2l*2l*272728321529753283279l*21*781939161*28226855361*27625

51797269 61*81*1*891*995322092383191*7571*621*829320381*76661*1+81*1*01*5130l*11366715661876607552519380586

2971*3531935226158889591*66355231702601*281081*121*1107278058871*681l»7569376775061*91*3831*51381*1*133U6

161*11013810527711*91*1*5982766o12612311*92223753713973081*3237936527027981*971*61*1*71

110710071071812201*3532932l»l*28835736231*0678755893105217771881*1867155620l*62121180715!*2161*7583562301*2531*15

561*115285072162167671*93723683201+9

1*

9871*1*55052137987386856295691*02182798158221*359997l*25031*27673

1*7266850l*1*151*31105

1*

101798069269022l*305661152311*11*111*7900789900117

1*

1081103067l*581*5631*181*811*895001*1б

OCTOBER

1231*567891011121311*1516171819202122232U25262728293031

сс.ссHHсDHHHHHсHHHHHHHKссHHHHссс

8061*6o57728512596821091U51732252823093l*53593373633183771»2518612l*1073988261*251

1*6531*931531l*3971*71*67150853859l*69181*1123611*1*61823172819731625179715302086156711006821*572227270126269257

1*0171l*122236823556

11*131*138129223l*1+520191551*631*5200588355255183916799075901*21529681*7U89l*1982683

21*8357758803

118161651851659»*83115172009122957081l*680755786831116212958251*301931771102103521*18610619

576185595853735852

181*1681691781821751831851812392333231*102051095821*87

11*2333

3l»53321*8231*63252963892993399398008351005966105591310198751196112117511»»7911936oi*21*8133615370

11*1*157

1*178321б9359333317112831*93763711*1011*9176юзб7325692616851*36371172918511>*81*8605U1667815912101*21121961

25852610801023122662771*1*6706371567230821*101697637926778968887117215бО131681*3711*322181*893391*71572801912

1231*

56789101112131l*1516171819202122232l*

25262728

2930

КHсHссHсссHссHсHсHсHHсHсссH

i ZHH

361*8258191*21151812232781*281*071*2735630626823017010220527121219618115618711*6568253

2862161б99l»118260619938131711*21*200U21281832171*51б0115151*1*0101*5690876131515311l* 1*011769919867U3300396266

3151*181*356163821*1*63081*023821*776271*22326821*12726165118891*1*1*17l»21*222286183515209699906539361*1*5

6809031*3750618128611*2811*31182l*70027529737072686987971071*88963385163797551*71*78110666751*62500533

2336196123117618016916923l*21722720819718722623110012315211911612611*1*1921261*165U9

1761бО138787723398292б98587l»10961127986102810321057111*6136871552l*71*18568578128731035717225302257

35l*1*235166981*1*31*321*31*5311*1*251871198239813536828163221*5877929731528586U1029175213»*3181*770U1159673

7638821*91603219381»

21*651879165169U3UO38050l*10361203926875109

1*

10l*l*31*86921*259l*168610l*01169896553681*922

DECEMBER

1231*56789101112131l*1516171819202122232l*25262728293031

ccccccHcccccHHcccccccHHcHHcccHH

12211776

11*1161227

3153721*867057777191*651*08208117881*71023191*3831691751209162131133

1179190

1*0076785212051613253l*3U201*91*51*681*1*11*02885237213167581*7327110713612030l*60975291*16805551*2361*81061*

27332668391*697861*185862071l*263293535793

231*9291225391111505981*91280711926656183375l*21017678562775721

7276119?71б22201*8195511738521199111*7755idoí*15213267U21681*19517880398681101*175U

1171»131*599U1*5051* 11*691*821132

101711

15615711*1*196261*252296M 51*551*5032832220885786511163U7566125116785736108120

11270бз78986175910761382173620672868271*82б122Ql*019Ю130057238331*81051052235336505506221*38SW259592860

1*5831l*821958111*39991082780100630332561*8855226531*03351*611*185281371116192315808689001*355831079765650798993

960789101*528732531*202911*1811031283107511662505186133190126161l*61*3123555»*83011*691189135711*69116553861350l*

•10711932

ROYAL OBSERVATORY ANNALS

No. ï. Nutation, 1900-1959. Prepared by H.M. Nautical Almanac Office

No. 2. Studies of the Globular Cluster a» CentauriI. Catalogue of Magnitudes and Proper Motions ,£

No. 3. First Greenwich Catalogue of Stars for 1950-0 j£3-8o

No. 4. Observations of Stellar Parallax, Volume III j£2'5°

No. 5. Catalogue of Stars within twenty-five parsecs of the Sun (Sir Richard ^44°Woolley, Elizabeth A. Epps, Margaret J. Penston, and Susan B. PococK)

No. 6. Photoheliographic Results 1962, 1963 and 1964 £2-20

N0.7. Photometric Standard Stars (A. W. J. Cousins) £I-I5

No. 8. Photoheliographic Results 1965 j£°'9o

No. 9. Second Greenwich Catalogue of Stars for 1950-0 (K. C. Blackwell £l'5°and M. E. Buontempd)

Copies may be obtained from Royal Greenwich Observatory, Herstmonraix Castle, Hai Is ham,

liast Sussex NN27 iRP, England.

Prices as above, postage extra.

Documents

1966 Greenwich Photo-Heliographic Results · 2012-09-05 · the Greenwich Photo-Heliographie Results for 1909. It is necessary to apply this correction to about twenty per cent of