! Proposal 6922, submission 1
! PI: SHERIE T. HOLFELTZ
! Received Wed Mar 20 16:31:06 EST 1996
! From: holfeltz@stsci.edu
! Program #6922

Proposal_Information

   Title:               BLUE TF CALIBRATION
   Proposal_Category:   CAL/AST
   Scientific_Category: 
   Cycle:               6


Investigators

   PI_name:             SHERIE T. HOLFELTZ
   PI_Institution:      STSCI
   CoI_Name:            OLIVIA LUPIE
   CoI_Institution:     STSCI
   Contact:             N
   CoI_Name:            LAURETTA NAGEL
   CoI_Institution:     STSCI
   Contact:             Y
   CoI_Name:            MARIO G. LATTANZI
   CoI_Institution:     STSCI
   Contact:             N


Questions

   Observing_Description:
   Real_Time_Justification:
   Calibration_Justification:
   Additional_Comments: 


Abstract:      The purpose of this proposal is to obtain blue reference TFs
          through the PUPIL, CLEAR and NEUTRAL DENSITY filters  at the center 
          of the fov of FGS #3 (the astrometer). These Transfer Functions will 
          be used to deduce the presence of secondary stars in multiple systems
          and to calibrate the non-zero angular diameter of extended sources. 

Fixed_Targets


   Target_Number:       2
   Target_Name:         LAT-COL-1B
   Alternate_Names:     BLUE-XMAS
   Description:         CALIBRATION,ASTROMETRIC,
   Position:            RA=05H 59M 27.333S +/- 0.03S,
                        DEC=+22D 34' 39.720" +/-  0.3"
   Equinox:             J2000
   Epoch:               
   Rv_or_z:             
   RA_PM:               0.0
   Dec_PM:              0.0
   Annual_Parallax:     0.0
   Flux:                V = 9.58 +/- 0.05
                        B-V = 0.182 +/- 0.05	! uncertainty?
   Comments:            FAINT BLUE FGS STANDARD STAR
                        AKA "GREEN" XMAS STAR FROM
                        LATERAL COLOR PROGRAM


   Target_Number:       6
   Target_Name:         HD28149
   Alternate_Names:     
   Description:         CALIBRATION,ASTROMETRIC,
   Position:            RA=04H 27M 17.41S +/- 0.05S,
                        DEC=+22D 59' 47.5" +/-  0.5"
   Equinox:             J2000
   Epoch:               
   Rv_or_z:             
   RA_PM:               0.0
   Dec_PM:              0.0
   Annual_Parallax:     0.0
   Flux:                V = 5.54 +/- 0.1
                        B-V = -0.1 +/- 0.05
   Comments:            BRIGHT, BLUE FGS STANDARD STAR


Solar_System_Targets


Generic_Targets


Scan_Data


Visits

Visit_Number:           01
Visit_Requirements:

   Exposure_number:     1
   Target_Name:         LAT-COL-1B
   Config:              FGS
   Opmode:              TRANS
   Aperture:            3
   Sp_Element:          PUPIL
   Wavelength:          
   Optional_Parameters: SCANS=15, STEP-SIZE=0.6, DATA-RATE=32
   Number_of_iterations:1
   Time_Per_Exposure:   960S
   Special_Requirements:POS TARG 0.0,0.0
                        SEQ 1 - 2 NON-INT
   Comments:            

   Exposure_number:     2
   Target_Name:         LAT-COL-1B
   Config:              FGS
   Opmode:              TRANS
   Aperture:            3
   Sp_Element:          F583W
   Wavelength:          
   Optional_Parameters: SCANS=15, STEP-SIZE=0.6, DATA-RATE=32
   Number_of_iterations:1
   Time_Per_Exposure:   960S
   Special_Requirements:POS TARG 0.0,0.0
   Comments:            


Visit_Number:           02

   Exposure_number:     1
   Target_Name:         HD28149
   Config:              FGS
   Opmode:              TRANS
   Aperture:            3
   Sp_Element:          F5ND
   Wavelength:          
   Optional_Parameters: SCANS=30, STEP-SIZE=0.6, DATA-RATE=32
   Number_of_iterations:1
   Time_Per_Exposure:   2100S
   Special_Requirements:POS TARG 0.0,0.0
   Comments:            


Data_Distribution

   Medium:              8MM
   Blocking_Factor:     10
   Ship_To:             CoI_Address
   Ship_Via:            UPS
   Recipient_Email:     
! Actually, we do not want any data tapes; we will get the data from STARVIEW.