!  File:  4887C.PROP
!  Database:  PEPDB
!  Date:  23-FEB-1994:08:03:56

coverpage:

  title_1:         X-RAY BINARIES-AUG - CYC3HIGH
    sci_cat:       STELLAR ASTROPHYSICS
    proposal_for:  AUG/HSP
    cont_id:       3249
    pi_fname:      ROBERT
    pi_mi:         C.
    pi_lname:      BLESS
    pi_inst:       WISCONSIN, UNIVERSITY OF
    pi_country:    USA
    pi_phone:      (608)262-1715
    keywords_1:    X-RAY BINARIES: NEUTRON STARS: BLACK HOLES
    hours_pri:     24.14
    num_pri:       10
    realtime:      Y
! end of coverpage

abstract:

    line_1:        The extreme conditions existing in the near vicinity
    line_2:        of neutron stars which are the secondaries in close
    line_3:        binaries provide a laboratory in which we may
    line_4:        observationally confirm or refine many of our basic
    line_5:        theories of astrophysics.  This program will monitor
    line_6:        the photometric and polarimetric light curves of
    line_7:        X-ray binaries at several different phases of the
    line_8:        binary orbit in several different wavelength bands
    line_9:        in the UV. The results will be related to the
    line_10:       structure of, and physical conditions existing in,
    line_11:       the gas streams (and possibly, the accretion disk)
    line_12:       in these systems.  Revision History (4036): Prepared
    line_13:       for augmentation submission--Dolan 5/8/92;

!
! end of abstract

general_form_proposers:

  lname:           VAN CITTERS
    fname:         G.
    mi:            W.
    inst:          NATIONAL SCIENCE FOUNDATION
    country:       USA

!

  lname:           BLESS
    fname:         ROBERT
    mi:            C.
    inst:          WISCONSIN, UNIVERSITY OF
    country:       USA

!

  lname:           DOLAN
    fname:         JOSEPH
    mi:            F.
    inst:          NASA, GODDARD SPACE FLIGHT CENTER
    country:       USA

!

  lname:           ELLIOT
    fname:         JAMES
    mi:            L.
    inst:          MASSACHUSETTS INSTITUTE OF TECHNOLOGY
    country:       USA

!

  lname:           ROBINSON
    fname:         EDWARD
    mi:            L.
    inst:          TEXAS, UNIVERSITY OF
    country:       USA

!

  lname:           WHITE
    fname:         RICHARD
    mi:            L.
    inst:          SPACE TELESCOPE SCIENCE INSTITUTE
    country:       USA

!
! end of general_form_proposers block

general_form_text:

  question:        3
    section:       1
    line_1:        The photometric and polarimetric light curves of
    line_2:        each target will be built up by measuring the
    line_3:        magnitude and linear polarization of the system in
    line_4:        several different wavelength bands at several
    line_5:        different phases in one orbit.  Investigation of
    line_6:        temporal variations in any gas stream will require
    line_7:        observations over several different orbits. Some of
    line_8:        these systems undergo substantial luminosity changes
    line_9:        in the optical or X-ray region of the spectrum; the
    line_10:       observations will be repeated for each different
    line_11:       luminosity state the system assumes.  Cycle 1
    line_12:       (SV/GTO) observations:  Exposures (line numbers) 37
    line_13:       to 48 and lines 55-60 on 1 month centers

!

  question:        4
    section:       1
    line_1:        UV radiation is believed to originate closer to the
    line_2:        accretion disk around the secondary in X-ray
    line_3:        binaries than does longer wavelength optical
    line_4:        radiation.  Hence, observations in the UV,
    line_5:        accessible only to ST, will probe a different region
    line_6:        of the gas streams between the stars than can be
    line_7:        done in the optical.  It is expected that the
    line_8:        results will be more directly relatable to the
    line_9:        conditions existing near the neutron star.

!

  question:        5
    section:       1
    line_1:        The observations must be correlated with the period
    line_2:        of the binary to obtain the desired light curves.

!

  question:        7
    section:       1
    line_1:        Given scattering from gas streams, the polarimetric
    line_2:        (q, u) plot can determine the location of the stream
    line_3:        relative to the line of centers and the orbital
    line_4:        plane and the eccentricity of the scattering
    line_5:        location's orbit about the primary (Dolan and Tapie,
    line_6:        Astron. Ap., 139, 249, 1984; Dolan, Astron. Ap.,
    line_7:        138, 1, 1984; and references cited therein). The
    line_8:        phases at which photometric and polarimetric
    line_9:        variability occur provide the longitudinal location
    line_10:       of the gas streams; the magnitude of the varitions
    line_11:       cn be related to the total amount of material in the
    line_12:       stream. The ionization state of the stream can be
    line_13:       determined from the dependence of the polarimetric
    line_14:       variability on wavelength: Rayleigh scattering
    line_15:       varies as the inverse 4th power of the wavelength
    line_16:       and indicates neutral atoms as the scattering
    line_17:       agents; Thomson scattering is independent of
    line_18:       wavelength and indicate free electrons (i.e.,
    line_19:       ionized atoms) as the scattering agents. Variations
    line_20:       in phase of features on the photometric and

!

  question:        12
    section:       1
    line_1:        The X-ray binaries program is directly related to
    line_2:        the first scientific objective listed in the HSP CEI
    line_3:        specifications, "determination of the properties of
    line_4:        ... X-ray binaries, gas streams and accretion disks
    line_5:        in compact binary systems", and to the fifth
    line_6:        scientific objective, "determination of the
    line_7:        wavelength and time dependence of polarization in
    line_8:        compact binaries".

!

  question:        13
    section:       1
    line_1:        Photometric and polarimetric light curves of X-ray
    line_2:        binaries will be established at several different UV
    line_3:        wavelengths. Changes in these light curves will be
    line_4:        monitored as a function of the luminosity state of
    line_5:        the system. The results will be related to the
    line_6:        structure of, and physical conditions in, the gas
    line_7:        streams and accretion disk in these close binaries.

!
!end of general form text

general_form_address:

  lname:           BLESS
    fname:         ROBERT
    mi:            C.
    category:      PI
    inst:          UNIVERSITY OF WISCONSIN
    addr_1:        SPACE ASTRONOMY LAB.
    addr_2:        1150 UNIVERSITY AVE.
    city:          MADISON
    state:         WI
    zip:           53706
    country:       USA
    phone:         608-262-1715

!

  lname:           DOLAN
    fname:         JOSEPH
    mi:            F.
    category:      CON
    inst:          NASA, GODDARD SPACE FLIGHT CENTER
    addr_1:        CODE 681
    city:          GREENBELT
    state:         MD
    zip:           20771
    country:       USA
    phone:         (301)286-5920

!
! end of general_form_address records

fixed_targets:

    targnum:       1
    name_1:        LMCX-3
    descr_1:       X-RAY BINARY
    pos_1:         RA = 05H 38M 56.4S +/- 0.1S,
    pos_2:         DEC = -64D 05' 01" +/- 1"
    equinox:       2000
    fluxnum_1:     1
    fluxval_1:     V=16.9

!

    targnum:       3
    name_1:        4U1907+09
    descr_1:       ^
    pos_1:         RA = 19H 9M 38.1S +/- 1.0",
    pos_2:         DEC = +09D 49' 48.0" +/- 1.0"
    equinox:       2000
    fluxnum_1:     1
    fluxval_1:     V=16.4

!
! end of fixed targets

! No solar system records found

! No generic target records found

exposure_logsheet:

    linenum:       0.600
    sequence_1:    DEFINE
    sequence_2:    ACQP
    targname:      #
    config:        HSP/POL
    opmode:        ACQ
    num_exp:       1
    time_per_exp:  24S
    s_to_n:        6
    fluxnum_1:     1
    priority:      #

!

    linenum:       15.000
    sequence_1:    DEFINE
    sequence_2:    SPOL
    targname:      #
    config:        HSP/POL
    opmode:        STAR-SKY
    aperture:      POL0
    sp_element:    #
    num_exp:       1
    time_per_exp:  33S
    s_to_n:        100
    fluxnum_1:     1
    priority:      #
    param_1:       #
    req_1:         SEQ 15-21 NO GAP;

!

    linenum:       17.000
    sequence_1:    ^
    targname:      #
    config:        ^
    opmode:        ^
    aperture:      POL90
    sp_element:    #
    num_exp:       ^
    time_per_exp:  33S
    s_to_n:        100
    fluxnum_1:     ^
    priority:      #
    param_1:       #

!

    linenum:       19.000
    sequence_1:    ^
    targname:      #
    config:        ^
    opmode:        ^
    aperture:      POL45
    sp_element:    #
    num_exp:       ^
    time_per_exp:  33S
    s_to_n:        100
    fluxnum_1:     ^
    priority:      #
    param_1:       #

!

    linenum:       21.000
    sequence_1:    DEFINE
    sequence_2:    SPOL
    targname:      #
    config:        HSP/POL
    opmode:        STAR-SKY
    aperture:      POL135
    sp_element:    #
    num_exp:       1
    time_per_exp:  33S
    s_to_n:        100
    fluxnum_1:     1
    priority:      #
    param_1:       #

!

    linenum:       30.900
    sequence_1:    USE ACQP
    targname:      LMCX-3
    time_per_exp:  X2
    priority:      2
    req_1:         INT ACQ FOR 31.1;
    req_2:         SEQ 30.9-31.106 NO GAP;
    req_3:         CYCLE 3 / 30.9-69.195;
    req_4:         PCS MODE F / 30.9-69.195;

!

    linenum:       31.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,
    comment_1:     OTHER SPOILER-ANGLES
    comment_2:     ARE 300, 269 AND 200.

!

    linenum:       31.101
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,
    comment_1:     OTHER SPOILER-ANGLES
    comment_2:     ARE 300, 269 AND 200.

!

    linenum:       31.105
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      ^
    sp_element:    F277M
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,
    comment_1:     OTHER SPOILER-ANGLES
    comment_2:     ARE 300, 269 AND 200.

!

    linenum:       31.106
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,
    comment_1:     OTHER SPOILER-ANGLES
    comment_2:     ARE 300, 269 AND 200.

!

    linenum:       34.500
    sequence_1:    USE ACQP
    targname:      LMCX-3
    time_per_exp:  X2
    priority:      2
    req_1:         ONBOARD ACQ FOR 35.1-36.1;
    req_2:         AFTER 30.9 BY 0.28D +/- 0.1D

!

    linenum:       35.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,
    comment_1:     OTHER SPOILER-ANGLES FOR LINES
    comment_2:     35.1-36.1 ARE 300, 269, AND 200.

!

    linenum:       35.110
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       36.000
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       36.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       37.000
    sequence_1:    USE ACQP
    targname:      LMCX-3
    time_per_exp:  X2
    priority:      2
    req_1:         ONBOARD ACQ FOR 37.1-37.21;
    req_2:         AFTER 30.9 BY 0.56D +/- 0.1D

!

    linenum:       37.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,
    comment_1:     OTHER SPOILER-ANGLES FOR LINES
    comment_2:     37.1-37.21 ARE 300, 269, AND 200.

!

    linenum:       37.110
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       37.200
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       37.210
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       38.000
    sequence_1:    USE ACQP
    targname:      LMCX-3
    time_per_exp:  X2
    priority:      2
    req_1:         ONBOARD ACQ FOR 38.1-38.21;
    req_2:         AFTER 30.9 BY 0.84D +/- 0.1D

!

    linenum:       38.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,
    comment_1:     OTHER SPOILER-ANGLES FOR LINES
    comment_2:     38.1-38.21 ARE 300, 269, AND 200.

!

    linenum:       38.110
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       38.200
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       38.210
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       39.000
    sequence_1:    USE ACQP
    targname:      LMCX-3
    time_per_exp:  X2
    priority:      2
    req_1:         ONBOARD ACQ FOR 39.1-39.21;
    req_2:         AFTER 30.9 BY 1.12D +/- 0.1D

!

    linenum:       39.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,
    comment_1:     OTHER SPOILER-ANGLES FOR LINES
    comment_2:     39.1-39.21 ARE 300, 269, AND 200.

!

    linenum:       39.110
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       39.200
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       39.210
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       40.000
    sequence_1:    USE ACQP
    targname:      LMCX-3
    time_per_exp:  X2
    priority:      2
    req_1:         ONBOARD ACQ FOR 40.1-40.21;
    req_2:         AFTER 30.9 BY 1.40D +/- 0.1D

!

    linenum:       40.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,
    comment_1:     OTHER SPOILER-ANGLES FOR LINES
    comment_2:     40.1-40.21 ARE 300, 269, AND 200.

!

    linenum:       40.110
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       40.200
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       40.210
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      LMCX-3
    sp_element:    F277M
    time_per_exp:  X5
    priority:      2
    param_1:       SPOILER-ANGLE=328,
    param_2:       SPOILER-SPREAD=10,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       63.500
    sequence_1:    USE ACQP
    targname:      4U1907+09
    time_per_exp:  X2
    priority:      3
    req_1:         ONBOARD ACQ FOR 64-64.95;

!

    linenum:       64.000
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      ^
    sp_element:    F277M
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       64.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      ^
    sp_element:    F277M
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       64.900
    sequence_1:    ^
    targname:      ^
    sp_element:    ^
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       64.950
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       65.000
    sequence_1:    USE ACQP
    targname:      4U1907+09
    time_per_exp:  X2
    priority:      3
    req_1:         ONBOARD ACQ FOR 65.1-65.195;
    req_2:         AFTER 63.5 BY 1.4D +/- 0.1D;

!

    linenum:       65.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       65.150
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       65.190
    sequence_1:    ^
    targname:      ^
    sp_element:    ^
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       65.195
    sequence_1:    ^
    targname:      ^
    sp_element:    ^
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       66.000
    sequence_1:    USE ACQP
    targname:      4U1907+09
    time_per_exp:  X2
    priority:      3
    req_1:         ONBOARD ACQ FOR 66.1-66.195;
    req_2:         AFTER 63.5 BY 2.8D +/- 0.1D;

!

    linenum:       66.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       66.150
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       66.190
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       66.195
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       67.000
    sequence_1:    USE ACQP
    targname:      4U1907+09
    time_per_exp:  X2
    priority:      3
    req_1:         ONBOARD ACQ FOR 67.1-67.195;
    req_2:         AFTER 63.5 BY 4.2D +/- 0.1D;

!

    linenum:       67.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       67.150
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       67.190
    sequence_1:    ^
    targname:      ^
    sp_element:    ^
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       67.195
    sequence_1:    ^
    targname:      ^
    sp_element:    ^
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       68.000
    sequence_1:    USE ACQP
    targname:      4U1907+09
    time_per_exp:  X2
    priority:      3
    req_1:         ONBOARD ACQ FOR 68.1-68.195;
    req_2:         AFTER 63.5 BY 5.6D +/- 0.1D;

!

    linenum:       68.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       68.150
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       68.190
    sequence_1:    ^
    targname:      ^
    sp_element:    ^
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       68.195
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       69.000
    sequence_1:    USE ACQP
    targname:      4U1907+09
    time_per_exp:  X2
    priority:      3
    req_1:         ONBOARD ACQ FOR 69.1-69.195;
    req_2:         AFTER 63.5 BY 7.0D +/- 0.1D;

!

    linenum:       69.100
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       69.150
    sequence_1:    USE
    sequence_2:    SPOL
    targname:      4U1907+09
    sp_element:    F277M
    time_per_exp:  X5
    priority:      3
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       69.190
    sequence_1:    ^
    targname:      ^
    sp_element:    ^
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!

    linenum:       69.195
    sequence_1:    ^
    targname:      ^
    sp_element:    ^
    time_per_exp:  X5
    priority:      ^
    param_1:       SPOILER-ANGLE=314.5,
    param_2:       SPOILER-SPREAD=33,
    param_3:       SAMPLE-TIME=1,
    param_4:       SKY-SAMPLE=0.1,

!
! end of exposure logsheet

! No scan data records found