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1SU
MM
AR
Y1
SNR
G29
2.0+
1.8
1Su
mm
ary
�
Dis
tanc
e:4.
8kp
c(
Sake
net
al.,
1992
)
�
Pos
ition
ofC
entr
alS
ourc
e(J
2000
):(
1124
33.9
,-59
1540
.4)
�
X-r
aysi
ze:
9.2’
x8.8
’
�
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)
5000
1312
6A
CIS
-356
7843
.643
.620
00-0
3-11
(11
2440
.0,-
5916
30.0
)
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
�
Mos
tof
the
rem
nant
isco
vere
dby
chip
AC
IS-S
3(C
CD
ID=
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
2.86
9e+
066.
580e
+01
2.26
e-10
2.09
e-09
5.73
e+36
(12
6)
0.3
-2.
12.
778e
+06
6.37
0e+
011.
80e-
102.
04e-
095.
60e+
362.
1-
10.
9.27
9e+
042.
128e
+00
4.63
e-11
4.94
e-11
1.36
e+35
�
NH
=0.
62(1
022cm
� 2)
�
Ass
umed
dist
ance
:4.
8kp
c(
Sake
net
al.,
1992
)
�
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
126
(11
2333
.1,-
5918
08.6
)
� 16.7
”69
4.0
1.59
e-02
(11
2347
.3,-
5918
34.5
)
� 11.9
”55
8.0
1.28
e-02
(11
2416
.1,-
5912
01.9
)
� 6.0”
236.
05.
41e-
03(
1124
25.2
,-59
2319
.6)
� 9.3”
279.
06.
40e-
03(
1124
47.1
,-59
1137
.3)
� 3.8”
93.6
2.15
e-03
(11
2448
.6,-
5911
35.1
)
� 3.6”
55.0
1.26
e-03
(11
2500
.7,-
5914
17.7
)
� 1.2”
29.0
6.65
e-04
(11
2503
.7,-
5919
24.0
)
� 3.4”
63.5
1.46
e-03
(11
2504
.4,-
5911
41.9
)
� 3.7”
34.8
7.98
e-04
(11
2504
.4,-
5917
17.8
)
� 1.8”
113.
02.
59e-
03(
1125
05.5
,-59
1341
.6)
� 2.3”
24.6
5.64
e-04
(11
2505
.6,-
5914
21.7
)
� 2.2”
24.3
5.57
e-04
(11
2506
.8,-
5915
19.9
)� 1.
3”21
.44.
91e-
04(
1125
09.7
,-59
1404
.2)
� 2.5”
17.8
4.08
e-04
(11
2511
.4,-
5914
24.9
)
� 3.0”
41.0
9.40
e-04
(11
2512
.4,-
5913
54.4
)
� 3.0”
22.0
5.04
e-04
(11
2514
.2,-
5914
56.1
)
� 2.1”
47.0
1.08
e-03
(11
2514
.9,-
5913
33.5
)
� 2.3”
30.2
6.92
e-04
(11
2518
.8,-
5913
25.3
)
� 3.4”
49.0
1.12
e-03
(11
2523
.6,-
5916
31.0
)
� 2.9”
39.5
9.06
e-04
(11
2525
.3,-
5917
05.0
)
� 3.4”
45.4
1.04
e-03
(11
2533
.0,-
5917
08.5
)
� 5.2”
48.1
1.10
e-03
(11
2535
.4,-
5915
38.4
)
� 5.9”
41.7
9.56
e-04
(11
2542
.1,-
5916
49.6
)
� 6.7”
40.9
9.38
e-04
(11
2551
.7,-
5911
50.9
)
� 9.3”
49.3
1.13
e-03
(11
2556
.3,-
5912
35.1
)
� 12.1
”44
.91.
03e-
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
�
Sak
enet
al.,
1992
ApJ
S,8
1,71
5:
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
el
�
Abu
ndan
ceof
O,N
e,M
g,F
ear
eth
awed
and
linke
d.
sour
ce=
(xsw
abs
*((
xsvr
aym
ond
+xs
vray
mon
d)+
pow
law
1d))
redu
ced
χ2=
56.0
551
nh=0.6156
10ˆ22/cmˆ2
2.2
Tota
l:
�
With
abov
efi
tted
mod
elfr
eeze
d,po
we-
law
com
pone
ntw
asad
ded
for
bette
res
timat
ion
ofha
rden
ergy
flux
.
sour
ce=
(xsw
abs
*((
xsvr
aym
ond
+xs
vray
mon
d)+
pow
law
1d))
redu
ced
χ2=
45.8
752
nh=0.6156
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
(σ
=2
pixe
l)
3.1
Wid
eB
and
Imag
es
Tot
al:
300-
1000
0eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
30
0−
10
00
0_
FL
UX
ED
.fits
_0
01
e−
05
2e
−0
53
e−
05
4e
−0
55
e−
05
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
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
6 (photons/cm^2/sec/pixel)
Soft
Ban
d:
300-
2100
eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
30
0−
21
00
_F
LU
XE
D.fits
_0
01
e−
05
2e
−0
53
e−
05
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
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
(photons/cm^2/sec/pixel)
3C
HA
ND
RA
IMA
GE
S:B
AN
DIM
AG
ES
5
Har
dB
and
:21
00-1
0000
eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
21
00
−1
00
00
_F
LU
XE
D.fits
_0
01
e−
05
2e
−0
53
e−
05
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
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
(photons/cm^2/sec/pixel)
3.2
Ban
dim
ages
used
intr
ueco
lor
imag
e.
Red
:30
0-80
0eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
30
0−
80
0_
FL
UX
ED
.fits
_0
02
e−
06
4e
−0
6 (photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
30
0−
80
0_
FL
UX
ED
_G
2.fits
_0
05
e−
07
1e
−0
61
.5e
−0
62
e−
06
(photons/cm^2/sec/pixel)
3C
HA
ND
RA
IMA
GE
S:B
AN
DIM
AG
ES
6
Gre
en:
800-
1660
eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
80
0−
16
60
_F
LU
XE
D.fits
_0
05
e−
06
1e
−0
51
.5e
−0
52
e−
05
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
80
0−
16
60
_F
LU
XE
D_
G2
.fits
_0
01
e−
06
2e
−0
63
e−
06
4e
−0
6 (photons/cm^2/sec/pixel)
Blu
e:
1660
-800
0eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
16
60
−8
00
0_
FL
UX
ED
.fits
_0
05
e−
06
1e
−0
51
.5e
−0
52
e−
05
2.5
e−
05
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
16
60
−8
00
0_
FL
UX
ED
_G
2.f
its_
0
01
e−
06
2e
−0
63
e−
06
4e
−0
6 (photons/cm^2/sec/pixel)
3C
HA
ND
RA
IMA
GE
S:B
AN
DIM
AG
ES
7
3.3
Mis
c.
:56
0-72
0eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
56
0−
72
0_
FL
UX
ED
.fits
_0
05
e−
07
1e
−0
61
.5e
−0
62
e−
06
2.5
e−
06
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
56
0−
72
0_
FL
UX
ED
_G
2.fits
_0
02
e−
07
4e
−0
76
e−
07
8e
−0
71
e−
06
1.2
e−
06
(photons/cm^2/sec/pixel)
:84
0-96
0eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
84
0−
96
0_
FL
UX
ED
.fits
_0
01
e−
06
2e
−0
63
e−
06
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
84
0−
96
0_
FL
UX
ED
_G
2.fits
_0
05
e−
07
1e
−0
6 (photons/cm^2/sec/pixel)
3C
HA
ND
RA
IMA
GE
S:B
AN
DIM
AG
ES
8
:96
0-11
20eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
96
0−
11
20
_F
LU
XE
D.f
its_
0
01
e−
06
2e
−0
63
e−
06
4e
−0
65
e−
06
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
96
0−
11
20
_F
LU
XE
D_
G2
.fits
_0
02
e−
07
4e
−0
76
e−
07
8e
−0
71
e−
06
(photons/cm^2/sec/pixel)
:12
30-1
400
eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
12
30
−1
40
0_
FL
UX
ED
.fits
_0
01
e−
06
2e
−0
63
e−
06
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
12
30
−1
40
0_
FL
UX
ED
_G
2.fits
_0
02
e−
07
4e
−0
76
e−
07
(photons/cm^2/sec/pixel)
3C
HA
ND
RA
IMA
GE
S:B
AN
DIM
AG
ES
9
:17
50-1
940
eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
17
50
−1
94
0_
FL
UX
ED
.fits
_0
01
e−
06
2e
−0
63
e−
06
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
17
50
−1
94
0_
FL
UX
ED
_G
2.fits
_0
01
e−
07
2e
−0
73
e−
07
4e
−0
75
e−
07
(photons/cm^2/sec/pixel)
:33
00-6
000
eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
33
00
−6
00
0_
FL
UX
ED
.fits
_0
02
e−
06
4e
−0
66
e−
06
8e
−0
61
e−
05
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
33
00
−6
00
0_
FL
UX
ED
_G
2.fits
_0
05
e−
07
1e
−0
61
.5e
−0
6 (photons/cm^2/sec/pixel)
4C
HA
ND
RA
IMA
GE
S:T
RU
EC
OL
OR
10
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
:
300-
800
eV80
0-16
60eV
1660
-800
0eV
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
30
0−
80
0_
S_
FL
UX
ED
.fits
_0
01
e−
06
2e
−0
63
e−
06
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
80
0−
16
60
_S
_F
LU
XE
D.f
its_
0
02
e−
06
4e
−0
66
e−
06
8e
−0
61
e−
05
(photons/cm^2/sec/pixel)
11h24m00s
11h24m20s
11h24m40s
11h25m00s
−5
9:1
8
−5
9:1
5
−5
9:1
2
RA (degree)
DEC (degree)
aci
s_E
16
60
−8
00
0_
S_
FL
UX
ED
.fits
_0
05
e−
06
1e
−0
5 (photons/cm^2/sec/pixel)
5C
HA
ND
RA
IMA
GE
S:E
QU
IVA
LE
NT
WID
TH
MA
P11
5C
hand
raIm
ages
:E
quiv
alen
tW
idth
Map
5.1
Equ
ival
ent
Wid
thIm
ages
�
indi
vidu
alim
ages
(lin
ean
dtw
oco
ntin
uum
)ar
ebi
nned
bygi
ven
pixe
lsiz
ean
dth
enad
aptiv
ely
smoo
thed
.
�
sam
esc
ale
map
(fr
omth
ele
astc
ount
imag
es)
was
used
for
allt
hree
imag
es.
�
cont
inuu
mat
give
nlin
epo
sitio
nw
ases
timat
edby
linea
rin
terp
olat
ion
oftw
oco
ntin
uum
imag
ein
pixe
l-by
-pix
elba
se.
cont
inuu
m:
line
:co
ntin
uum
:
400-
510
eV53
0-71
0eV
730-
820
eV
cont
inuu
m:
line
:co
ntin
uum
:
740-
850
eV87
0-96
0eV
1120
-120
0eV
5C
HA
ND
RA
IMA
GE
S:E
QU
IVA
LE
NT
WID
TH
MA
P12
cont
inuu
m:
line
:co
ntin
uum
:
740-
850
eV98
0-11
00eV
1120
-120
0eV
6C
HA
ND
RA
SPE
CT
RU
M13
6C
hand
raSp
ectr
um
�
Imag
essh
owR
egio
nsus
edto
extr
acts
pect
ra
�
Reg
ions
with
red
stri
kes
are
excl
uded
6.1
Obs
ID12
6
�
Bac
kgro
und
was
subt
ract
edfr
omth
ere
gion
arou
ndth
eS
NR
.
Tot
al
6C
HA
ND
RA
SPE
CT
RU
M14
6C
HA
ND
RA
SPE
CT
RU
M15
6C
HA
ND
RA
SPE
CT
RU
M16
6C
HA
ND
RA
SPE
CT
RU
M17
6C
HA
ND
RA
SPE
CT
RU
M18
7IM
AG
ES
FRO
MSU
RV
EY
MIS
SIO
NS
19
7Im
ages
from
Surv
eyM
issi
ons
�
Lef
t:C
hand
raIm
age
(0.3
-10.
keV
)
�
Cen
ter
:Im
ages
from
SkyV
iew
with
the
sam
esc
ale
�
righ
t:Im
ages
from
SkyV
iew
with
are
duce
dsc
ale
RO
SAT
PSP
C(2
.0de
g):
X-r
ay(0
.1-2
.4ke
V)
IRA
S12
mic
ron:
Infr
ared
(12
mic
ron)
IRA
S25
mic
ron:
Infr
ared
(25
mic
ron)
7IM
AG
ES
FRO
MSU
RV
EY
MIS
SIO
NS
20
IRA
S60
mic
ron:
Infr
ared
(60
mic
ron)
IRA
S10
0m
icro
n:In
frar
ed(1
00m
icro
n)
CO
surv
ey:
Rad
io(1
15G
Hz)
4850
MH
z:R
adio
(485
0M
Hz
cont
inuu
m)
7IM
AG
ES
FRO
MSU
RV
EY
MIS
SIO
NS
21
Dig
itiz
edSk
ySu
rvey
:O
ptic
al(J
orE
band
imag
esw
ith
afe
wex
cept
ions
)
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