53B09NWeei2 S3B09NW0e22 SKINNER LAKE 010

GEOPHYSICAL REPORT OF AN ELECTROMAGNETIC SURVEY

OPAPIMISKAN NORTH GROUP

PATRICIA MINING DIVISION

DISTRICT OF KENORA

NTS: 53-B-9

Mti 9

E.K. Berrer, M.Se.Staff GeophysicistCanadian Nickel Company LimitedCopper Cliff, OntarioApril, 1983

GEOPHYSICAL REPORT OF AN ELECTROMAGNETIC SURVEY

OPAPIMISKAN NORTH CROUP

PATRICIA MINJN'C DIVISION

DISTRICT OF KENORA

NTS: 53-R-9

INTRODUCTION

An exploration program consisting of magnetometer and 11LEM surveys was carried out over the property during the summer of 1981 and winter of 1982.

A report (Gercghty, G.J.) covering the magnetic survey was submitted for assessment credits in 1982.

LOCATION1 AK'D ACCESS (Fig. l)

The claim block is located in the Area of Skinner Lake, Patricia Mining Division, District of Kenora, about 130 km north of Pickle Lake, Ontario. The property lies immediately north of Opapimiskan Lake and

J east of North Caribou Lake.

Access to the property is by float plane or helicopter from Pickle Lake. A winter road branches off from Highway 808, about 100 km north of Pickle Lake, and crosses Neawagank Lake en route to Zeemel Lake which is located about 10 km sou l: h of the Canico claims.

PROPERTY

This report covers the electromagnetic survey of the following group of seven claims. (Fig. 2)

PA 588086 to 588088 PA 588091 - 92 PA 588095 -96

Details of location and geological information are described in a r.c-parate assortment report on these claims.

Cr idd i ng

The survey baseline was established with an azimuth of 340O at an arbitrary point determined to be AOtOOE. Two tie lines, 28*OOE and 52-iOOE,

- 2 -

were also cut together with several local off-set base lines which were necessary to maintain grid control. Cross lines were cut at 100 m intervals and this grid system was established over the whole block; pickets were chained in at 25 m stations along the cross lines.

The area underlain by the claims is low lying with a fair portion covered by muskeg swamps or lakes. Outcrop coincides with the topographic highs although in some areas the high ground consists only of glacial boulder debris. Much of the tree cover was burned over about 8(?) years ago and this factor aided access and the locating of outcrops.

PREVIOUS EXPLORATION

The property forms part of a much larger area which was examined between 1961 and 1963 by Canadian Nickel Company Limited. This regional exploration program consisted of an airborne mag and EM survey with subsequent ground follow-up surveys and diamond drilling of EM conductors.

To the south of the property, adjacent to Opapimiskan Lake, the Musselwhite brothers discovered a number of gold showings c. 1973. Recent follow-up work in this area by Dome Mines, in a Joint Venture with Canico, Esso Minerals, and Lacana, has outlined gold mineralization in two zones. The main deposit is reported (Globe and Mail, 27/2/81) to contain about l million tons at 0.20 oz/ton gold in a folded iron format i on.

GEOPHYSICAL SURVEY

A report (Gereghty, 1982) covering the magnetometer survey carried out over the property was submitted earlier to the Ontario Ministry of Natural Resources for assessment credits. This geophysical survey was performed during the period from March 20 to March 23, 1982.

General

The horizontal Ipop system will indicate the presence of conductive materials in the ground such as sulfides, graphite or fractured zones. Eddy currents are produced if such an electric conductor is positioned in the electromagnetic field sent out by a transmitter. These eddy currents in the conductor produce a new electromagnetic field that is then super imposed on the primary field. The difference to the primary field is measured with a receiver. With this the in-phase and out-of-phasc com ponents of the secondary field are measured as percent of the primary field. When plotted as a profile the location of a conductor is indicated by a negative deflection flanked by two smaller positive deflections. The ratio of the in-phase to the out-of-phase values to the peak of the anomaly will give a measure of the quality of the conductor.

- 3 -

lnst rument

A Max Min 11 horizontal loop electromagnetic unit was used - built by Apex Pnrametrics Ltd. of Toronto. The specifications given by the manufacturer are attached to this report. The system was used in the horizontal coplnnar configuration.

Survey Procedure

The survey was conducted with a receiver coil separation of 100 metres. Readings were taken at P5 metre intervals along the cut and chained lines at a frequency of 888 Hz for in-phase and out-of-phase.

Plot t ing (Tig. 3 and 4)

The values of the in-phase and out-of-phase readings were plotted showing the surveyed lines on a plan at a scale of 1:2500. The readings are marked halfway between the receiver and transmitter locations. The location of the conductor axis is presented as a heavy solid or broken line depending on the conductor classification. A priority was assigned to each conductor. This will allow an easier recognition of the conductor quality with "l" being the highest priority.

) Results

Several conductors were found to strike from north to south through the area covered by the group of claims. Their priority rating ranges from high to low. Iheir ratio of in-phase to out-of-phase however is mainly high indicating that the conductors are also in most cases of good quality but being quite narrow. The strongest conductor was located near the west side of the claim group. Their association with magnetic anomalies indicates that they are caused by sulfides or magnetite in a sedimentary environment. (See previous assessment report submitted in June, 1982.)

Cone lusions

A number of conductors were located, caused generally by a narrow zone of conductive and magnetic material, with very little structural folding apparent.

Statistics

Lines covered 8.4 km Readings taken 336

JP/KKIi/cb April 11, 1983

E.K. Dcrrer, M.Se. Stnff Geophysicist

CALICO CLAIM

Bo! mer town

i RED LAKE GENERAL LOCATION MAP CANICO CLAIM BLOCK

(Opopimiskon North Group)PATRICIA MINING DIVISION , DISTRICT OF KENORA

NTS 53/B

J l/Scale l'. 1,600,000

53B89NWaei2 53B09NWee22 SKINNER LAKE 900

PA

,QZL

PAR/MV1ETRICS UIVIITEtDVOUKLANJO BLVD.

APEX n/lAXIVIIIM H EM SYSTEIV1:

Pro li m i nary Specifications-.

CPL:RATING FREQUENCIES

COIL SEPARATIONS :

MODES OF OPERATION:

PARAMETERS MEASURED :

READOUTS:

SCALE RAKGES:

READING REPEATABILITY:

HX BANDWIDTH {~3uB) :

RX IKTERKAL NOISE:

TX DIPOLE MOI-5EWT:

RX POWER SUPPLY:

TX PGVJER SUPPLY:

REFERENCE CABLE:

WEIGHT OF KX UNIT:

WEIGHT OF TX UNIT:

220, 440, EUiO and 1760 Hz.

200, 300, *500, 600 and 800 feet.

a) Tx coil plane horizontal andRx coil plane horizontal ( Horizontalloop mode ).b) Tx coil plane horizontal and Rx coil plane vertical ( Minimum coupled mode ).

In Phase and Quadrature component of the secondary field.

Automatic direct, "from 3^" type meter.

In Phase 20 ifc normal, 100* by r.v;itch. Quadrature 20?; normal, 100% by sv.'itch. Inclinometers 50%

±h* to l%

0.3 Hz normal, 0.03 Hz by switch

negligible

150 @ 220 Hz, 150 6 140 Hz, 75 @ 800 HK, 38 Q 1760 Hz.

Ten 1.5 V penlight cells, type AA

Three C V lantern batteries in a battery pack. Optionally two 12 V 87ih rechargeable Gel Cells.

Light weight, lov; friction unshieldc-d. Unit supplied with-200, 400 and 600 ft. cables/other lengths optional.

^ /ipprox. 10 ibs.

Approx. 27 Ibs.

APSX

I/Y. '

i.V J ^V X..P/ARA-.lViETFMCS LSIVIITSO ,'L^~l- VOf-KLANj[.i BLVO. WILLC:.',.OALE (TDr-ONJTO: CJI\JTA~V,O.

APEX PARAMETRICS MAXMIN II ELECTROMAGNETIC SYSTEM

This equipment is being built by Apex Parametrics to the specifications set by Mr. J. E. Betz, geophysical consultant. It is intended for all types of conditions, but most importantly to insure a consistently deep searching capability for metallic ore- bodies under such adverse conditions as overlying conductive cover, strong power line and atmospheric noise, and rough terrain. The start of production is planned for the spring of'1974, at a price of about 54,500.

The equipment will be thoroughly field tested under all of the adverse conditions described above and the results will be included in the instruction manual.

This is a two-man portable in-line system in which the receiving coil can be operated in both a maximum and a minimum coupled configuration with the transmitting coil - the underlined words combining to give the equipment its name, MaxMin II. The most common mode of operation is with the transmitting and receiving coils in a maximum coupled horizontal coplanar configuration. This is the well known horizontal loop mode, which measures the'vertical in-phase and out-of-phase components of the anomalous field. There are conducting situations, however, for which the horizontal components of the anomalous field are stronger, 'e.g. deep very wide conductors, and for these the facility of operating the receiving coil with its turns vertical and across the traverse line is provided. In this position, the receiving coil is minimum coupled with the transmitting coil.

Each coil contains an inclinometer, which permits accurate control of its tilt, nnd subsequent elimination of coil-geometry errors. The effective use of the inclinometer is extensively described in the instruction manual.

The range of the in-phase and out-of-phase dual scales is ilOO% and 20% (of primary field). The readout is automatic with a scale resolution of 1/44. The reading repeatability is .J^.

There are four drift-free operating frequencies in ratios of 1:2:4:8 apart. The lowest frequency is below that of any offered to date in this type of equipment. The operator has a choice of five coil spacings, 200, 300, 400, COO and 800 vft.

h cable link (reference cable) is used between transmitter and receiver to yet the clean reference signal necessary to drive the synchronous detectors -- one of the factors in effective power line noise rejection. A light, strong, low-friction, cold-temperature- resistant cable is used. Experiments have shown that 600 feet of 'this cable ir. qui-te easy to pull along picket lines -- easier than shorter lengths of other types of cable in use at present. , '

(continued)

The reference cable doubles as part of a sir.ple-to-opcratc voice co.T-T.up.ication lin); between the transmitter and receiver operators -- an essential factor whenever it is necessary to break the normal operating routine at the large coil spacings required for deep search, It ir also strong enough to assist one operator or the other to negotiate difficult places in the terrain. This advantage is particularly easy to reap with good voice contact between the operators, of this are given in the instruction manual.

Example

Special design considerations have gone into the receiver to give it both sharp tuning and phase stability from -40OC to -f60oC. The sharp tuning combined with the synchronous detectors makes it possible to get repeatabie data very close to major power lines. The phase stability results in no significant mixing of the in-phase and out-of-phase components at any temperature over the operating range.

The system is engineered to have no stray coupling. It is possible for this type of coupling to exist in any poorly designed cable-linked system, and in practice it results in a change in reading with a change in the operators' position and condition (vet-dry) with respect to the coils and the ground. It is essential that no "stray" effects exist if small readings are to be of interpretive significance.

Although the equipment is primarily designed for mineral exploration, it can also be used to determine the resistivity and thickness of conductive overburden. Determining these overburden properties is not necessarily unrelated to mineral exploration, because knowledge of them can lead to the appropriate choice of coil spacing and frequency.

Mr. J3etz has used considerable field and scaled modelling data to determine the optimum combination of frequency and coil spacing for various conditions of conductive overburden, while still striving for a two-man continuously portable system. Both the attenuating effect, and the "geological" noise related to conductive overburden on an irregular bedrock surface, have been taken into account. The types of conductive overburden considered in this study are the varved and silty clays found in the Timmins area of Ontario and in other parts of the Canadian Shield. The resistivity of which is around 30 ohm meters.

In addition to the present study, Mr. Betz has determined from his extensive modelling the best combinations of frequency find coil spacing for massive sulphide detection in areas of extremely conductive overburden, such as in Southwestern Australia. "It is the intention of Apex Parametric*; to develop a three-man continuously portable equipment (the Maxllin DI) to cope v?ith such problem areas.

TV : cd

An

Coppr r Cliff, ('tut at i o

Canadian Nickel Company LimitedName e nd Addreti of Author (of Geo T echnical repoM)

20 03 B2 23 03 82 , ,, . Day J wo j v. j Day j MO i vr j l ^ km

Cul

Credits Requested per Each Claim in Columns a i r ight Mining Claims Traversed (List in numerical sequence)Special Provisions

For first survey:

Enter 40 days. (This includes line cutting)

For each additional turvey: using the tame grid:

Enter 20 days (for each)

Mm Days

Complete reverse side and enter total(s) here

Airborne Credits

Note: Special provisions credits do not apply to Airborne Surveys.

Geophysical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Geochemical

Geophysical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Geochemical

Electromagnetic

Magnetometer

Radiometric

Days per Claim

}

Days per Claim

16

Days per Claim

Expenditures (excludes power stripping)Type of Work Performed

Performed on Claim(s)x

Cak uletion of Expenditure Days Credits

Total Expenditures

S * 15

r.

c

Total )ays Credits

Instructions Total Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected in columns at right.

Date Recorded Holder or Agent (Signature)

April 25, 1983 ^/^^^f^^

Mining CleimPrefix

Pa

- ' j 'r*'

Numb*f

588086

COOrtpT

co a na o

588091588092

588095

588096

-

l

Expend, Days Cr,

fa S 8 8014-

Ml

lA

7

For Office Use OnlyTotal Days Cr. Date Recorded /, Recorded ^ . 1 Q ft ft

//2"" 'i i" i IN mm

. Sate Approved tt Hecorrfeti -L (/jr//.*^Certification Verifying Report of Work

t hereby certify that 1 have a personal or witnessed tame during and/or after

Mmlng CltimPrefix

^ING

Number

2 U 1983

ANDS 5ECT4Cfr^l * fta^ qf ~--^f9f p T"#

^ATRICIA^ MINJNGJJIV

MAM.

8|9|10|

pnimY -^ 1Qfi3

l .J*

ii

Expend. Days Cr.

iw _IT

jl.

M.

Total number of mining claims covered by this -i report of work.

4^MTnlni Hecorc*#r A

^L^,*T^-~5~^m&x-^f^ '* ' r " i/ j- ^- y - — r^and intimate knowledge o' the facts tet forth in the Report of Work annexed hereto, having performed the work its completion and the annexed report is true.

Name and Postal Address of Person Certifying

I. D. McCaskill, c/o Canadian Nickel Company Limited

Copper Cliff, Ontario POM 1NODate Certified

April 25, 1983Certified by (Signature)

i:i62 (81/9)

Assessment Work Breakdown

Man Days are based on eight (B) hour Technical or Line-cutting Joys. Technical days include work performed by consultants, draftsmen, etc..

T y p* of Surwv

Geophysical (Horizontal Loop E.M.)

Technical Days Breakdown

Field Work: (4) 12 hour days x 2 men Drafting: ^ ___,. Cbnsulting'iand.' Report-' Writing

' ((E. K. Berrer)- '. -- ~\ ii-.-ji ; - in] Totai* t ~'' f *~* ~~ ^ t ? .\

~ 1 2 Technical Dayse 2E .1

s 16 Technical Days

.V.A:! ':; ji.i'U..ir; : :.T

Ministry of Natural Resources

GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT

File.

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT

TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.

Type of Survey(s) Geophysical (Horizontal loop E. M.)

Township or Area Area of Skinner Lake (M-2707) 1

Claim Holder(s) Canadian Nickel Company Limited l

Copper Cliff, Ontario POM 1NO

Survey Company Canadian Nickel Co. Limited

Author of Report E. K. Berrer

Address of Author c/Q Canadian Nickpl Company Ltd. Copppr

rovcring Date, of Survey Sopr . 21/81 ro ?e^f ?5?85ariO POM 1 NO(linecutting to office)

Tntfll Milt* nf Line frit 1 2 km

SPECIAL PROVISIONS DAYS CREDITS REQUESTED r.~rhy.;~i *"*™

-Electromagnetic, 16 ,. \ ENTER 40 days (includes

line cutting) for first Magnetometer

survey. Radiometric

ENTER 20 days for each -Other. , ...,.. , - additional survey using r. fn \ng\r*\same grid. ^ ," . ,

Gforhrmiral...,- ,,

AIRBORNE CREDITS (Special proviiion crediti do not apply to airborne iurveyi)

Mfgrr-tomrtrr. . . \f.\er fromagnptir Radiomrtrir(enter dayi per daim)

MINING CLAIMS TRAVERSED List numerically

Pa 588086(prefix) (number)

.P3..588087..............................................

Pa 588088

Ea..5.aaQ92................................. t ............

Ea..5a8Q95.................................f............

.Ea-SSSOaG..............................................

nATR- June 3, 1983 SIGNATURE:.Author of Report or Afent

Res. Geol.. .Qualifications.

Previous Surveys File No. Type Date Claim Holder

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To: Geophysics

Comment!

7

Q] With to x* again with corrtctlontSl

To: Geology - Expenditures

Cotimontt

Approved [ ) With to t** again with correction*Signatura

To: Geochemistry

Comments

\7~~7

Oat* Signature[~] Approved [^] W lfh to f** again with corrections

To: Mining Lands Section, Room 6462, Whitney Block. {Tel: 5-1380)

1593 (81/10)

Copper Cull * Ontario POM 1NO

nmo

REGISTERED MAIL

Mr. F.W. Matthews Supervisor, Projects Section Ministry of Natural Resources Whitney Block, Queen's Park Toronto, Ontario M7A 1X1

RECEIVED.'UN 9 TO

MINING LANDS SECTION

Dear Mr. Matthews:

Enclosed are geological, geophysical (HLEM) and expenditure reports in duplicate, being submitted as assessment work on the following claims located in the Area of Skinner Lake (M-2707) Patricia Mining Division.

Pa 588074Pa 588091Pa 605212Pa 605228Pa 605245Pa 606001Pa 606038Pa 606781Pa 606788Pa 606807Pa 606856Pa 606892Pa 606897Pa 606902Pa 606951

- 089 incl.- 096- 215- 233- 251- 005- 085- 786- 790- 832- 889- 894- 900- 934- 981

ititiiiiit tiiMiiiittHitH

The work reports cove, ng this submission were forwarded to Mr. Albert Hanson in Sioux Lookout on Aj,*.. 26, 1983.

I trust that these reports will be considered satisfactory by your department.

Youis

IM/cbEiptoration •ublWury ol

INCO LIMITED

1983 06 17 2.5612

Mr. Albert HansonMining RecorderMinistry of Natural ResourcesP.O. Box 669Sioux Lookout, OntarioPOV 2TO

Dear Sir:

We have received reports and maps for a Geophysical (Electromagnetic) survey submitted under Special Provisions (Credit lor Performance and Coverage) on nlrilng claims EA 588086 et al 1n the Arta of Skinner Ukt.***

This material will be examined and assessed and a statement of assessment work credits will be Issued.

We do not have a copy of the report of work which Is nonoally filed with you prior to the submission of this technical data. Please forward a copy as soon as possible.

Yours very truly,

E.F. AndersonDirectorLand Management Branch

Whitney Block, Room 6450Queen's ParkToronto, OntarioM7A 1W3Phone: (416) 965-1380

A. Barr:mccc: Canadian Nickel Company Limited

Copper Cliff, Ontario POM lNO

Attention: Mr. E.K. Berrer

Copper Clift * Ontario POM 1NO

October 7, 1983

Mr. F.W. Matthews Supervisor, Projects Section Ministry of Natural Resources Whitney Block, Room 6450 Queen's Park Toronto, Ontario M7A 1W3

Dear Mr. Matthews:

Re: File 2.5612 (Geophysical (HLEM) Survey -Area of Skinner Lake)

Enclosed are the HLEM survey plans with profiles as requested.

Yours t*uly,

OCT l 4 Jsg3

Eiptoxtion subsidiary ol

INCO LIMITED

September 15, 1983 2.5512

Canadian Nickel Company Limited Copper Cliff, Ontario POM lNO

Attention: W.V. Rodney

Dear Sir:

RE: Geophysical (Electromagnetic) Survey on , Mining Claims^ 588074 et al 1n the area of Skinner Lake

Enclosed are the two plans (In duplicate) for the above-mentioned survey.

Please profile each plan and return them to this office quoting file 2.5612.

For further 1nforaat1on, please contact Mr. F.W. Matthews at (416)965-1380.

Yours very truly,

E.F. Anderson -DirectorLand Management Branch

Whitney Block, Room 6450 Queen's Park Toronto, Ontario M7A 1W3 Phone:(416)965-1380

S. Hurst:mc

Encl.

cc: Mining RecorderSioux Lookout, Ontario

r o m

Canadian Nickel Company LimitedCopper Cliff. Ontario POM l NO

EQUIPMENT TRANSFER

Order No, Ordered On Required By;

No.

yItem

Date OrderedDate ShippedShiped From . 't. . ,.

Contents

TUN-*

/g 3

MINING LANDS SFCHQN

DispatchedWhite copy - Field OfficePink copy - ShipperBlue copy - Consignee - initial and returh to shipperGreen copy - Packing Slip

(X")

3fj/

N FORMATION

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OPAPIMISKAN NORTH CLAIM BLOC

PA : i PA 'PA .PA

606886! 606934 . 6069291 606950

---h--— l———* l PA IPA

606884 6Op922 | 606927. 606C76606909 11606904 6068991

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l 606920 606925 l 60

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606862 . 606856 l 6OJ604Z l 6060481 6066068601 60687*1 fe06B68

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606860 ' 605214! 60|040 i 606046 60' 406058 i 606064 606069

606859 605213 . 6CK039 h60*045 , 60

51 j*P**gJ| '9s*

GENERAL LOCATION MAP OPAPIMISKAN NORTH GRID CLAIM BLOCK4D697? 606978 : 606979 . 6069|i , 6O698I

J - I l J ,- l6O663I 1606831 , 6GK829 ' 608828 6

PATRICIA M INING DIVISION, DISTRICT OF KENORA ONTARIO NTS 53

6(662S l 606822 l 601 ill ' 406971 ^606972 606973 l *069H if606976SCALE l : 250,000

543210 5

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Claims Covered by HLEM

Thurstolf Boy

Canadian Nickel Company Limited Copper Cliff , Ontario POM l NO

PROPERTY MAP

QMPIWISKAII Project OPAPIMISKAN NORTH GRID Area: PATRICIA MINING DIVISION -

Drawn by'. RMK

53B89NWM12 53B09NWW22 SKINtCR LAKE

601886 606924 , 606929 606630608919 A 6069(5 , 6O69II

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60fc7ii3 606002 ' 606C0 1 6C*OO4 6P6CIO5 158

588O93 5680B4 ^98085606951 ' 568089

f86O96 ' 583095 58809*

OPAPIMISKAN

LAKE

OPAPIMISKAN NORTHCLAIMBLOCK

GENERAL LOCATION MAP OPAPIMISKAN NORTH GRID CLAIM BLOCK

PATRICIA MINING DIVISION, D ISTRICT OF KENORA ONTARIO NTS 5 3 B/9W

scAie? i i c

2 t)U, OUC

H LE M Coverage

l: 2500 Scale Sheet Layout

53810SCALE

1000 BOO 6OO 400 2OO O 1000 2000 M tin*

J.Canadian Nickel Company Limited Copper C liff , On'ano

POM 'NO

SHEET INDEX MAP

OPAPIMISKAN NORTH GRID

Super i/isor J Per ' y

Compned Dy RMK

Scale l : 31 .680

SHEET FIGURE

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