XRT: Synoptic 5

2015-01-22T17:59:54 to 2015-01-22T18:09:54

Science Goal: Synoptic

Program: XOB:1A62; Synoptic Q95 2x2 - Al/mesh(8/128/1024) + Dark cal(2x2 4x4 8x8 512 Q98) + Dark cal(1x1 512x2048 - 1x1 2048x512) + Ti-poly(16/362/2048) + Thin_Be(88/1024/5795ms) + G-band (VLS open 8ms closed 33 ms 95%comp) (1A62)

Target: FS

Pointing: xcen=-681 ycen=197,

IRIS: test coord. w/ DST (bin 4x1), off-limb above AR at SE limb

2015-01-22T17:44:28 to 2015-01-22T18:20:26

Science Goal: Very large coarse 4-step raster 6x175 4s Deep x 15 Spatial x 4, Spectral x 1 Lossless compression

Program: test coord. w/ DST (bin 4x1), off-limb above AR at SE limb

Target: AR

Pointing: xcen=-970 ycen=-200,

IRIS: flare watch AR at SE limb

2015-01-22T15:41:43 to 2015-01-22T16:42:55

Science Goal: Very large dense 4-step raster 1x175 4s Deep x 2 Spatial x 2, Spectral x 2

Program: flare watch AR at SE limb

Target: AR

Pointing: xcen=-972 ycen=-196,

IRIS: flare watch AR at SE limb

2015-01-22T14:14:15 to 2015-01-22T15:05:57

Science Goal: Very large dense 4-step raster 1x175 4s Deep x 2 Spatial x 2, Spectral x 2

Program: flare watch AR at SE limb

Target: AR

Pointing: xcen=-972 ycen=-196,

IRIS: flare watch AR at SE limb

2015-01-22T12:26:42 to 2015-01-22T13:25:14

Science Goal: Very large dense 4-step raster 1x175 4s Deep x 4 Spatial x 2, Spectral x 2

Program: flare watch AR at SE limb

Target: AR

Pointing: xcen=-947 ycen=-217,

IRIS: flare watch AR at SE limb

2015-01-22T10:49:11 to 2015-01-22T11:50:29

Science Goal: Very large dense 4-step raster 1x175 4s Deep x 4 Spatial x 2, Spectral x 2

Program: flare watch AR at SE limb

Target: AR

Pointing: xcen=-947 ycen=-217,

IRIS: flare watch AR at SE limb

2015-01-22T09:21:07 to 2015-01-22T10:13:27

Science Goal: Very large dense 4-step raster 1x175 4s Deep x 4 Spatial x 2, Spectral x 2

Program: flare watch AR at SE limb

Target: AR

Pointing: xcen=-947 ycen=-217,

SOTSP: AR tracking

2015-01-22T06:15:00 to 2015-01-22T17:59:35

Science Goal: AR evolution

Program: Fast map, 280"x164", Q65, 1-side CCD

Target: Active Region

Pointing: xcen=-680 ycen=196,

SOT: AR tracking

2015-01-22T06:14:00 to 2015-01-22T17:59:35

Science Goal: AR evolution

Program: Flaring AR, full BFI FOV, Ca 1min, NaV/I 5min, G 10min, 2x2+2x2

Target: Active Region

Pointing: xcen=-680 ycen=196,

XRT: AR Obs 3

2015-01-22T06:09:24 to 2015-01-22T17:59:54

Science Goal:

Program: XOB:1A61; AR Standard-A(Filter-Ratio with Al/poly and thin-Be) with PFB, 384x384 at 1064 1048, thin-Be, thick-Al, and Al/Poly context, with G-band (33ms/45ms leak), 120s cad (19E3)

Target: AR

Pointing: xcen=0 ycen=0,

IRIS: B1: AR tracking, AR at SE limb

2015-01-22T06:06:18 to 2015-01-22T06:24:24

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

Program: B1: AR tracking, AR at SE limb

Target: AR

Pointing: xcen=-943 ycen=-194,

XRT: Synoptic 4 8filter

2015-01-22T05:59:24 to 2015-01-22T06:09:24

Science Goal: Synoptic

Program: XOB:19E3; Synoptic Q95 2x2 - Al/mesh(8/128/1024) + Dark cal(2x2 4x4 8x8 512 Q98) + Dark cal(1x1 512x2048 - 1x1 2048x512) + Ti-poly(16/362/2048) + Thin_Be(88/1024/5795ms) + G-band (VLS open 8ms closed 33 ms 95%comp) (1A62)

Target: FS

Pointing: xcen=-758 ycen=188,

IRIS: B2: QS tracking

2015-01-22T04:57:33 to 2015-01-22T05:07:09

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

Program: B2: QS tracking

Target: QS

Pointing: xcen=-880 ycen=57,

IRIS: A1: throughput monitoring, QS

2015-01-22T04:28:18 to 2015-01-22T04:46:22

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: throughput monitoring, QS

Target: QS

Pointing: xcen=92 ycen=-38,

IRIS: CH obs, very large dense 8-step raster

2015-01-22T02:50:52 to 2015-01-22T03:29:28

Science Goal: Very large dense 8-step raster 2.32x175 8s C II Si IV Mg II h/k Deep x 4 Spatial x 2, Spectral x 2

Program: CH obs, very large dense 8-step raster

Target: CH

Pointing: xcen=14 ycen=-884,