9
1 SUMMARY 1 SNR 0102-72.3 1 Summary Common Name: 1E 0102.2-7219 Distance: 60 kpc (distance to SMC, Westerlund(1990) ) Center of X-ray emission (J2000): ( 01 04 02.0, -72 01 52.7 ) X-ray size: 46”x42” Description: 1.1 Summary of Chandra Observations Sequence Obs ID Instrument Exposure uf Exposure f Date Observed Aimpoint (J2000) (ks) (ks) (α, δ) 580373 1423 ACIS-56789 21.6 14.6 1999-11-01 ( 01 04 02.4, -72 01 55.3 ) Exposure uf Exposure time of un-filtered event file Exposure f Exposure time of filtered event file The whole remnant is covered by chip ACIS-S3(CCD ID=7) 1.2 Chandra Counts and Fluxes Region Energy Range Signal Rate F abs X F X L X (keV) (counts) (counts s 1 ) (ergs cm 2 s 1 ) (ergs cm 2 s 1 ) (ergs s 1 ) total 0.3 - 10.0 1.394e+05 9.542e+00 2.44e-11 5.90e-11 2.53e+37 ( 1423 ) 0.3 - 2.1 1.386e+05 9.489e+00 2.39e-11 5.84e-11 2.51e+37 2.1 - 10. 8.244e+02 5.643e-02 5.55e-13 5.76e-13 2.47e+35 N H = 0.16 (10 22 cm 2 ) Assumed distance: 60 kpc (distance to SMC, Westerlund(1990) ) nH was derived with two thermal plasma model 1 SUMMARY 2 1.3 Nearby Sources Obs ID Position (J2000) Size Net Count Count rate Note 1423 ( 01 00 00.3, -71 56 13.3 ) 17.7” 751.0 3.47e-02 ( 01 02 19.6, -72 00 50.4 ) 11.1” 43.0 1.99e-03 ( 01 02 48.8, -71 57 59.7 ) 11.4” 44.1 2.04e-03 ( 01 02 58.4, -72 03 01.1 ) 6.1” 33.1 1.53e-03 ( 01 02 58.4, -72 03 47.5 ) 6.8” 88.3 4.08e-03 ( 01 03 35.8, -72 03 21.9 ) 2.4” 43.1 1.99e-03 ( 01 03 37.4, -72 01 32.9 ) 2.2” 742.0 3.43e-02 ( 01 03 37.4, -72 02 14.9 ) 2.0” 14.9 6.89e-04 ( 01 04 15.7, -72 00 04.0 ) 2.0” 20.0 9.25e-04 ( 01 04 27.3, -71 59 17.9 ) 2.4” 52.8 2.44e-03 ( 01 04 37.4, -72 06 31.0 ) 5.9” 29.9 1.38e-03 ( 01 04 38.5, -72 05 36.2 ) 2.1” 27.9 1.29e-03 ( 01 04 59.5, -71 59 48.1 ) 3.4” 29.6 1.37e-03 ( 01 05 39.9, -72 07 27.0 ) 9.8” 49.0 2.27e-03 ( 01 05 55.2, -72 03 50.9 ) 8.2” 95.8 4.43e-03 ( 01 06 02.1, -72 07 14.5 ) 7.9” 23.5 1.09e-03 ( 01 06 16.0, -72 05 29.7 ) 42.1” 677.0 3.13e-02 (note) 1. This nearby source list is incomplete. All the above sources are originally from the "src2.fits" file which is distributed with standard chandra processing. Only sources with significant count rate and which are clear to visual inspection are included. 2. The size given above is the size of the region used in detecting that source. 3. For each source, background was subtracted from annular region around the source. 1.4 References Amy & Ball, 1993 ApJ, 411, 761 : ATCA Westerlund, 1990 A&ARv, 2, 29 : Distance to SMC

SNRhea- · 1.2 Chandra Counts and Fluxes Re gion Ener gy Range Signal Rate F abs X F X L X (k eV) (counts) (counts s 1) (er gs cm 2 s 1) (er gs cm 2 s 1) (er gs s 1) total 0.3-10.0

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Page 1: SNRhea- · 1.2 Chandra Counts and Fluxes Re gion Ener gy Range Signal Rate F abs X F X L X (k eV) (counts) (counts s 1) (er gs cm 2 s 1) (er gs cm 2 s 1) (er gs s 1) total 0.3-10.0

1SU

MM

AR

Y1

SNR

0102

-72.

3

1Su

mm

ary

Com

mon

Nam

e:1E

0102

.2-7

219

Dis

tanc

e:60

kpc

(dis

tanc

eto

SM

C,W

este

rlun

d(19

90)

)

Cen

ter

ofX

-ray

emis

sion

(J20

00):

(01

0402

.0,-

7201

52.7

)

X-r

aysi

ze:

46”x

42”

Des

crip

tion:

1.1

Sum

mar

yof

Cha

ndra

Obs

erva

tion

s

Seq

uenc

eO

bsID

Inst

rum

ent

Exp

osur

e uf

Exp

osur

e fD

ate

Obs

erve

dA

impo

int(

J200

0)(k

s)(k

s)(α

,δ)

5803

7314

23A

CIS

-567

8921

.614

.619

99-1

1-01

(01

0402

.4,-

7201

55.3

)

Exp

osur

e uf

� Exp

osur

etim

eof

un-fi

ltere

dev

entfi

leE

xpos

ure f

� Exp

osur

etim

eof

filte

red

even

tfile

The

who

lere

mna

ntis

cove

red

bych

ipA

CIS

-S3(

CC

DID

=7)

1.2

Cha

ndra

Cou

nts

and

Flu

xes

Reg

ion

Ene

rgy

Ran

geS

igna

lR

ate

Fab

sX

FX

LX

(keV

)(c

ount

s)(c

ount

ss

� 1 )(e

rgs

cm

� 2s

� 1 )(e

rgs

cm

� 2s

� 1 )(e

rgs

s

� 1 )

tota

l0.

3-

10.0

1.39

4e+

059.

542e

+00

2.44

e-11

5.90

e-11

2.53

e+37

(14

23)

0.3

-2.

11.

386e

+05

9.48

9e+

002.

39e-

115.

84e-

112.

51e+

372.

1-

10.

8.24

4e+

025.

643e

-02

5.55

e-13

5.76

e-13

2.47

e+35

NH

=0.

16(1

022cm

� 2)

Ass

umed

dist

ance

:60

kpc

(dis

tanc

eto

SM

C,W

este

rlun

d(19

90)

)

nHw

asde

rive

dw

ithtw

oth

erm

alpl

asm

am

odel

1SU

MM

AR

Y2

1.3

Nea

rby

Sour

ces

Obs

IDP

ositi

on(J

2000

)S

ize

Net

Cou

ntC

ount

rate

Not

e

1423

(01

0000

.3,-

7156

13.3

)

� 17.7

”75

1.0

3.47

e-02

(01

0219

.6,-

7200

50.4

)

� 11.1

”43

.01.

99e-

03(

0102

48.8

,-71

5759

.7)

� 11.4

”44

.12.

04e-

03(

0102

58.4

,-72

0301

.1)

� 6.1”

33.1

1.53

e-03

(01

0258

.4,-

7203

47.5

)

� 6.8”

88.3

4.08

e-03

(01

0335

.8,-

7203

21.9

)

� 2.4”

43.1

1.99

e-03

(01

0337

.4,-

7201

32.9

)

� 2.2”

742.

03.

43e-

02(

0103

37.4

,-72

0214

.9)

� 2.0”

14.9

6.89

e-04

(01

0415

.7,-

7200

04.0

)

� 2.0”

20.0

9.25

e-04

(01

0427

.3,-

7159

17.9

)

� 2.4”

52.8

2.44

e-03

(01

0437

.4,-

7206

31.0

)

� 5.9”

29.9

1.38

e-03

(01

0438

.5,-

7205

36.2

)

� 2.1”

27.9

1.29

e-03

(01

0459

.5,-

7159

48.1

)� 3.

4”29

.61.

37e-

03(

0105

39.9

,-72

0727

.0)

� 9.8”

49.0

2.27

e-03

(01

0555

.2,-

7203

50.9

)

� 8.2”

95.8

4.43

e-03

(01

0602

.1,-

7207

14.5

)

� 7.9”

23.5

1.09

e-03

(01

0616

.0,-

7205

29.7

)

� 42.1

”67

7.0

3.13

e-02

(note)

1.This

nearby

source

list

isincomplete.

All

the

above

sources

are

originally

from

the

"src2.fits"

file

which

isdistributed

with

standard

chandra

processing.

Only

sources

with

significant

count

rate

and

which

are

clear

tovisual

inspection

are

included.

2.The

size

given

above

isthe

size

ofthe

region

used

indetecting

that

source.

3.For

each

source,

background

was

subtracted

from

annular

region

around

the

source.

1.4

Ref

eren

ces

Am

y&

Bal

l,19

93A

pJ,4

11,7

61:

AT

CA

Wes

terl

und,

1990

A&

AR

v,2,

29:

Dis

tanc

eto

SM

C

Page 2: SNRhea- · 1.2 Chandra Counts and Fluxes Re gion Ener gy Range Signal Rate F abs X F X L X (k eV) (counts) (counts s 1) (er gs cm 2 s 1) (er gs cm 2 s 1) (er gs s 1) total 0.3-10.0

2FI

TD

ETA

IL3

2F

itD

etai

l

See

spec

trum

page

for

used

regi

ons.

2.1

Tota

l:

Two

ther

mal

plas

ma

mod

elw

asus

ed.

Abu

ndac

esw

ere

set

to1

exce

ptO

,Ne,

Si,

Fe

whi

chw

ere

thaw

edan

dlin

ked

betw

een

two

mod

el.

sour

ce=

(xsw

abs

*(x

svap

ec+

xsva

pec)

)re

duce

dχ2

=37

.137

6nh

=0.1616

10ˆ22/cmˆ2

3C

HA

ND

RA

IMA

GE

S:B

AN

DIM

AG

ES

4

3C

hand

raIm

ages

:B

and

Imag

es

Lef

t:ra

wim

age,

binn

edby

1x1

pixe

l

Rig

ht:

gaus

sian

smoo

thed

vers

ion

ofab

ove

=2

pixe

l)

3.1

Wid

eB

and

Imag

es

Tot

al:

300-

1000

0eV

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

30

0−

10

00

0_

FL

UX

ED

.fits

_0

05

e−

06

1e

−0

51

.5e

−0

52

e−

05

(counts/sec/cm^2)

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

30

0−

10

00

0_

FL

UX

ED

_G

2.fits

_0

02

e−

06

4e

−0

66

e−

06

8e

−0

61

e−

05

(counts/sec/cm^2)

Soft

Ban

d:

300-

2100

eV

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

30

0−

21

00

_F

LU

XE

D.f

its_

0

05

e−

06

1e

−0

51

.5e

−0

52

e−

05

(counts/sec/cm^2)

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

30

0−

21

00

_F

LU

XE

D_

G2

.fits

_0

02

e−

06

4e

−0

66

e−

06

8e

−0

61

e−

05

(counts/sec/cm^2)

Page 3: SNRhea- · 1.2 Chandra Counts and Fluxes Re gion Ener gy Range Signal Rate F abs X F X L X (k eV) (counts) (counts s 1) (er gs cm 2 s 1) (er gs cm 2 s 1) (er gs s 1) total 0.3-10.0

3C

HA

ND

RA

IMA

GE

S:B

AN

DIM

AG

ES

5

Har

dB

and

:21

00-1

0000

eV

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

21

00

−1

00

00

_F

LU

XE

D.f

its_

0

02

e−

07

4e

−0

76

e−

07

(counts/sec/cm^2)

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

21

00

−1

00

00

_F

LU

XE

D_

G2

.fits

_0

05

e−

08

1e

−0

71

.5e

−0

72

e−

07

(counts/sec/cm^2)

3.2

Ban

dim

ages

used

intr

ueco

lor

imag

e.

Red

:30

0-62

0eV

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

30

0−

62

0_

FL

UX

ED

.fits

_0

02

e−

06

4e

−0

66

e−

06

8e

−0

61

e−

05

(counts/sec/cm^2)

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

30

0−

62

0_

FL

UX

ED

_G

2.fits

_0

01

e−

06

2e

−0

63

e−

06

4e

−0

65

e−

06

(counts/sec/cm^2)

3C

HA

ND

RA

IMA

GE

S:B

AN

DIM

AG

ES

6

Gre

en:

620-

830

eV

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

62

0−

83

0_

FL

UX

ED

.fits

_0

02

e−

06

4e

−0

66

e−

06

(counts/sec/cm^2)

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

62

0−

83

0_

FL

UX

ED

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2.fits

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01

e−

06

2e

−0

63

e−

06

(counts/sec/cm^2)

Blu

e:

830-

1000

0eV

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

83

0−

10

00

0_

FL

UX

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02

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06

4e

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66

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06

(counts/sec/cm^2)

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

83

0−

10

00

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FL

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ED

_G

2.fits

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01

e−

06

2e

−0

63

e−

06

(counts/sec/cm^2)

Page 4: SNRhea- · 1.2 Chandra Counts and Fluxes Re gion Ener gy Range Signal Rate F abs X F X L X (k eV) (counts) (counts s 1) (er gs cm 2 s 1) (er gs cm 2 s 1) (er gs s 1) total 0.3-10.0

3C

HA

ND

RA

IMA

GE

S:B

AN

DIM

AG

ES

7

3.3

Mis

c.

:30

0-48

0eV

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

30

0−

48

0_

FL

UX

ED

.fits

_0

01

e−

06

2e

−0

63

e−

06

4e

−0

6 (counts/sec/cm^2)

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

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30

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0

05

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6 (counts/sec/cm^2)

:48

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0eV

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

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RA (degree)

DEC (degree)

aci

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48

0−

62

0_

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06

4e

−0

66

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8e

−0

6 (counts/sec/cm^2)

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

48

0−

62

0_

FL

UX

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2.fits

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01

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2e

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63

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06

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6 (counts/sec/cm^2)

3C

HA

ND

RA

IMA

GE

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AN

DIM

AG

ES

8

:62

0-74

0eV

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

62

0−

74

0_

FL

UX

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02

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06

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−0

6 (counts/sec/cm^2)

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

2:0

0

−7

2:0

1:4

5

−7

2:0

1:3

0

RA (degree)

DEC (degree)

aci

s_E

62

0−

74

0_

FL

UX

ED

_G

2.fits

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01

e−

06

2e

−0

63

e−

06

(counts/sec/cm^2)

:74

0-83

0eV

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

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RA (degree)

DEC (degree)

aci

s_E

74

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83

0_

FL

UX

ED

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_0

05

e−

07

1e

−0

61

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−0

62

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(counts/sec/cm^2)

1h03m56s

1h04m00s

1h04m04s

1h04m08s

−7

2:0

2:1

5

−7

2:0

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−7

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−7

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RA (degree)

DEC (degree)

aci

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74

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7 (counts/sec/cm^2)

Page 5: SNRhea- · 1.2 Chandra Counts and Fluxes Re gion Ener gy Range Signal Rate F abs X F X L X (k eV) (counts) (counts s 1) (er gs cm 2 s 1) (er gs cm 2 s 1) (er gs s 1) total 0.3-10.0

3C

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RA (degree)

DEC (degree)

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83

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1h04m00s

1h04m04s

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1h03m56s

1h04m00s

1h04m04s

1h04m08s

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RA (degree)

DEC (degree)

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DEC (degree)

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98

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RA (degree)

DEC (degree)

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30

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62

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1h04m00s

1h04m04s

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5

−7

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DEC (degree)

aci

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62

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62

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1h04m00s

1h04m04s

1h04m08s

−7

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RA (degree)

DEC (degree)

aci

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83

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Page 6: SNRhea- · 1.2 Chandra Counts and Fluxes Re gion Ener gy Range Signal Rate F abs X F X L X (k eV) (counts) (counts s 1) (er gs cm 2 s 1) (er gs cm 2 s 1) (er gs s 1) total 0.3-10.0

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Page 7: SNRhea- · 1.2 Chandra Counts and Fluxes Re gion Ener gy Range Signal Rate F abs X F X L X (k eV) (counts) (counts s 1) (er gs cm 2 s 1) (er gs cm 2 s 1) (er gs s 1) total 0.3-10.0

6C

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Page 8: SNRhea- · 1.2 Chandra Counts and Fluxes Re gion Ener gy Range Signal Rate F abs X F X L X (k eV) (counts) (counts s 1) (er gs cm 2 s 1) (er gs cm 2 s 1) (er gs s 1) total 0.3-10.0

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Page 9: SNRhea- · 1.2 Chandra Counts and Fluxes Re gion Ener gy Range Signal Rate F abs X F X L X (k eV) (counts) (counts s 1) (er gs cm 2 s 1) (er gs cm 2 s 1) (er gs s 1) total 0.3-10.0

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