1SU

MM

AR

Y1

G01

1.2-

00.3

1Su

mm

ary

�

Dis

tanc

e:5

kpc

(G

reen

etal

.,19

88)

�

Pos

ition

ofC

entr

alS

ourc

e(J

2000

):(

1811

29.2

,-19

2526

.4)

�

X-r

aysi

ze:

4.5’

x4.4

’

�

Des

crip

tion:

Cir

cula

rou

ter

shel

lwith

cent

rals

ourc

e

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)

5000

7678

0A

CIS

-235

678

21.1

19.4

2000

-08-

06(

1811

29.4

,-19

2525

.0)

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

9.27

2e+

044.

791e

+00

3.26

e-11

3.98

e-09

1.19

e+37

(78

0)

0.3

-2.

17.

100e

+04

3.66

9e+

001.

47e-

113.

95e-

091.

18e+

372.

1-

10.

2.20

2e+

041.

138e

+00

1.80

e-11

3.00

e-11

8.94

e+34

�

NH

=3.

14(1

022cm

� 2)

�

Ass

umed

dist

ance

:5

kpc

(G

reen

etal

.,19

88)

�

nHw

asde

rive

dw

ithtw

oth

erm

alpl

asm

am

odel

+po

wer

law

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

780

(18

1032

.9,-

1917

53.3

)

� 35.0

”11

4.0

5.40

e-03

(18

1049

.2,-

1931

25.0

)

� 16.3

”26

.21.

24e-

03(

1810

56.9

,-19

3400

.7)

� 15.7

”63

.43.

00e-

03(

1810

59.6

,-19

2233

.7)

� 8.7”

27.2

1.29

e-03

(18

1113

.6,-

1933

42.0

)

� 9.0”

267.

01.

26e-

02(

1811

17.1

,-19

2223

.1)

� 5.9”

17.6

8.34

e-04

(18

1119

.2,-

1926

33.1

)

� 5.9”

97.2

4.60

e-03

(18

1119

.3,-

1929

36.1

)

� 5.9”

16.6

7.86

e-04

(18

1138

.6,-

1924

26.0

)

� 5.6”

59.3

2.81

e-03

(18

1140

.6,-

1921

54.6

)

� 4.6”

53.2

2.52

e-03

(18

1141

.9,-

1928

15.4

)

� 2.3”

41.3

1.96

e-03

(18

1142

.1,-

1919

41.0

)

� 8.8”

55.8

2.64

e-03

(18

1142

.4,-

1918

42.9

)

� 12.6

”25

.91.

23e-

03

(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

�

Gre

enet

al.,

1988

MN

RA

S,2

31,7

35:

VL

Aat

1.4

and

5G

Hz

�

Vas

isht

etal

.,19

96A

pJ,4

56L

,59

:A

SC

A

2FI

TD

ETA

IL3

2F

itD

etai

l

�

See

spec

trum

page

for

used

regi

ons.

2.1

Tota

l:

�

Two

ther

mal

plsa

ma

mod

elan

dpo

wer

law

�

Ele

men

tala

bund

ace

ofO

,Ne,

Mg,

Fe

wer

eth

awed

.

�

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ived

nHis

muc

hhi

gher

than

Vas

isht

etal

.(19

96)

(1.3

8,2.

19).

�

Fitt

ing

the

cent

rals

ourc

ew

ithpo

wer

law

give

snH

=1.

7,se

ebe

low

.

sour

ce=

(xsw

abs

*((

xsva

pec

+xs

vape

c)+

pow

law

1d))

redu

ced

χ2=

5.58

621

nh=3.1445

10ˆ22/cmˆ2

2.2

Cen

tral

Sour

ce:

�

cent

rals

ourc

ew

asfi

tted

with

pow

erla

w.

�

Flu

xw

asN

OT

deri

vede

dfr

omth

isfi

tres

ult!

sour

ce=

(xsw

abs

*po

wla

w1d

)re

duce

dχ2

=0.

8795

99nh

=1.6675

10ˆ22/cmˆ2

3C

HA

ND

RA

IMA

GE

S:B

AN

DIM

AG

ES

4

3C

hand

raIm

ages

:B

and

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es

�

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t:ra

wim

age,

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edby

1x1

pixe

l

�

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ht:

gaus

sian

smoo

thed

vers

ion

ofab

ove

(σ

=2

pixe

l)

3.1

Wid

eB

and

Imag

es

Tot

al:

300-

1000

0eV

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

30

0−

10

00

0_

FL

UX

ED

.fits

_0

02

e−

06

4e

−0

66

e−

06

8e

−0

61

e−

05

(counts/sec/cm^2)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

30

0−

10

00

0_

FL

UX

ED

_G

2.f

its_

0

02

e−

06

4e

−0

66

e−

06

(counts/sec/cm^2)

Soft

Ban

d:

300-

2100

eV

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

30

0−

21

00

_F

LU

XE

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0

02

e−

06

4e

−0

66

e−

06

(counts/sec/cm^2)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

30

0−

21

00

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LU

XE

D_

G2

.fits

_0

05

e−

07

1e

−0

61

.5e

−0

62

e−

06

2.5

e−

06

(counts/sec/cm^2)

3C

HA

ND

RA

IMA

GE

S:B

AN

DIM

AG

ES

5

Har

dB

and

:21

00-1

0000

eV

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

21

00

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00

00

_F

LU

XE

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its_

0

02

e−

06

4e

−0

66

e−

06

(counts/sec/cm^2)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

21

00

−1

00

00

_F

LU

XE

D_

G2

.fits

_0

02

e−

06

4e

−0

66

e−

06

(counts/sec/cm^2)

3.2

Ban

dim

ages

used

intr

ueco

lor

imag

e.

Red

:80

0-12

20eV

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

80

0−

12

20

_F

LU

XE

D.f

its_

0

02

e−

07

4e

−0

76

e−

07

8e

−0

71

e−

06

(counts/sec/cm^2)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

80

0−

12

20

_F

LU

XE

D_

G2

.fits

_0

01

e−

07

2e

−0

73

e−

07

(counts/sec/cm^2)

3C

HA

ND

RA

IMA

GE

S:B

AN

DIM

AG

ES

6

Gre

en:

1220

-204

0eV

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

12

20

−2

04

0_

FL

UX

ED

.fits

_0

02

e−

06

4e

−0

66

e−

06

(counts/sec/cm^2)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

12

20

−2

04

0_

FL

UX

ED

_G

2.f

its_

0

05

e−

07

1e

−0

61

.5e

−0

62

e−

06

(counts/sec/cm^2)

Blu

e:

2040

-100

00eV

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

20

40

−1

00

00

_F

LU

XE

D.f

its_

0

02

e−

06

4e

−0

66

e−

06

(counts/sec/cm^2)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

20

40

−1

00

00

_F

LU

XE

D_

G2

.fits

_0

02

e−

06

4e

−0

66

e−

06

(counts/sec/cm^2)

3C

HA

ND

RA

IMA

GE

S:B

AN

DIM

AG

ES

7

3.3

Mis

c.

:16

80-2

040

eV

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

16

80

−2

04

0_

FL

UX

ED

.fits

_0

01

e−

06

2e

−0

63

e−

06

(counts/sec/cm^2)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

16

80

−2

04

0_

FL

UX

ED

_G

2.f

its_

0

02

e−

07

4e

−0

76

e−

07

8e

−0

71

e−

06

(counts/sec/cm^2)

:33

40-7

000

eV

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

33

40

−7

00

0_

FL

UX

ED

.fits

_0

01

e−

06

2e

−0

63

e−

06

(counts/sec/cm^2)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

33

40

−7

00

0_

FL

UX

ED

_G

2.f

its_

0

01

e−

06

2e

−0

63

e−

06

(counts/sec/cm^2)

4C

HA

ND

RA

IMA

GE

S:T

RU

EC

OL

OR

8

4C

hand

raIm

ages

:T

rue

Col

or

�

Indi

vidu

alim

ages

are

adap

tivel

ysm

ooth

ed.

�

War

ning

:th

ead

aptiv

esm

ooth

ing

proc

ess

som

etim

espr

oduc

esar

tifac

ts.

�

conv

olut

ion

met

hod

:ff

t

�

kern

elty

pe:

gaus

s

�

sign

ifica

nce

(m

in,m

ax)

:(

3,5

)

RE

D:

GR

EE

N:

BL

UE

:

800-

1220

eV12

20-2

040

eV20

40-1

0000

eV

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

80

0−

12

20

_S

_F

LU

XE

D.f

its_

0

01

e−

07

2e

−0

73

e−

07

4e

−0

7 (counts/sec/cm^2)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

12

20

−2

04

0_

S_

FL

UX

ED

.fits

_0

01

e−

06

2e

−0

63

e−

06

(counts/sec/cm^2)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

20

40

−1

00

00

_S

_F

LU

XE

D.f

its_

0

01

e−

06

2e

−0

63

e−

06

(counts/sec/cm^2)

5C

HA

ND

RA

SPE

CT

RU

M9

5C

hand

raSp

ectr

um

�

Imag

essh

owR

egio

nsus

edto

extr

acts

pect

ra

�

Reg

ions

with

red

stri

kes

are

excl

uded

5.1

Obs

ID78

0

�

Bac

kgro

und

was

subt

ract

edfr

omth

ere

gion

arou

ndth

eS

NR

.

tota

l

5C

HA

ND

RA

SPE

CT

RU

M10

cent

rals

ourc

e

5C

HA

ND

RA

SPE

CT

RU

M11

6R

AD

IOIM

AG

E12

6R

adio

Imag

e

�

left

:ra

dio

imag

e

�

righ

t:ch

andr

ax-

ray

imag

ew

ithra

dio

cont

our

lines

21-c

m -.Im

age

from

Gre

enet

al.(

1988

)-.

1G

Hz

flux

dens

ity:

22Jy

(cite

pGR

EE

N20

01)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA

DEC

g1

1.2

−0

.3_

21

cm_

oh

ge

o.f

its_

0

00.002

0.004

0.006

0.008

0.01

0.012

(mJy/Beam)

18h11m18s

18h11m24s

18h11m30s

18h11m36s

−1

9:2

8

−1

9:2

7

−1

9:2

6

−1

9:2

5

−1

9:2

4

−1

9:2

3

RA (degree)

DEC (degree)

aci

s_E

30

0−

10

00

0_

FL

UX

ED

_G

2.f

its_

0

02

e−

06

4e

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IRA

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(25

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7IM

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RV

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NR

AO

VL

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The

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llSk

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(H-b

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:IR

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7IM

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FRO

MSU

RV

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MIS

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N16

The

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