XRT: TI after OP Upload

2020-06-13T08:03:02 to 2020-06-13T10:52:54

Science Goal:

Program: XOB:1C6D;

Target:

Pointing: xcen=-1000000000 ycen=-1000000000,

SOTSP: HOP402 N-PCH

2020-06-13T07:48:00 to 2020-06-13T08:53:00

Science Goal: AR outflows dynamics with IRIS, SST and Hinode/EIS

Program: Fast map, 230"x164", Q65, 1-side CCD

Target: Pore

Pointing: xcen=-57 ycen=748,

IRIS: SST coordination, program C, HOP 402

2020-06-13T07:42:28 to 2020-06-13T12:19:31

Science Goal: Large sparse 16-step raster 15x120 16s Deep x 4 Spatial x 2, Spectral x 2

Program: SST coordination, program C, HOP 402

Target: AR

Pointing: xcen=521 ycen=-409,

IRIS: SST coordination, program C, HOP 402, context raster

2020-06-13T06:43:36 to 2020-06-13T07:32:33

Science Goal: Very large dense 320-step raster 105.3x175 320s Deep x 8 Spatial x 2, Spectral x 2

Program: SST coordination, program C, HOP 402, context raster

Target: AR

Pointing: xcen=515 ycen=-409,

XRT: CH Jets 5

2020-06-13T06:19:24 to 2020-06-16T11:22:01

Science Goal: CH Jet Obs

Program: XOB:1B8E; Jet Obs High Cadence (Al/poly 16s Exp 30s Cad) 512x512 at 1064 1048 (1C6D)

Target: CH

Pointing: xcen=0 ycen=0,

XRT: Synoptic 4

2020-06-13T06:09:24 to 2020-06-13T06:19:24

Science Goal: Synoptic

Program: XOB:1C6D; Synoptic Q95 2x2 - Al/mesh(181/1024/5795) + Dark cal(2x2 4x4 8x8 512 Q98) + Dark cal(1x1 512x2048 - 1x1 2048x512) + Al-poly(256/2897/8192) + Thin_Be(1024/11571/23142ms) + G-band (VLS open 1ms closed 1ms Q95) (1C7C)

Target: FS

Pointing: xcen=-40 ycen=-39,

IRIS: C1: South Pole

2020-06-13T05:49:12 to 2020-06-13T06:23:23

Science Goal: Very large coarse 64-step raster 126x175 64s Deep x 30

Program: C1: South Pole

Target: CH

Pointing: xcen=0 ycen=-930,

IRIS: C1: North Pole

2020-06-13T05:04:12 to 2020-06-13T05:38:23

Science Goal: Very large coarse 64-step raster 126x175 64s Deep x 30

Program: C1: North Pole

Target: CH

Pointing: xcen=0 ycen=930,

SOTSP: HOP393 equator

2020-06-13T04:31:30 to 2020-06-13T05:36:00

Science Goal: Cycle 24/25 equatorial transition

Program: Fast Map, Full FOV 1 side CCD Q75

Target: Disk Center

Pointing: xcen=-40 ycen=-39,

IRIS: A1: throughput monitoring on QS

2020-06-13T04:13:06 to 2020-06-13T04:31:10

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 on QS

Target: QS

Pointing: xcen=103 ycen=114,

IRIS: Low-lying loops on AR 12765

2020-06-13T03:30:24 to 2020-06-13T03:58:00

Science Goal: Large coarse 4-step raster 6x120 4s Si IV Mg II h/k Deep x 8

Program: Low-lying loops on AR 12765

Target: AR

Pointing: xcen=586 ycen=-440,

SOTSP: HOP393 equator

2020-06-13T02:53:00 to 2020-06-13T03:58:00

Science Goal: Cycle 24/25 equatorial transition

Program: Fast Map, Full FOV 1 side CCD Q75

Target: Disk Center

Pointing: xcen=-40 ycen=-39,

IRIS: F2: Equatorial scan #3/3

2020-06-13T02:31:32 to 2020-06-13T03:20:24

Science Goal: Large dense 320-step raster 105.3x120 320s Deep x 8 Spatial x 2, Spectral x 2

Program: F2: Equatorial scan #3/3

Target: (NONE)

Pointing: xcen=100 ycen=-14,

XRT: HOP349 and HOP393

2020-06-13T01:59:54 to 2020-06-13T06:09:24

Science Goal: HOP 349 3-FLT Syn.

Program: XOB:1C7C; HOP349 - 3-filter Synoptics (Al-mesh[128/1024/5795], Al-poly[256/4096/8192], thin-Be[2048/16384/32768] with 512x512 G-band+Leak(1064,1048) - 45 min cad) + CME watch (4x4 - AEC 2/3 - Be-thin, Al-poly, Al-mesh - 450s cad) (1C4D)

Target: FS

Pointing: xcen=550 ycen=-442,

IRIS: F2: HOP 393 Equatorial scan #2/3

2020-06-13T01:32:42 to 2020-06-13T02:21:34

Science Goal: Large dense 320-step raster 105.3x120 320s Deep x 8 Spatial x 2, Spectral x 2

Program: F2: HOP 393 Equatorial scan #2/3

Target: (NONE)

Pointing: xcen=0 ycen=-14,