All field names link to the RPS help file for Chandra_RfO_DDT.
Click on the box at the left of the section headers to toggle the display of the individual form sections. Javascript must be enabled.

on Cover Page : Help

Principal Investigator

 
 

Please select a Country and then select the Institute :

If it is not in the list, just type it in the Institute field.
 
 
 
 
 
 
 
 
 
 

Please select four or more keywords
(maximum of 255 characters)
describing your proposal science.
Be inclusive; your selections may
be used for archive searches.
(200 characters)


on General Form : Help

Is the Co-I doing observing, rather than the PI? 
CoI First Name       CoI Last Name
  
CoI E-Mail Address  
CoI Telephone       

24 Hour Contact Information       


Scientific Justification (1000 characters)
    

Justification for this Particular Target  (200 characters)


Why can't the observation wait for the next Chandra CfP?  (400 characters)


If Transient, Likelihood of Detection, Duration and Recurrence of Transient Behavior (300 characters)


Response Time Requested  

Justification of Response Time  (400 characters)



Have you/Co-Is requested XMM DDT time for this/similar proposal?  
  If yes, please indicate status of XMM request (255 characters)


Have you/Co-Is ever submitted similar/related proposals  
to a Chandra CfP? (Y/N)  

  If yes, please indicate cycle(s), PI name and status (200 characters)


on Target Form : Help

The display of the RPS form will be much faster if you have only 1 target expanded at a time. Use the arrows next to the Target Number to expand/collapse the target.
on Target Form: 1
Do you want to delete this target?

Target Number

Please use IAU-sanctioned names and verify before submission with the Target/Coordinate Check button at the top of RPS web form.
Target Name
Solar System Object
Enter coordinates in J2000:
R.A.   hh mm ss.s or ddd.dddd
Dec.   +/-dd mm ss.s or +/-dd.dddd
Grids: Any observation intended to be part of a grid must have other similar pointings within 1 degree to qualify for a reduced slew tax. To be clear, in the final grid, no pointing may be farther than 1 degree from its nearest neighbor. Individual pointings within a grid may be entered as separate targets. Alternately, for a large number of pointings with identical observing parameters, you may specify all pointings by entering the average R.A. and Dec of the grid pointings in the R.A. and Dec fields above, and then also specifying the 3 general grid parameters below. Proposers MUST prepare a detailed description of the grid positions (preferably a figure) to the CXC director (or his designate) upon request.
Is this observation (part of) a grid?
   
Unique Grid name
Number of grid pointings
Distance from center to farthest grid pointing (degrees)

Offset Pointings : Leave blank for default offsets.
(arcmin)
(arcmin)
(mm)

Do you want optical monitor data for your target?
   V-Magnitude of Target 


Total Observing Time (ksec)
Detector Grating   
All count rates are to be specified as observed (not pile-up corrected).
Source Count Rate (c/s) (For Gratings, this is the zero order count rate)
1st Order Count Rate (c/s) (Used only for Gratings)
Total Field Count Rate (c/s)
Is target an extended source ?   Select Y if most of the source count rate above comes fom extended emission.

HRC Parameters

HRC Timing Mode?

ACIS Required Parameters

WARNING! CC mode will not result in an image.
CCDs On: Y (Required), N (turn off) or Off# (Optional with Turn-off order)
For example, Off1 should be the first optional CCD, meaning that it should be the first optional CCD to be turned off. Most science programs should specify a total of 4 or fewer required CCDs . All science programs that request a total of 5 or 6 CCDs must specify Optional CCDs. If the science requires 5 or 6 CCDs, proposers should state this in the Remarks field.
               
               

If you are using ACIS-I with no grating:
  
  


ACIS Optional Parameters that affect PILEUP :

-- OR --

Please ensure that your target falls within the chosen subarray (e.g. use ObsVis)
  
  

  
   (secs)

ACIS Optional Parameters that affect TELEMETRY :

   (keV)
   (keV) Upper Energy Threshold = (Lower Energy Threshold + Energy Filter Range)

If Y, please ensure that your target falls within the chosen subarray. (e.g. use ObsVis)

Window Order Chip ID Sampling Frequency
Accept 1:n events (0=none,1=all, etc.)
Starting Column (1-1023) Column Width (1-1024) Starting Row (1-1023) Row Height (1-1024) Lower Energy Threshold (keV) Energy Range (keV)
1
2
3
* Starting Row and Row Height only apply to 2-dimensional windows (i.e., TE-mode)
Additional spatial windows : If you need to specify more windows, define them in the space below, one per line, with the following comma-delimited values: window order (4-36), chip ID (I0-S5), sampling frequency (0-255), starting column and width, starting row and height, lower energy threshold (0.08-15.0 keV), and energy range (0.1-15.0 keV).


Constraints

  • You may want to use the PRoVis tool to investigate Chandra spacecraft roll, pitch and visibility for your target as a function of date.

Window Constraints   Use the largest viable window.
Do not enter window constraints merely to indicate periods of sunblock, as these are accounted for by Chandra Mission Planning. The format for entering dates is dd-mon-yyyy hh:mm

Window Constraint? Window Start Window Stop


Roll Constraints   A roll constraint translates directly into a constraint on the day and time when an observation may be carried out. It should only be specified for cases in which a specific attitude is required to meet scientific objectives.
Roll Constraint? Roll Angle Roll Tolerance 180 Rotation?


Phase Constraints: Do you have a preference regarding the distribution of observing time within the specified phase range? If yes, describe the preference in the additional constraints or preferences remarks field and indicate Preferred in the associated menu.
 

Monitor Observations: A maximum of 20 monitor observations are allowed. Additional entries will be displayed when the Exposure Time for entry 5,10, and/or 15 is entered and the user Verifies the form.

Do you want more than one observation of this target?

Monitor Exposure Time Minimum Time Interval(days) Maximum Time Interval(days)
1    
2
3
4
5


Grouping Targets: If this target needs to be observed within a relative time range with other targets in this proposal, select 'Y' for Group Observation? and enter a unique Group Identification to be used for all targets in the group. Enter the maximum time interval that you wish all targets to be observed. This is often used for rasters or grids to facilitate alignment of roll angles.
(days)

Note: This will be counted as a constraint. It is normally not necessary unless T>20ksec.
Uninterrupted or Contiguous Observation Required?


Note: Ground-based observations other than the NRAO are only available as a Preferred constraint.
(days)



(600 characters)

on TOO Details

Is this the trigger target for a TOO?
Note:If this is the trigger target for a TOO, please specify the CXC response window, trigger criteria and any followups. These fields should NOT be specified if this target is a TOO followup, even if the followup specifies a different instrument configuration than the trigger target.
Exact CXC start response window
Exact CXC stop response window
Exact TOO trigger criteria (400 characters)

Followup Observations
If followup TOO observations are being proposed, please enter the exposure time, minimum and maximum time interval between preceding observation, and target number for each followup in the Followup Summary form below. We strongly recommend you refer to the detailed instructions.

TOO Followup Summary Form
FollowupExposure Time Minimum Interval(days) Maximum Interval(days) Target Number
Initial      
1
2
3
4
5
6
7
8

TOO followup instructions (1500 characters)

TOO Coordinated Observations:

Indicate all of the coordinated observations (simultaneous or contemporaneous) associated with this TOO in the appropriate box for coordination with other observatories. This includes observations already approved under other programs, even if time is not requested as part of this proposal. Coordinated observations included only in proposal text will not be recognized or accepted. For non-Chandra observations approved after your Chandra proposal has been accepted, you may request coordination if and when you trigger your TOO. Any such request for additional coordination or observing constraints must be made to the Director and approved by the Chandra Director's Office. For a constraint approved in this way, the CXC will try to accommodate on a best efforts basis.

  
  

Release 10.6.1 Thursday, November 30, 2017
RPS was written at the HEASARC and modifications to support Chandra were made at the CXC.
The Chandra X-Ray Center (CXC) is operated for NASA by the Smithsonian Astrophysical Observatory. 60 Garden Street, Cambridge, MA 02138 USA.   Email: cxcweb@head.cfa.harvard.edu Smithsonian Institution, Copyright © 1998-2017. All rights reserved.