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NASA-CR-204945
FE LINE DIAGNOSTICS OF MULTIPLY SHOCKED STELLAR ATMOSPHERES:
THE MIRA S. CARINAE/
/
NASA Grant NAG5-2123 ..... p'V.: :;
Semi-Annual Report
For the Period 1 November 1992 through 30 April 1993
Annual Reports
For the Period 1 November 1992 through 30 October 1993, 1 November 1993 through 30 October 1994,
and 1 November 1994 through 30 October 1995
Final Report
For the Period 1 November 1995 through 30 June 1996
Principal Investigator
Dr. Jay Bookbinder
June 1997
Prepared for:
NatiOnal Aeronautics and Space Administration
Goddard Space Flight Center
Greenbelt, Maryland 20771
Smithsonian Institution
Astrophysical Observatory
Cambridge, Massachusetts 02138
I The Smithsonian Astrophysical Observatoryis a member of the
Harvard-Smithsonian Center for Astrophysics
The NASA Technical Officer for this grant is Dr. Donald K. West, Code 684.1, Laboratory
for Astronomy and Solar Physics, Space Science Directorate, Goddard Space Flight Center,
Greenbelt, Maryland 20771.
1 Observational Summary
Extensive LWP-HI spectra were obtained of the Mira S Car at a rapid time
cadence as compared with the shock cycle time of S Car. These spectra were
obtained in an attempt to understand the velocity structures in the shocked
wind using the fluoresced iron lines.
2 Analysis Summary
Data analysis of the IUE observations was Carried out by Drs. Jay Book-
binder and Ed Brugel which included the primary calibration of all of the IUE
spectra obtained of S Car. In addition, several students have participated
in the analysis, performing line identifications, flux calculations, background
subtractions, and line profile analysis as a function of S Car's pulsational
phase. All of these analyses were collated and incorporated into a database
at CfA on Dr. Bookbinder's computer. The database incorporated all line
identifications as a function of pulsation phase for all IUE LWP-HI observa-
tions to date of S Car. At least 45 separate iron line features are identified
in the S Car spectrum at one or more phases of the shock cycle, including
those due to FeII (UV 161) which is pumped by three different iron lines;
Fe I(UV 44) which is pumped by the Mg IIk line. Other strong multiplets
that have been identified include UV(1), UV(2), UV(5), UV(32), UV(60),
UV(63), UV(161), UV(207), and UV(399). Over 300 weaker lines have also
been tentatively identified with Fe line transitions.
3 Science Summary
Our analysis results show that the FeII lines can provide as much or more
cooling to the shocked atmosphere at some phases as the resonance Mg IIlines.
Both the fluorescent and the collisionally excited lines provide a very
direct probe of the velocity fields throughout a large portion of S Car's at-
mosphere. Analyses were performed that provided an initial velocity map of
S Car's atmosphere.
4 Current Status
The above general descriptions of the research carried out under this program
are all that is currently available except for the material presented in the
Appendices.
The computer disk that all the analyses were performed on experienced
a devastating malfunction that destroyed all data on the disk. This included
not only the calibrated UV data, but also all the IDL analysis routines we
developed to analyze the spectra, all the databases, and all interim written
results on the analysis. Efforts were made to recover the disk using commer-
cial disk recovery firms, but their efforts were unsuccessful. Backups that
were being made nightly by the SAO HEAD Systems Group failed without
giving warning errors, due to a subtle bug in the Solaris operating system.
No backups are therefore available. Unfortunately, all that remains are the
original, uncalibrated raw data.
eO
_4
[.I.,
2.5E-11
2
E-11
1.5
E-11
1
E-11
I I 1 ; r
2005 2010 2015 2020 2025 2030
Wavelength (A)
LWP 14117Phase=0.49
LWI :> 14062,Phase=0.44
LWP 13954Phase=0.32
LWP 13904Pha_e=0.28
LWP 13856Phase=0.23
LWP 13775Phase=O. 14
• %
/
T;
.<
o')
¢D
r_
¢D
2.5
E-If
2
E-II
1.5
E-ll
I
E-II
5
E-12
0
-5
Qn'-,,",, --289 km/s_ ¢.,,,,..k../,_, u z"'L
I I I I i
lw,. ]y_j-r,-,.,_,_ ,7,_ '+-_,_,,-,_,,- l,_v -,..l-,.wy,v_ _._._,r._p .V_'_'r-
l'i_l_[_ '' r'II '.-.r °, - "i-' "', "_.'_ - .-._m,_ -.V_ff_.nr.._,_ .,nm-._
.... ,,...,
.[..,++'.-,.,ll_p[+l_ i,,+.+ l,Cll['l.," ,',ix,,-rw, • . .-'."_.i"i'+ +. _11- .._ _I" +l'Im"nl _'' "' p"'i'mr-
,J_, _Jk, m[ J,,,., ......,,L,..+,.+_.., .-. _d..++_/a, ,o.....
_'_+ ",,+Ip_"+,_l" ¥ l'?p""_'_""' ""-"+"" """_"""i +'' W l' ,n,, "t,""'"_"+_'",
I I I I IE-l_0'30 2035 2040 2045 2050 2055 2060
LWP 14117
Phase=0.49
LWP 14062
Pha_e=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
L'_'P 13775Phase=O. 14
Wavelength (A)
v
f_
1.5
E-11
-289 km/s
LWP 14117Phaze=0.49
L]'P 14082Pha,se=0.44
1
E-f1
5
E-12
_ Phase=O.14
--5E _L------------t_ _ ---J.__ _..1.._ .__L__
- _060 2065 2070 2075 2080 2085 2-090
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
Wavelength (A)
<C
u_
u_
2.5
_to_
-289 km/s
E-11
2
E-11
1.5E-11
1
E-11
5
E-12
0
I I I i I
_l,.JL..,ddihSt_+k..+..++.... uu..._.',m.J,_ ....,,._J.._ .... +h._A.L. AI_,, .... -_+-_IA ..... ._f,
-5I I I I t
E__,,_90,o, 2095 2100 2105 2110 2115 2120
LWP 14117Phase=0.49
LWP 14062
Phase=0.44
LWP 13954Phase=0.32
LWP 13994Pha_e=0.28
LWP 13856Phase=0.23
LWP 13775Phase=O.14
Wavelength (A)
u_
m
0
¢D
2.5
E-11
2
E-II
1.5
E-11
1
E-11
5E-12
-289 km/s
I I I
2125 2130 2135
Wavelength (A)
2140
LWP 14117Phase=0.49
LWP 140_2
Phase=0.44
LWP 13954Pha_e=0.32
LWP 13904Phase=0.28
LWP 13856Phase=O.23
LWP 13775Phase=O. 14
<_
2.5E-11
2
E-11
1.5
E-11
1E-11
5
E-12
0
-289 km/sI I I I I
I
I I I ! I
2145 2150 2155 2160 2165 2 70
Wavelength (A)
LWP 14117Phase=0.49
LWP 14062Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
LWP 13776Phese=O.14
1.2
E-11
1E-11
8E-12
6E-12
_04
E-12
-- 2E-12
0
-289 km/sI I I l I
w_aSLjlll'lr_r''-¢9 " ]V_,.,f, JV-"w'-"_'" _-rr,," ...... ,_ _l-'l_,,_'v'v- -,-.,'_.- v -v_ [l,W.,z,q i_.. 1
l"l'el_r14"'_ 'V'_'"l_J_ r',' _yl_V_,-,_',_,rl,_'Vv'zv """ ..... '" "v' ' I v .... ,_)W_l_.k..-- _-
v_¢-._.,"r_'__n p, _'_r, ..... _'z- ," , '1'- ', ..... ",'-'-','_ i,,_-,-,_-- i -
2170
Wavelength (A)
LWP 14117Phase=0.49
LWP 14002Phase=0.44
LWP 13954Pha._e=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
LWP 13775Phase=0.14
<¢D
CD
2.5
E-11
2
E-11
1.5E-f1
1E-11
5
E-12
0
-289 km/sI I I I i
I I I I I
2175 2180 2185 2190 2195
Wavelength (A)
2200
LWP 14117Phase=0.49
LWP 14062Phase=0.44
LWP 13954Phase:0.32
LWP 13904Phue:O.28
LWP 13856Phase=0.23
LWP 13775Phue=0.14
_D
C_
b_
_)
-289 km/s1.2"i" r "T TE-II
1
E-11
8E-12
6E-12
4E-12
2
E-12
LWP 14117Phase=0.49
LWI> 14062Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=O.28
LWP 13856Phase=0.23
,,I J_.. LWP13775
E i O0 Phil=°'14
Wavelength (A)
o
<_
_o
2.5-289 km/s
E-If
2
E-f1
1.5E-I1
1E-11
5E-12
0
-5
I I I I I
/
I I I I I
E-I_'o0 2205 2210 2215 2220 2225 2230
LWP 14117Phase=0.49
LWP 14(362Phase--0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
LWP 13775Phase =0.14
Wavelength (A)
6 ---2-020A , -289 km/sE-Z2 T T T T
5E-12
LWP 14117Phase=0.49
E-12
E-12
E-12 _ LWP 13904Phase=0.28
1 _ LWP t 3856E- 12 _4 Phase=O.23"' l '"
- 2205 8210 2215 2220 2225 _30
Wavelength (A)
LWP 14062Phase=0.44
LWP 13954Phase=0.32
.)
-289 km/s6E-12 1 1 T T
4E-12
{D
m
_ ae E-12
u 2
"-_ E-12
LWP 14117Phe.se=0.49
E-12
LWP 13775Phase =0.14
E 0
Wavelength (A)
LWP 14062Phue=0.44
LWP 13954Phane=O.32
LWP 13904Phue=0.28
LWP 13856Phue=0.23
9_q_
-289 km/s6E-12[ 1 T 1 r T
..._.. 4< E-12
-,,.3
E-12
2E-_2
-- 1E-12
0
-11 L l l
E-,,226019' 2265 2270 2275 2280 2285 2290
Wavelength (A)
LWP 14117Phase=0.49
LWP 14062Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase =0.23
LWP 13775Phase=O. 14
._0_
_.2020A -289 km/s6E-12 I l I a
5E-12
4< E-12
o E-12
_ 2e
---- E-12
..... _,,_, _1.... .,.,...., ......... ,............ _la, l!,4_...,_ LWP 14117Pheu_e =0.49
I_'_I'P' t "1.,I_" "V" '"PI# "'" -"l_rl_fw"'" wl_'"'_"li_l_"_' _F" ,n_, Phase=0.44
LWP 13954..,_,_}_L, ,li ,..,, .......... .,,.,, .- ._'_ ........ ._.,_n_CL_,..._ PhL,e--0.32
_'V" " '_'w_W"_W_'_ -"'_'_ " _w_ .... v_..... ! _-_.
._,l,..,_._,u,.,o/,...,.._,.._^ _._.k ......._4 4,_^.(_.. L_P _o_
_" _L_,_,_4u_I, ._#._,._._,.._.,..,__,.a,_,.._ _ ........ ._.,_._-_d____VV_f'I/_,, LWP 13856
E-_r _'" "'_" _"_ "'" _"' _"'"I"_ ...... ""r r" _o=o.23
-1.•.-, , [ I I I I I
r_- I_90 2295 2300 2305 2310 2315 2320
Wavelength (A)
._ o-
?
- <C
fn
¢J
¢n
*--4
335
-289 km/s6E-12 T [ T T 1
5E-12
4E-12
3
2 ,IJ.., . _ __,_..,,..__. , . J ._,._ . LWPI39O4
E- 12 _ Phase=O.28
1 _,,..... _ J_ ._,. ,.11.11 . .. _ _ LWP 13856
E- 12 _ Phe._e=0.23
i LWP 13775
Phase=O. 14
E_I_>_ __L_ ___L__ .__1__ .__L_"2"320 2325 2330 2335 2340 2345 2350
LWP 14117Phase=0.49
LWP 14062
Phase=0.44
LWP 13954
Phase=0.32
Wavelength (A)
<_
cJ
a)
I
E-II
8
E-12
6E-12
4
E-12
2E-12
0
m33%
u:_ -289 km/s[ T I
L L .L. ,_L L
2325 2330 2335 2340 2345 2350
Wavelength (A)
LWP 14117Phase=0.40
LWP 14062Pha.se=0.44
LWP 13954Phase=0.32
LWP 13904Ph_e=0.28
LWP 13856Phase=0.23
LWP 13775Phase=0.14
1.2
E-f1
1E-f1
8
E-12
E-12
4
E-12
X
-- 2a_ E-12
0
-2{]9 km/sI I I I
11JL
.,,+....... Ji.. .li, _. _ +l_,,nel_+_.... A .,._ ........ A .....",,'-,,_lfX'_v _V,leq,,p,v,z,v_,w-,IVi, + , --i_-qi_-.. ',r, _"',_',i "-v ,- " '
I I I n 1
2355 2360 2365 2370 2375 2380
Wavelength (A)
LWP 14117
Phase=0.49
LWP 14092Phase=0.44
LWP 13954
Phase=O.32
LWP 13904Phase=0.28
LWP 13856
Phase=0.23
LWP 13775
Phase=O. 14
6E-12
5E-12
4< E-12
3¢_ E-12
2E-12
-_ 1u_ E-12
0
O3(_5
-289 km/sI I I I I
I t I I I
2355 2360 2365 2370 2375 2380
Wavelength (A)
LWP 14117Phs_e=0.49
LWP 14062Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
LWP 13775Phase=O. 14
<
¢J
_)
*===4
6E-12
5
E-12
4E-12
3
E-12
2
E-12
1E-12
0
D3q
-289 km/s1 l 1 l
1 L 1
2385 2390 2395 2400 2405 2410
Wavelength (A)
LWP 14117
Phase=0.49
LWP 14062
Phase=0.44
LWP 13954
Phase=0.32
LWP 13904Phase=0.28
LWP 13856
Phase=O.g3
LWP 13775
Phase=O.14
_o
a)
2.5E-11
2
E-11
1.5
E-I1
1E-11
5
E-12
0
j ,.5q ..5
-289 km/sI i I
I I I I I
2385 2390 2395 2400 2405 2410
Wavelength (A)
LWP 14117Phase=0.49
LWP 14062Phase=0.44
LWP 13954Phase=0.32
LWP 13904Ph_se=O.28
LWP 13856
Phase=0.23
LWP 13775
Phase=O.14
<
.-,,,
0
X
_3q5
---2020A -289 km/s1.2
E-11 l j , _ I I
I
a J6
J4
E- 12 ""-"_" "_-_"%-: : T_"_':,*'%_"--_;'_--'--"--'-_. "-_-_-.-",;--..-'--"_'_-. •
-2E ,,-,_ I I _ I
- x&g'380 2385 2390 2395 2400 2405 24
Wavelength (A)
LWP 14117
Phase:O.49
L_P 140_2Phase=0.44
L_P 13954Phase=0.32
LWP 13904Ph_e=0.28
L_ 13856Phue:0.23
LWP 13775
Phase=O.14
0
_0
Q)
6
E-12
5E-12
4
E-12
3
E-12
2
E-12
1E-12
0
-289 km/sT F l
.________A l J. L I
10 2415 2420 2425 2430 2435 2440
Wavelength (A)
LWP 14117Phase=0.49
LWP 14062Phase=0.44
L_P 13954Phase=O.S2
LWP 13904Phase=0.28
L_P 13856Phase=0.23
LWP 13775Phase=O. 14
?
1.2-289 km/s
GO
X
E-11
1E-11
8
E-12
4
E-12
2
E-12
0
I I I I I
t /
I1 I
-2I I I I tE- 1¢#-
_2"440 2445 2450 2455 2460 2465 2470
Wavelength (A)
LWP 14117
Phase=0.49
LWP 14062Phase=0.44
LWP 13954
Pha_e=0.32
LWP 13904
Phue=O._8
LWP 13856
Phase=0.23
LWP 13775Phase=O. 14
Ill
rib
X
1.2E-11
1
E-f1
8
E-12
6
E-12
4E-12
2
E-12
0
_A_5
-289 km/sI I I I I
". ,,'vu,,,'.," -,., ' .... - L ....... v,,.,,.-,,, v .-i._,,,./_,,_..,,l_,,, _
"" W'" W-"UTIw-"II "UI .... V "-"_ul "_I'y '- ...... I_W_/I" I V-_I-.- _ "ld"
'" _ _" 'W_/W_'_W_Y'_ -,'" "v"_ "_V7 "'_" '1/_ ll"_k_'I/wrs %_'IV_1_' 71
,.,,,_..,_•_,.. .... ...,,,_,,,...,.,.,,.,,,.,...,,,.,_,t.,,,I,_,_/',_,--2
I I i I IE__,.470,o, 2475 2480 2485 2490 2495 2500
Wavelength (A)
LWP 14117Phase=0.49
LWP 14062Pheuse=0.44
LWP 13954
PhLse=0.32
LWP 13904Phase=0.28
LWP 13856Pha.se=0.23
LWP 13775
Phase=O. 14
0
2.5E-11
1.5
E-11
1
E-11
5E-12
0
-289 km/sI I I I I
2A -.._ .......... __. __k..,.,.,_ ..... .,,..J,,.td._L,,,. _,.. r"'-Yh" " "'_" 1,''r_-._v.-i-- "_ _ "w"_'r'_r'" "n I--_wr "Y'_"_I u'_ _ _"14/Y
- _ -
/
• " "----" '" ' ........ ""_ '_-_r-_ V "_'
-5
E- 1_24'70I I I i I
2475 _480 _485 _490 2495 2500
Wavelength (A)
LWP 14117Phase=0.49
LWP 14062
Phase=0.44
LWP 13954Pha_e=0.32
LWP 13904Phase=O._8
LWP 13856Pha_e=O._3
LWP 13775Pha._e=O. 14
m
¢)
2.5E-11
2
E-11
1.5
E-11
1
E-I1
5E-12
0
-289 km/sI i i I i
I
.... v....... -,"" " V-'-'_'" ..... • 'rlv-*If "1_v" "]r_,'_,_"q _G']
F-.... "" ".... '.... '"'Y V ""_''' - "_'_'/' _,'_v," _,'lr"'_'_l
"v-'w, .... ,,--" v"---"_"'-_ .... 1,'_r "_,,,_ v_ .r,.,'1.-,,V-. Y,
...,.. ..... A ._ .,,k ..,,,k.iz,._,,,_, _.,Ji,.._.A I..,,., A._,_,_ ,,,.,"""'-_'W'_'m_"" "-'"'_ -.-,r, "_ W_"P'_ _"_"_V_ _'_"_r'
I I I t I
2505 2510 2515 2520 2525
Wavelength (A)
2530
LWP 14117Phase=0.49
L'WP 14062
Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=O.Z8
LWP 13858Phase=0.23
LWP 13775
Phese=O. 14
m
O3
4E-11 i j
3E-11
-289 km/s
V "'_"_'"' Y"FI YVV'v_'T-'
- A
_.-_i-''"'"_""" '"" '',r-,_T,IrVw_'"'"",....._"
-1
- _ouu 2535 2540 2545 2550 2555 2560
LWP 14117Phase=0.49
LWP 14082Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
Wavelength (A)
3. ¸
<
_D
-,,.
¢2
)4
6
E-II
5
E-II
4E-11
1E-11
DS_O
--2020A---- -289 km/sI I 1
I I I
_0 2565 2570 2575 2580
LWP 14117
Phase=0.49
LWP 14002
Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
LWP 13775
Phase=O.14
Wavelength (A)
X
6
E-f1
5
E-II
4
E-11
3
E-11
2
E-11
1
E-11
_590
-289 km/s
0
2580
I I I
" 7'_' _ " l_"_r "'' "-I_.u _ -'_*,_'_,$
2585 2590 2595 2600
Wavelength (A)
LWP 14117Phase=0.49
LWP 14062
Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856
Phase=0.23
LWP 13775
Phase=O.14
6
E-11
msqo
-289 km/s-- &._IJ_KIZ-K
I I I
5E-11
. 1
,ru'r ,_- "._-_. " T,', _q-p , .... 'vv.'-_r_l, .... _" li
LWP 14117Phase=0.49
<
_0
Ba
o
_n
_0
_4
,,--4
4
E-ll
3
E-11
2
E-f1
1
E-11
0
L%YP 140C,2Phase=0.44
L_/P 13954Phase=0.32
L_I :_ 13904Phase=0.28
L_P 13856Phase=0.23
LWP 13775Phase=O.14
Wavelength (A)
1E-t1
BE-12
< 6E-12
E-12
2E-12
2615A -289 km/s
I i I I I I I
' ...... V.......... " ' "' .............. v '- -"-':" ''"=
., .... .,,. y-. _v,v ! .... ,- ,r ................. }t...... " -=;"
.r- .... V.... _ ......... v '--"-
,.A
-2
E-_°'00"g6 _ i i w i2605 2610 2615 _620 2625 2630
Wevelongth (A)
LWP 14117Ph_o=O,40
L%q_ 140({2Ph_e=0.44
LWP 13054Ph_o=O.32
L_P 18004Phue=O,88
L_P 13850Ph_e=O.S$
L'WP 13775Ph_o=0,14
A.-
2645A -289 km/s
'9
_
w
< E-
in
E-<
"--" E-
12
612
412
312
212
1E-12
0
i i I I I i
/ I
' I' V I IY VI|P " I U I " - V .... "'" _ "_'..... - .... I tr'vr''v'-li]
'_ '" "" "" ........ .... y ............ I
• - r _W" _ .... • w 1/ .... t .... V ............
-1I I I I I
E-_'6OO_' _635 2640 B645 _650 2655 2660
L_P 14117Phaoe:O,40
LWP14082Phue:O,44
LWP 13054Phame=0.32
LWP 1:390/,
Ph_e=O._8
LWP13856Ph_e=O.°3
L_P 13775Phame=O. 14
Wavelength (A)
G_
(P
I.w
6
E-12
5E-12
4
E-12
3
E-12
2
E-12
1E-12
0
2675A -289 km/si I i i I
I I I I t
2665 2670 2675 2680 2685 2690
Wavelength (A)
L_P 14117
Phase=0.49
LWP 14062
Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phue=0.28
LWP 13856Phase=0.23
LWP 13775
Phase=O. 14
_o
¢2
_D
,===4
1.5E-11
1E-11
0
2675A -289 km/sI i I I I
: _V _=_ _
A _JA.......v
. - ..... A_
I I I I I
2665 2670 8675 2680 8685
Wavelength (A)
LWP 14117Phase=0.49
LWP 140_2Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
LWP 13775Phase=0.14
2690
6
E-12
5
E-12
-289 km/si I I I I
2" a[_ .,._
_o
° 0[o,. 2 ..,t,_.,e,,,,::¢k_.____ j,_--" E- 12 -_._ . _._._v'__r_..
a, E-12 ....... "_Y_ "' ' " " " _/_ I
-I _ _ _ _ w IE-]_90 2695 2700 2705 2710 2715 2720
Wavelength (A)
LWP 14117
Phase=0.49
LWP 14062
Phase=0.44
LWP 13954
Phase=0.32
LWP 13904
Phase=0.28
LWP 13856
Phase=0.23
LWP 13775Phase=0.14
- - .#_t
i?,qo_ I,.ll, _" _o
t3:_s" ll'"/_ "_t°-+ V_._1_'. :_' o,17. I,
RV{ ¢_
_¢1 ,g
m
¢0
X
6
_55-289 km/s
E-12I I I I I
4E-12
3
E-12
2
E-12
1E-12
• v-p¢,--_. --,v--- _, _-]- i _-.w-v" _v r vv_-_ ..... v_ -- .... ;
k
" " v - "r-VlJ- i_ I i| -"U-'I _ • v u -f
r - -4 - hi- _-- • - _-, iqr - •
-!I I I I I
E-_720 2725 2730 2735 2740 2745
Wavelength (A)
LWP 14117
Phase=0.49
LWP 14082Pha_e=0.44
LWP 13954
Phase=O.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
LWP 13775
Phase=O. 14
2750
/'-/i17--
_-/06 z-
/ _qsW
I _:_3-c"
a2_ C._,/,_ _/_ _. V'.
o;c ?l, ::Z,;,c/o
-"'/ _._._, 0 / o. OTh-
__f o.{O Z-
.¢ -/f 2":]%_, O.06_
-2:_9 , g
_._ 7 ,'[
_So, ?
z_,
_o
0
_o
.---4
6
E-12
5
E-12
4E-12
3E-12
2
E-12
1
E-12
_q_5
-289 km/sI I t I I
i'
I I I I i
2755 2760 2765 2770 2775 2780
Wavelength (A)
LWP 14117Phase=0.49
LWP 14062Phase=0.44
LWP 13954Phase=0.32
LWP 13904Pha.se =0.28
LWP 13856Pheuse=0.23
LWP 13775Phase=O.14
._-_. _z r )u, _m,': /z d
zzo4
_ ,7-
_., _-3_:_ 13'1 0._' :_l. o1,76 _ :°'/y ' o, _O.S" _,':H,
_,1'1 _J°-'_ , lo'_ o ,1_ .1._, _
¢D
X
0
799-289 km/s
I I I I ,i' I
1 I I I I
2785 2790 2795 2800 2805
Wavelength (A)
2810
LWP 14117Phase=0.49
LWP 14062Phase=0.44
LWP 13954Pheu_e:0.32
LWP 13904Pha_e=0.28
LWP 13856Phase=0.23
L_P 13775Phase=O. 14
_o
-,..
_oe2
,--.4
2.5
E-f1
2
E-II
1.5E-11
1E-11
5E-12
0
.-_79 5
-289 km/si i i l
A
B
-5I I I I I
E-.27801_' 2785 2790 2795 2800 2805 2810
Wavelength (A)
LWP 14117Phase=0.49
LWP 14062Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
LWP 13775Phase=O. 14
5E-12
_. 4< E-12
_D
_ E-12
_ 2
---- E-12
1E-12
0
-289 km/sI 1 l I I
[ I I I I
2815 2820 2825 2830 2835
Wavelength (A)
2840
LWP 14117
Phase=0.40
LWP 14062Phe.se=0.44
LWP 13954
Ph_e=0.32
LWP 13904Pha.se =0.28
LWP 13858Phue=0.23
LWP 13775Phase=O. 14
-_ __¢ 2";.i_ _,
c),ii
_,1_
0,_02-.
O, _'_
_ ._h_ .__._. , "t'_
_._. _¢
6E-12
5
E-12
4
< E-12
rD
3E-12
2
--_ E-12
a, E-12
0
_., k.J I qtJk'_. -289 km/sJ i l I I
-- -'+,,,, -_ - • - ,-v,,_",_-+- -_ "- r- + ",i -y- v+ I Vw+ '
-1E_+_. I j I I I
0 2845 2850 2855 2860 2865 2870
Wavelength (A)
LWP 14117
Phase=0.49
LWP 14062
Phase=0.44
LWP 13954
Phase=0.32
LWP 13904
Phase=0.28
LWP 13856Phase=0.23
LWP 13775Phase =0.14
a)
6E-12
5E-12
4E-12
3E-12
2
E-12
1
E-12
0
a_8_
- _T.,UI OAk -289 km/sI I i 1 I
.... _y-. . ........... .._
LWP 14117Phase=0.49
LWP 14062
PhL_e=0.44
-1t I I { I
E__Lr,B70,o 2875 2880 2885 2890 2895 2900
LWP 13954Phue=0.32
LWP 13904PhL_e=0.28
LWP 13856Phase=O.23
LWP 13776Phase=O. 14
Wavelength (A)
.°
_D
1
E-11
8
E-12
6E-12
4E-12
2
E-12
0
Jg85
' --2675=4 -289 km/sI I I I
-2I I I I I
E-,2,8701_' 2875 2880 2885 2890 2895 2900
Wavelength (A)
LWP 14117
Phase=0.49
LWP 14062Phase=0.44
LWP 13954
Phue=0.32
LWP 13904Phase=O.Z8
LWP 13856
Phase=0.23
LWP 13775Phase=O. 14
_D
..--4
6E-12
5E-12
4E-12
3E-12
2
E-12
1E-12
0
-289 km/sI i i l I
I I I I ] O
2905 2910 2915 2920 2925
Wavelength (A)
2930
LWP 14117Pha._e=0.49
LWP 14062Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=O.33
LWP 13775Phase=O.14
,p
,--,4
6E-12
5
E-12
4
E-12
2E-12
1
E-12
0
¢2q-289 km/s
l I I 1 I I
J/
" . "v *- q ..... "_v_t¢_ _4 v v . -- • _ - .,q , - v -.
• • I_r._-- r "_"_V - .v " v "" - _" .... V " --'" "
I I I I I
2935 2940 2945 2950 2955
Wavelength (A)
2960
LWP 14117Pha._e=0.49
LWP 14082Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=0.28
LWP 13856Phase=0.23
L'RP 13775Phase=O. 14
b_
_==4
5
E-12
4E-12
2
E-12
1E-12
0
_q 70
-2{39 km/sI I I
I I I
2965 2970 2975 2980
Wavelength (A)
LWP 14117
Phase=0.49
LWP 14082
Phase=0.44
LWP 13954Phase=0.32
LWP 13904Phase=O.28
LWP 13856Phase=0.23
LWP 13775Phase--O. 14
<
o_
_D
_4
6E-12
5
E-12
4E-12
3E-12
2
E-12
1E-12
-289 km/sI I I
1 I I
2985 2990 2995
Wavelength (A)
3000
LWP 14117Phase=0.49
LWP 14062Phase=0.44
LWP 13954Phase =0.32
LWP 13904Phtme=0.28
LWP 13856Pha_e=0.23
LWP 13775Phase =0.14
Q0
O
_0
.---4
_40/J
o_-,_^ 289 k /_._, _=_ - m s6
E_12 1 I , , , ,
LWP 14117
E-12F--_ _--,...... _ ,_ vww,'"y"_ "" V'vv'v v v- .- .. Phe_e=0.49
/ _ LWP 140624 _._,, ._,_.j_.A.,_._._, _ ^_. ,. _,_ ^ ,=n m. AM _...,._ /k.,_
E-12[-_ '," _," -v _ _-v, q,--_#wvl_/v_ _-.v v-,,'V_-,.,-,.,4 v- Phue=0.44
IE- 1 2 Phase=0.32
I -r-" " .....rl __L'"'_"-_""rw'Pv'_ ,v'-- -w-,- - v • -'_
Phue=0.28
E-12l_'v_" ," I" [J • ' , l"vv ",,-"-, V-,_" :
E-I_o0 3005 3010 3015 3020 3025 3030
Wavelength (A)
ID PHASE PHASE PHASE PHASE PHASE
0.0-0. i 0. i-0.2 0.2-0.3 0.3-0.4 0.4-0.5
LINE A EST. . f
2344.59
2348.66
lwpl610.datflux: 3.85e-13
A obs: 2344.59
rv: 0.00
/k A abs: 0.00A A tel: 0.00
hvpl610.dat lwp19900.dat
2351.12 2348.30
flux: 1.13e-12
A obs: 2348.66rv: 0.00
A A abs: 0.00
A A rel: 0.00FelI lwpl610.dat
flux: 5.24e-13
A obs: 2348.38
rv: 0.00
/_ A abs: 0.00
A tel: -0.29
2356.24
flux: 2.30e-13
A obs: 2351.12
rv: 360.27
/k A abs: 2.82A A rel: 0.00
lwrl1781.dat
2357.19 2354.89 Fell
flux: 2.83e- 13
A obs: 2356.24
rv: 0.00
A A abs: 0.00
A A tel: 0.00
lwp19901.dat
2368.86 2366.59 Fell lwp13856.dat
flux: 6.79e-13
A obs: 2357.19
rv: 292.64
A A abs: 2.30/_ A tel: 0.00
lwp19878.datflux: 3.62e-13
A obs: 2368.86rv: 286.98
A A abs: 2.26
/k A rel: 0.00
flux: 1.54e-13
A obs: 2368.58
rv: 251.61A A abs: 1.98
/x A rel: -0.282371.27 2368.60
2371.88 2370.50
Fell
Fell
lwp19878.datflux: 1.15e-13A obs: 2371.27
rv: 338.81
A A abs: 2.68A A tel: 0.00
lwp19878.datflux: 5.65e-14
A obs: 2371.88
rv: 174.63A A abs: 1.38
/k A tel: 0.002374.45
Iwp19878.datflux: 1.53e-13
obs: 2374.45
rv: 0.00
A A abs: 0.00
A rel: 0.00j
LINE _ RST ID PHASE PHASE PHASE PHASE PHASE
0.0-0.1 0.1-0.2 0.2-0.3 0.3-0.4 0.4- 0.52379.30 twp12033.dat
flux: 2.21e-13
A obs: 2378.92
rv: 0.00
A A abs: 0.00
/_ A rel: 0.00
Iwp7874.dat
flux: 1.34e-13
A obs: 2379.30
rv: 0.00
/k A abs: 0.00/k A rel: 0.38
lwp19888.datflux: 1.52e-13
A obs: 2379.59
rv: 0.00
A A abs: 0.00
A A rel: 0.672380.01
2390.91 2388.63 FelI
Iwp12033.datflux: 1.98e-13
A obs: 2380.01
rv: 0.00/% A abs: 0.00
/% A rel: 0.00
lwp19901.dat
2392.23
flux: 4.25e-13A obs: 2390.91
rv: 286.64
A A abs: 2.28
/% A rel: 0.00
lwp19910.dat
2393.57 2391.48 FeI1 lwp6906.dat
flux: 3.95e-13
A obs: 2392.23
rv: 0.00
A A abs: 0.00
/_ A tel: 0.00lwr11781.dat
flux: 9.18e-14
A obs: 2392.01
rv: 0.00A A abs: 0.00
/% A tel: -0.22
2395.O1
flux: 2.01e-13
A obs: 2393.57
rv: 262.68
A abs: 2.09/_ A rel: 0.00
lwp13775.dat lwrl1781.datflux: 4.17e-13
A obs: 2395.01
rv: 0.00
A A abs: 0.00
/k A tel: 0.00
flux: 1.08e-13
A obs: 2394.94
rv: 0.00
/_ A abs: 0.00/_ A rel: -0.07
lwrl1781.dat
flux: 2.21e-13
A obs: 2395.32
rv: 0.00
/_ A abs: 0.00
A A rel: 0.312395.43 lwp5842.dat
flux: 3.65e-13
A obs: 2395.43
rv: 0.00
/k A abs: 0.00
/k A rel: 0.00
lwr11781.dat
flux: 2.21e-13A obs: 2395.32
rv: 0.00
A A abs: 0.00
/% A rel: -0.10
RST ID PHASE PHASE PHASE PHASE
0.0-0.1 0.1-0.2 0.2-0.3 0.3-0.4
LINE
2396.26
PHASE0.4-0.5
2397.00 2395.42 FeII lwp5842.dat
lwp19900.datflux: 5.34e-13
A obs: 2396.26
rv: 0.00
A A abs: 0.00A A tel: 0.00
2400.97 2399.23 FeII
flux: 2.27e-13
A obs: 2397.00rv: 198.01
_, A abs: 1.58
A A tel: 0.00
lwp7874.dat
2404.42 2402.60 FeII
flux: 1.65e-13A obs: 2400.97
rv: 217.08
/k A abs: 1.74
A A rel: 0.00
hvp7874.dat
2405.80 2402.60 FelI
flux: 1.14e-13
A obs: 2404.42
rv: 226.74
A abs: 1.82
A A rel: 0.00
hvp14062.dat
2414.52 2412.25 NiII
flux: 6.60e-13
A obs: 2405.80rv: 399.32
/k A abs: 3.20
A rel: 0.00
2417.41 2415.06 Fell
lwrl1781.dat
flux: 1.06e-13
A obs: 2414.52
rv: 282.80
A A abs: 2.27
A tel: 0.00
lwp19879.dat
2418.12 2416.14 NiII
flux: 8.92e-13
A obs: 2417.41
rv: 291.05
A A abs: 2.34A A tel: 0.00
lwr11781.dat
2419.16 2416.14 NiII
flux: 4.26e-13
A obs: 2418.12
rv: 245.97A A abs: 1.98
/k Are[: 0.00
lwrl1781.dat
flux: 1.96e-13
A obs: 2419.16
rv: 375.98
A A abs: 3.03
A A tel: 0.00
LINE _ RST ID PHASE PHASE PHASE PHASE PHASE
0.0-0.1 0 1-0.2 0.2-0.3 0 3-0.4 0.4-0.5
2419.60 lwr11781.dat
flux: 1.96e-13
A obs: 2419.60
rv: 0.00
A abs: 0.00
/k A rel: 0.002423.89 --
2426.08 hvpl2008.datflux: 1.33e-13
A obs: 2426.08
rv: 0.00
A A abs: 0.00/_ A rel: 0.00
2437.88 2434.95 Fell Iwp 19878.datflux: 4.19e-14
A obs: 2437.88
rv: 360.74
A A abs: 2.93/_ A rel: 0.00
lwr11781.dat
flux: 2.17e-13A obs: 2437.86
rv: 357.92A A abs: 2.91
A A rel: -0.022443.66 lwrl1781.dat
flux: 1.73e-13
A obs: 2443.66
rv: 0.00
A abs: 0.00A A rel: 0.00
2445.41 lwrl1781.dat
flux: 1.37e-13
A obs: 2445.41rv: 0.00
A ), abs: 0.00
A A rel: 0.002450.39 2448.11 FeII lwp13775.dat
flux: 1.84e- 13
A obs: 2450.39
rv: 278.77A abs: 2.27
A A tel: 0.00
lwr11781.dat
flux: 6.95e-13
A obs: 2450.27
rv: 264.32
A A abs: 2.16
A A rel: -0.122452.30 2449.73 Fell lwpl610.dat
flux: 6.70e- 13A obs: 2452.30
rv: 314.86
A A abs: 2.57
A A rel: 0.00
lwp19878.datflux: 3.83e- 14
A obs: 2452.22rv: 304.93
A abs: 2.49
A A rel: -0.08
RST ID PHASE PHASE PHASE PHASE PHASE
0.0-0.1 0. 1-0.2 0.2-0.3 0.3-0.4 0.4-0.5
LINE
2454.75
2457.13
lwp6906.datflux: 3.82e-13
A obs: 2454.75
rv: 0.00
A 3. abs: 0.00
A A rel: 0.00
2463.85
lwr11781.dat
flux: 1.29e-13
A obs: 2457.13
rv: 0.00
A 3. abs: 0.00A 3. tel: 0.00
2464.85
lwr11781.dat
flux: 1.09e-13
A obs: 2463.85
rv: 0.00
A 3. abs: 0.00
A 3. rel: 0.00
2469.46 --
2470.60 2468.18 Felllwp14062.dat
lwp19900.datflux: 2.29e-13
A obs: 2469.46rv: 0.00
A A abs: 0.00
A 3. rel: 0.00lwr11781.dat
2472.24
flux: 1.17e-13
A obs: 2470.60rv: 295.11
A 3. abs: 2.43
/', A rel: 0.00
flux: 1.04e- 13
A obs: 2470.52
rv: 284.91
A 3. abs: 2.34
/_ A rel: -0.08
2475.75
lwr11781.dat
flux: 1.33e-133. obs: 2472.24
rv: 0.00
A A abs: 0.00
A 3. tel: 0.00
2479.64 2476.68 Fell
lwp19902.datflux: 1.32e-13
3. obs: 2475.75
rv: 0.00
A 3. abs: 0.00
/k A tel: 0.00
lwp19878.datflux: 7.18e-14
A obs: 2479.64
rv: 359.04
A 3. abs: 2.96
A 3. rel: 0.00
LINE _ RST ID PHASE
0.0-0.1PHASE
0.1-0.2PHASE
0.2-0.3PHASE
0.3-0.4
PHASE
0.4-0.52483.38 lwp13775.dat
flux: 1.91e-13
A obs: 2483.09
rv: 0.00
A A abs: 0.00
A A rel: 0.00
lwp13775.datflux: 1.33e-13A obs: 2483.31
rv: 0.00
A A abs: 0.00
A A rel: 0.22
hvp13856.datflux: 1.81e-13
A obs: 2483.14
rv: 0.00
A A abs: 0.00
A A rel: 0.05
lwp13856.datflux: 7.49e-14
A obs: 2483.35
rv: 0.00
/X A abs: 0.00
A tel: 0.26
lwp6906.datflux: 1.61e-13
A obs: 2483.38
rv: 0.00
/_ A abs: 0.00A A tel: 0.29
lwpl200S.datflux: 3.71e-13
A obs: 2483.39
rv: 0.00
A A abs: 0.00
/k A rel: 0.30
lwp12033.datflux: 3.46e-13
A obs: 2483.40
rv: 0.00A A abs: 0.00
_, A tel: 0.31
lwp12038.datflux: 5.32e- 13
A obs: 2483.40rv: 0.00
/_ A abs: 0.00
/k A rel: 0.31
lwp13954.datflux: 1.93e-13A obs: 2483.24
rv: 0.00
/x A abs: 0.00
A A tel: 0.15
lwp7874.datflux: 5.26e-13A obs: 2483.20
rv: 0.00
A A abs: 0.00
A A rel: 0.11
lwp12172.datflux: 2.84e-13
A obs: 2483.35
rv: 0.00
/_ A abs: 0.00
A A rel: 0.26
lwp14062.dat
flux: 2.51e-13
A obs: 2483.27rv: 0.00
A A abs: 0.00
/', A rel: 0.18
lwp12197.datflux: 4.81e-12
A obs: 2483.35
rv: 0.00
/% A abs: 0.00A A tel: 0.26
lwpl4117.datflux: 2.66e-13 "
A obs: 2483.25
rv: 0.00
A A abs: 0.00
/k A rel: 0.16
lwp19878.datflux: 2.59e- 13
), obs: 2483.36
rv: 0.00
A abs: 0.00A A rel: 0.27
lwp19879.datflux: 2.91e-13
A obs: 2483.34
rv: 0.00
A A abs: 0.00/_ A rel: 0.25
lwp19888.datflux: 1.75e-13
A obs: 2483.33
rv: 0.00
/_ A abs: 0.00
A A rel: 0.24
lwp19889.datflux: 2.29e-13
A obs: 2483.35
rv: 0.00A A abs: 0.00
A A tel: 0.26
lwp19900.datflux: 1.38e-13
A obs: 2483.39
rv: 0.00
A A abs: 0.00
A A tel: 0.30
lwp19901.datflux: 1.04e-13
A obs: 2483.33
rv: 0.00
/_ A abs: 0.00
A A rel: 0.24
lwp19902.datflux: 1.70e-13
A obs: 2483.37
rv: 0.00
/k A abs: 0.00
A A rel: 0.28
RST IDLINE
2483.38
PHASE
0.0-0.1PHASE
0.1-0.2PHASE
0.2-0.3PHASE
0.3-0.4PHASE
0.4-0.5
2484.15 2482.12 FelIlwp12033.dat,
lwp19910.datflux: 1.89e-13
A obs: 2483.33
rv: 0.0O
A A abs: 0.00A A rel: 0.24
lwp19911.datflux: 2.48e-13
A obs: 2483.35
rv: 0.00
/k A abs: 0.00A A rel: 0.26
2493.96 2491.70 Fell
flux: 4.00e-14
A obs: 2484.15
rv: 245.83
A A abs: 2.03A A rel: 0.00
lwp12033.dat
2495.66 2493.29 Fell
flux: 2.57e-13
A obs: 2493.96rv: 271.87
A A abs: 2.26
A A rel: 0.00
lwr11781.dat
2501.14 2497.82 FelI lwp6906.dat
flux: 1.80e-13
A obs: 2495.66
rv: 284.21
A A abs: 2.36
A A tel: 0.00
2512.94 2510.53 Fell
flux: 1.62e-13
A obs: 2501.14rv: 398.73
A A abs: 3.32
A A tel: 0.00 B.
lwp12197.dat
2525.59 lwp13775.dat
flux: 5.62e- 13
A obs: 2512.94
rv: 287.74
A A abs: 2.41
A A tel: 0.00
2527.87
flux: 7.29e- 14
A obs: 2525.59
rv: 0.00
/', A abs: 0.00
A A rel: 0.00
lwp19888.datflux: 7.20e- 14
A obs: 2527.87
rv: 0.00
A A abs: 0.00A A rel: 0.00
LINE )k RST ID PHASE PHASE PHASE PHASE PHASE
0.0-0.1 0.1-0.2 0.2-0.3 0.3-0.4 0.4-0.52528.53
2538.92
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RST IDLINE
2990.63
PHASE PHASE PHASE PHASE PHASE
0.0-0.1 0.1-0.2 0.2-0.3 0.3-0.4 0.4-0.5
lwp5842.dat lwp13856.dat lwp6906.dat lwp19879.dat
2991.81
flux: 2.74e-13A obs: 2990.63
rv: 0.00
A A abs: 0.00
/k A tel: 0.00
lwp13775.datflux: 1.84e-13
A obs: 2990.46rv: 0.00
Zk A abs: 0.00
A A tel: -0.17
flux: 1.46e-13
A obs: 2990.39
rv: 0.00A A abs: 0.00
/k A rel: -0.24
flux: 1.44e-13
A obs: 2990.63
rv: 0.00
A A abs: 0.00/k A rel: -0.01
lwpl2008.datflux: 2.09e-13
A obs: 2990.73
rv: 0.00
/k A abs: 0.00
/x A rel: 0.10
lwp13954.datflux: 1.20e-13
A obs: 2990.54
rv: 0.00
/k A abs: 0.00
/k A tel: -0.10
iwpl2008.dat
flux: 6.89e-14
A obs: 2990.86
rv: 0.00/k A abs: 0.00
A A rel: 0.23
lwp19879.dat
2992.41
flux: 9.22e-14
A obs: 2991.81
rv: 0.00
A A abs: 0.00
/k A rel: 0.00
lwp13904.datflux: 2.27e-13
A obs: 2991.94rv: 0.00
A abs: 0.00
/X A rel: 0.13
lwp14062.dat
flux: 5.48e- 14
A obs: 2991.91
rv: 0.00
A A abs: 0.00
A A rel: 0.10
lwp19879.dat
2993.83
flux: 1.06e-13
A obs: 2992.41
rv: 0.00
/_ A abs: 0.00
A A tel: 0.00
lwp12033.dat
flux: 2.69e-14
A obs: 2992.44
rv: 0.00/_ A abs: 0.00
/k A tel: 0.03
lwp19879.dat
2994.48
flux: 1.44e-13
A obs: 2993.83rv: 0.00
A abs: 0.00
/k A tel: 0.00lwp5842.dat lwp6906.dat
flux: 2.32e- 14
A obs: 2994.14
rv: 0.00
A A abs: 0.00
/k A rel: 0.31
lwp19879.datflux: 1.37e-13
A obs: 2994.48
rv: 0.00/', A abs: 0.00
A, A rel: 0.00
flux: 1.20e-13
A obs: 2994.53
rv: 0.00A A abs: 0.00
/k A rel: 0.06
lwp13904.datflux: 1.09e-13
A obs: 2994.45rv: 0.00
/k A abs: 0.00
A A rel: -0.03
flux: 2.32e-14
A obs: 2994.14
rv: 0.00
A A abs: 0.00
A A tel: -0.33
lwp 19888.datflux: 2.24e-14
A obs: 2994.33
rv: 0.00
/X A abs: 0.00
A A rel: -0.15
61
LINE )k RST ID(
PHASE
0.0-0.1PHASE
0.1-0.2PHASE
0.2-0.3PHASE
0.3-O.4PHASE
0.4-0.52996.55
2997.48
lwp12008.datflux: 8.12e-14
obs: 2996.55
rv: 0.00
/_ _ abs: 0.00A _ rel: 0.00
lwp5842.dat
2998.05
flux: 7.96e-14
obs: 2997.48rv: 0.00
A A abs: 0.00
A _ tel: 0.00
lwp12038.dat lwrl1781.dat
2998.69
flux: 1.17e-13
), obs: 2998.05
rv: 0.00
A A abs: 0.00
A A rel: 0.00
lwp12038.dat
flux: 1.94e-13
A obs: 2998.39
rv: 0.00
A A abs: 0.00
A A rel: 0.34
lwr11781.dat
2999.25
flux: 6.94e-14
)_ obs: 2998.69
rv: 0.00
A )_ abs: 0.00Zk ,_ rel: 0.00
lwp12038.dat
flux: 1.94e-13
obs: 2998.39rv: 0.00
/_ A abs: 0.00
/_ A rel: -0.29
2999.94
flux: 9.87e-14
), obs: 2999.25
rv: 0.00
A _ abs: 0.00
A A rel: 0.00
lwp19901.datflux: 7.93e-14
obs: 2999.94
rv: 0.00
/_ _ abs: 0.00
/k A tel: 0.003002.62
3005.08
lwp14062.datflux: 6.04e-14
A obs: 3002.62
rv: 0.00
A A abs: 0.00/_ A tel: 0.00
lwp6906.dat
3006.28
flux: 8.22e-14
), obs: 3005.08
rv: 0.00A A abs: 0.00
A A rel: 0.00
lwp6906.datflux: 1.15e-13
obs: 3006.28
rv: 0.00
), abs: 0.00
A _ tel: 0.00
62
)_ RST IX)LINE
3011.03
PHASE PHASE PHASE PHASE PHASE
0.0-0.1 0.1-0.2 0.2-0.3 0.3-0.4 0.4-0.5
3017.39lwp13856.dat lwp6906.dat
lwp19888.datflux: 8.64e-14
A obs: 3011.03
rv: 0.00/k A abs: 0.00
A rel: 0.00
3018.45
flux: 1.23e-13 flux: 3.84e-13
A obs: 3017.14 A obs: 3017.39rv: 0.00 rv: 0.00
A abs: 0.00 A A abs: 0.00
A rel: 0.00 /_ A rel: 0.26
3020.81lwpl2008.dat
lwp19911.datflux: 1.33e-13
A obs: 3018.45
rv: 0.00
A A abs: 0.00A A tel: 0.00
3021.96
flux: 1.23e-13A obs: 3020.81
rv: 0.00
A A abs: 0.00
/_ A rel: 0.00
lwp19879.dat
3023.15
flux: 6.97e-14
A obs: 3021.96
rv: 0.00
_, A abs: 0.00/k A rel: 0.00
lwp19888.datflux: 3.40e-14
A obs: 3022.19
rv: 0.00
A A abs: 0.00/_ A tel: ff.23
]wp5842.dat lwp19888.dat
3025.29
flux: 4.83e-13
A obs: 3023.15
rv: 0.00
A A abs: 0.00
A tel: 0.00
lwp 14062.dat
flux: 4.01e-14
A obs: 3022.97 .
rv: 0.00
A A abs: 0.00
A A rel: -0.19
3026.06
flux: 9.49e-14
A obs: 3025.29rv: 0.00
A A abs: 0.00
A A tel: 0.00
lwp13904.datflux: 1.28e-13A obs: 3026.06
rv: 0.00
/k A abs: 0.00
/k A rel: 0.00
63
B.ST IDLINE
302'.-.54
PHASE
0.0-0.1
PHASE
0.1-0.2
PHASE
0.2-0.3PHASE
0.3-0.4
PHASE
0.4-0.5
lwp 19902.datflux: 1.02e-13
A obs: 3027.54
rv: 0.00
A A abs: 0.00/x A rel: 0.00
3028.05 lwp6906.datflux: 1.11e-13
A obs: 3028.05
rv: 0.00
/k A abs: 0.00
/k A tel: 0.00
lwp7874.datflux: 7.44e-14
A obs: 3028.38
rv: 0.00
A A abs: 0.00
A A rel: 0.333029.42 lwrl1781.dat
flux: 1.66e-13
), obs: 3029.42
rv: 0.00
A A abs: 0.00A A rel: 0.00
3030.09 lwrl1781.dat
flux: 9.56e-14A obs: 3030.09
rv: 0.00
/_ A abs: 0.00
zk A rel: 0.00
64
j.
f.Qi,.-0,.
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spectra_by_phase Thu May 21 18 :I0 :09 1992 1
Ken,
Here is the same listing as before, but sorted by the phase of the
observation. It makes me wonder whether we have made the right choices
in requesting the sceduling as we did. But, since the observations are
planned to begin in February, I think that we still have a couple of
weeks of leeway if we want to change our minds. IN particular, it
seems as though phases 0.40 - 0.42 are ***very*** well covered, even
with multiple observations only a fraction of a day apart. We might
well want to consider more coverage either earlier or later ....
jay
PS have a pleasant (long) weekend.
0.05
0.08
0.14
0.20
0.20
0.22
0.23
0.24
0.25
0.26
0.27
0.29
0.35
0.38
0.40
O.4O
0 4O
0 41
0 41
0 41
0
0
0
0
0
0
0
0
0
iwp13775
iwp05842
iwp13856
iwp06906
iwp13904
lwp01610
Iwp12008
iwp13954
iwp12033
iwp12038
iwp12044
iwp07874
iwp14062
lwp12172
lwp14117
iwp19878
iwp19879
iwp12197
iwp19888
iwp19889
42 iwp19900
42 iwp19901
42 iwp19902
43 iwp19910
43 lwp19911
44 lwrl1781
53 iwp12304
65 iwr14135
82 iwp20353
155.00
70 00
190 00
120 00
140 00
60 00
130 00
150 00
195 00
135 00
130 00
329 00
187 00
127 00
280 00
300 00
300 00
103.00
360.00
280.00
200.00
200.00
180.00
280.00
288.00
85.00
120.00
100.00
90.00
2447375.50
2446183.50
2447389.50
2446351.50
2447397.50
2445157.50
2447103.75
2447403.50
2447106.50
2447107.75
2447108.75
2446514.50
2447420 75
2447125 75
2447427 50
2448325 00
2448325 25
2447129 75
2448326 00
2448326 25
2448328 00
2448328 25
2448328 25
2448329 00
2448329 25
2444891 50
2447147 75
2445221 50
2448387 25
5.
LINE ,_ rtST ID PHASE PHASE PHASE PHASE PHASE
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LINE ]k lIST ID
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LINE _ RST ID PHASE PHASE PHASE PHASE PHASE
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LINE _ RST ID PHASE PHASE PHASE PHASE PHASE
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LINE _ RST ID PHASE PHASE PHASE PHASE PHASE
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LINE _ RST ID PHASE PHASE PHASE PHASE PHASE
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PHASE
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PHASE
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PHASE
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PHASE
0.9-1.0
2913.09 2916.15 Fell
2913.50 2916.15 Fell
2914.64 2917.47 Fell
2915.34 2917.47 FeII
2916.34 --
2916.83 --
2917.44 --
5O
LINE_ _ RST ID PHASE PHASE PHASE PHASE PHASE
0.5-0.6 0.6-0.7 0.7-0.8 0.8-0.9 0.9-1.02917.44 --
2917.95 lwp12304.datflux: 4.81e-14
A obs: 2918.34
rv: 0.00
A abs: 0.00/k A tel: 0.40
2918.62 lwp12304.datflux: 4.81e-14A obs: 2918.34
rv: 0.00
A abs: 0.00
A A tel: -0.60
lwp12304.datflux: 3.97e-14
A obs: 2918.84
rv: 0.00/_ A abs: 0.00
/k A tel: -0.102919.07 lwp12304.dat
flux: 3.97e-14A obs: 2918.84
rv: 0.00
A abs: 0.00
A tel: -0.10
lwp12304.datflux: 4.70e-14
A obs: 2919.21
rv: 0.00
/X A abs: 0.00
/X A tel: 0.27
2919.48 lwp12304.datflux: 4.70e-14
A obs: 2919.21rv: 0.00
/k A abs: 0.00
/k A tel: -0.27
51
RST ID PHASE PHASE PHASE PHASE PHASE
0.5-0.6 0.6-0.7 0.7-0.8 0.8-0.9 0.9-1.0
.47
51 °-
07 - -
83 2926.58 FeII
97 - -
52
RST ID PHASE PHASE PHASE PHASE PHASE0.5-0.6 0.6-0.7 0.7-0.8 0.8-0.9 0.9-1.0
LINE :
2929.50
2931.41 --
53
LINE , _ RST ID PHASE PHASE PHASE PHASE PHASE
0.5-0.6 0.6-0.7 0.7-0.8 0.8-0.9 0.9-1.02933.35 --
2935.05 --
2938.71
2939.23 --
2941.65 2945.26 Fell
2942.42 2945.26 Fell
2943.12 2945.26 Fell
54
LINE : _ RST IT) PHASE PHASE PHASE PHASE PHASE
0.5-0.6 0.6-0.7 0.7-0.8 0.8-0.9 0.9-1.02943.78 --
2944.59 --
2945.22
2945.93 -- lwp12304.dat
2947.22
flux: 1.06e-13
obs: 2946.26
rv: 0.00
/x R abs: 0.00A _ rel: 0.60
2947.80 --
55
LINE ,_ _ RST ID
2948.50
PHASE
0.5-O.6PHASE
0.6-0.7PHASE
0.%0.8PHASE
0.8-0.9
PHASE
0.9-1.0
2949.55 --
2950.29 2953.77 FeII
2950.86 2953.77 FeII
56
LINE , _ RST ID PHASE
0.5-0.6
2951.48 2953.77 FeII
PHASE
0.6-0.7PHASE
0.7-0.8PHASE
0.8-0.9PHASE
0.9-1.0
2952.20 --
2953.67 --
2954.27 --
2955.32 --
2956.66 --
2957.22 --
57
LINE _ _ P,ST ID PHASE
0.5-0.6
PHASE
0.6-0.7
PHASE
0.7-0.8
PHASE
0.8-0.9
PHASE
0.9-1.0
2957.74 2961.27 FelI
2960.13 --
2964.05 --
2965.07 --
2967.64 2970.51 FeII
2968.24 2970.51 Fell
2969.23 --
58
ltST LD PHASE PHASE PHASE PHASE
0.5-0.6 0.6-0.7 0.7-0.8 0.8-0.9
LINE
2971.15
PHASE0.9-1.0
2972.31 - -
2973.75
lwp20353.datflux: 1.69e-13
obs: 2972.31
rv: 0.00
A _ abs: 0.00
A _ tel: 0.00
2974.51 - -
2975.42 2979.35 FeII
lwp20353.datflux: 1.38e-13
obs: 2974.55
rv: 0.00A _ abs: 0.00
A )_ tel: 0.04
2976.13
2977.64 2979.35 FeII
59
LINE _ RST ID PHASE PHASE PHASE PHASE PHASE
0.5-0.6 0.6-0.7 0.7-0.8 0.8-0.9 0.9-1.0
2978.87 - -
2979.91 --
2980.39 --
2980.88 --
2981.73 --
2982.35 --
2983.21 --
6O
RST IDLINE
2983.21
PHASE
0.5-0.6PHASE
0.6-0.7PHASE
O.7-0.8PHASE
0.8-0.9PHASE
0.9-1.0
2983.97 --
2985.32 --
2985.88 --
2986.49 --
2987.24 --
2987.93 --
61
LINE _ lIST ID PHASE PHASE PHASE PHASE PHASE
0.5-0.6 0.6-0.7 0.7-0.8 0.8-0.9 0.9-1.0
2988.63 --
2989.21 --
2989.71 --
2990.63 --
2991.81 --
2992.41 --
62
LINE , A RST ID
2993.83
PHASE
0.5-0.6PHASE
0.6-0.7PHASE
0.7-0.8PHASE
0.8-0.9PHASE
0.9-1.0
2994.48 --
2996.55 --
2997.48 --
2998.39 --
2999.25 --
2999.94 --
63
LINE , _ RST ID PHASE PHASE PHASE PHASE PHASE0.5-0.6 0.6-0.7 0.7-0.8 0.8-0.9 0.9-1.0
3002.62 --
3005.08 --
3006.28 --
3011.03 --
3017.39 --
3018.45 --
3020.81 --
3021.96 --
64
LINE ,_ RST ID PHASE PHASE PHASE PHASE PHASE
0.5-0.6 0.6-0.7 0.7-0.8 0.8-0.9 0.9-1.0
3023.15 --
3025.29
3026.06 lwr14135.dat
flux: 2.92e-13
obs: 3025.91rv: 0.00
/x ,_ abs: 0.00
/k A tel: -0.15
3027.54 --
3028.05 --
3029.42 --
3030.09 --
65
