IRIS: AR evolution (HOP 306 IRIS only) on AR 12615

2016-12-06T07:35:26 to 2016-12-06T07:53:07

Science Goal: Large sparse 64-step raster 63x120 64s Deep x 15

Program: AR evolution (HOP 306 IRIS only) on AR 12615

Target: AR

Pointing: xcen=572 ycen=-117,

IRIS: B1: AR tracking from limb to limb

2016-12-06T07:07:16 to 2016-12-06T07:25:22

Science Goal: Large coarse 64-step raster 126x120 64s Deep x 15 SJI cadence 3x faster Lossless compression

Program: B1: AR tracking from limb to limb

Target: AR

Pointing: xcen=-586 ycen=-106,

XRT: AR12612 14

2016-12-06T06:20:54 to 2016-12-06T10:34:54

Science Goal: AR_observation

Program: XOB:1AE7; AR - Standard Core - (Filter-Ratio with Al/poly and thin-Be long/short pairs) with PFB, 384x384 at 1064 1048, thin-Be, and Al/poly context, with G-band (3ms/3ms VLS=CLS), 60 cad-2 (1AFF)

Target: AR

Pointing: xcen=0 ycen=0,

XRT: Synoptic 11

2016-12-06T06:10:54 to 2016-12-06T06:20:54

Science Goal: Synoptic

Program: XOB:1AFF; Synoptic Q95 2x2 - Al/mesh(24/256/2897) + Dark cal(2x2 4x4 8x8 512 Q98) + Dark cal(1x1 512x2048 - 1x1 2048x512) + Al-poly(45/512/4096) + Thin_Be(181/2048/11571ms) + G-band (VLS open 3ms closed 3ms Q95) (1B14)

Target: FS

Pointing: xcen=927 ycen=109,

IRIS: A1: QS monitoring

2016-12-06T05:29:46 to 2016-12-06T05:47:50

Science Goal: Large coarse 64-step raster 126x120 64s C II Si IV Mg II h/k Mg II w s Deep x 15 SJI cadence 0.5x faster

Program: A1: QS monitoring

Target: QS

Pointing: xcen=55 ycen=146,

IRIS: B2: QS tracking from limb to limb

2016-12-06T04:19:31 to 2016-12-06T04:29:07

Science Goal: Coarse synoptic raster 34x175 18s Deep x 30 SJI cadence 3x faster Lossless compression

Program: B2: QS tracking from limb to limb

Target: QS

Pointing: xcen=-611 ycen=88,

IRIS: Equatorial Coronal Hole (QS)

2016-12-06T02:14:43 to 2016-12-06T03:05:27

Science Goal: Very large dense 96-step raster 31.35x175 96s C II Si IV Mg II h/k Mg II w s Deep x 30 Spatial x 2, Spectral x 1 Lossless compression

Program: Equatorial Coronal Hole (QS)

Target: QS

Pointing: xcen=-31 ycen=-120,

IRIS: Equatorial Coronal Hole (boundary)

2016-12-06T00:37:41 to 2016-12-06T01:28:25

Science Goal: Very large dense 96-step raster 31.35x175 96s C II Si IV Mg II h/k Mg II w s Deep x 30 Spatial x 2, Spectral x 1 Lossless compression

Program: Equatorial Coronal Hole (boundary)

Target: CH

Pointing: xcen=-81 ycen=-222,

AIA: 2016-12 NW

2016-12-06T00:26:00 to 2016-12-16T23:59:00

Science Goal: ssw_service_171110_131246_19236(SSW)

Program:

Target:

Pointing: xcen=710 ycen=614,

AIA,HMI: CH

2016-12-06T00:00:00 to 2016-12-06T00:02:00

Science Goal: ssw_service_250416_135053_1583(SSW)

Program:

Target:

Pointing: xcen=0 ycen=0,

IRIS: Equatorial Coronal Hole (center)

2016-12-05T23:07:11 to 2016-12-05T23:57:55

Science Goal: Very large dense 96-step raster 31.35x175 96s C II Si IV Mg II h/k Mg II w s Deep x 30 Spatial x 2, Spectral x 1 Lossless compression

Program: Equatorial Coronal Hole (center)

Target: CH

Pointing: xcen=-132 ycen=-331,

IRIS: AR evolution (HOP 306 IRIS only)

2016-12-05T21:22:12 to 2016-12-05T21:39:53

Science Goal: Large sparse 64-step raster 63x120 64s Deep x 15

Program: AR evolution (HOP 306 IRIS only)

Target: AR

Pointing: xcen=464 ycen=-113,

IRIS: AR evolution (HOP 306 IRIS only)

2016-12-05T19:44:44 to 2016-12-05T20:37:47

Science Goal: Large sparse 64-step raster 63x120 64s Deep x 15

Program: AR evolution (HOP 306 IRIS only)

Target: AR

Pointing: xcen=450 ycen=-114,

AIA: FilamentEruption

2016-12-05T19:00:00 to 2016-12-07T18:00:00

Science Goal: ssw_service_201110_001906_19881(SSW)

Program:

Target:

Pointing: xcen=-749 ycen=346,

AIA: FilamentEruption

2016-12-05T19:00:00 to 2016-12-07T18:00:00

Science Goal: ssw_service_201110_121853_39458(SSW)

Program:

Target:

Pointing: xcen=-749 ycen=346,