Heliophysics Events Knowledgebase Coverage Registry (HCR)
 
Planned Observations
Here are observations that are scheduled to run in the next 24 hours. The resulting data may take a few days to appear in our system.

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42336 matches
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more detail
XRT:
2007-08-23T15:00:00 to 2007-08-23T20:00:00
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: STOP_START_Observation
Target:
Pointing: xcen=-930 ycen=-100,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT: Irradiate and monitor contaminants
2007-08-23T10:11:54 to 2007-08-23T15:00:00
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: Remove_Contaminants_Al_mesh
Target:
Pointing: xcen=-1000000000 ycen=-1000000000,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT:
2007-08-23T09:00:00 to 2007-08-23T10:11:54
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: STOP_START_Observation_5
Target:
Pointing: xcen=-470 ycen=-240,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT: Irradiate and monitor contaminants
2007-08-23T07:50:00 to 2007-08-23T09:00:00
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: Remove_Contaminants_Al_Poly_2
Target:
Pointing: xcen=-470 ycen=-240,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT:
2007-08-23T07:01:30 to 2007-08-23T07:50:00
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: STOP_Observation_2
Target:
Pointing: xcen=-470 ycen=-240,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT: G-band and X-ray Monitoring of CCD
2007-08-23T06:40:14 to 2007-08-23T07:01:30
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: CCD_Monitor_During_Bakeout_G-Band_X-ray_4
Target:
Pointing: xcen=0 ycen=0,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT:
2007-08-23T06:00:00 to 2007-08-23T06:40:14
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: STOP_Observation
Target:
Pointing: xcen=-647 ycen=-212,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT:
2007-08-23T03:20:00 to 2007-08-23T06:00:00
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: STOP_START_Observation_4
Target:
Pointing: xcen=-647 ycen=-212,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT:
2007-08-23T01:20:00 to 2007-08-23T03:20:00
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: STOP_START_Observation_3
Target:
Pointing: xcen=-647 ycen=-212,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT:
2007-08-22T20:50:00 to 2007-08-23T01:20:00
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: STOP_START_Observation_2
Target:
Pointing: xcen=-647 ycen=-212,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT:
2007-08-22T16:00:00 to 2007-08-22T20:50:00
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: STOP_START_Observation
Target:
Pointing: xcen=-647 ycen=-212,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT: Irradiate and monitor contaminants
2007-08-22T10:38:54 to 2007-08-22T16:00:00
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: Remove_Contaminants_Al_Poly
Target:
Pointing: xcen=-1000000000 ycen=-1000000000,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT: Irradiate and monitor contaminants
2007-08-22T07:00:00 to 2007-08-22T10:38:54
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: Remove_Contaminants_Al_Poly_4
Target:
Pointing: xcen=-660 ycen=-210,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT:
2007-08-22T06:34:24 to 2007-08-22T07:00:00
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: STOP_Observation_3
Target:
Pointing: xcen=0 ycen=0,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages
more detail
XRT: G-band and X-ray Monitoring of CCD
2007-08-22T06:14:24 to 2007-08-22T06:34:24
Science Goal: EIS+ SOT+XRT Physical mechanisms driving solar microflares and supergranular network dynamics - relevance for coronal heating, Active Region and; Network Wave Propagation: Active Region Movie
Program: CCD_Monitor_During_Bakeout_G-Band_X-ray_4
Target:
Pointing: xcen=-40 ycen=0,
saaIntervals hiIntervals
wavelengthcadenceFOVx,yimages

42336 matches
prev  1...2729 2730 2731 [2732] 2733 2734 2735 2736 2737 2738 ...2823  next