SOTSP: HOP206 S-pole

2020-03-14T13:30:00 to 2020-03-14T16:44:35

Science Goal: Polar Panorama Map for understanding Polar Reversal in Cycle 24

Program: Fast deep mode, 2048 slit position, LIMB ONLY

Target: South Pole

Pointing: xcen=-22 ycen=-959,

IRIS: South pole with Hinode (HOP 206)

2020-03-14T10:37:29 to 2020-03-14T16:23:46

Science Goal: Very large dense 320-step raster 105.3x175 320s Deep x 15 Spatial x 2, Spectral x 2

Program: South pole with Hinode (HOP 206)

Target: CH

Pointing: xcen=0 ycen=-920,

SOTSP: HOP206 S-pole

2020-03-14T10:30:00 to 2020-03-14T13:30:00

Science Goal: Polar Panorama Map for understanding Polar Reversal in Cycle 24

Program: Fast deep mode, 2048 slit position, LIMB ONLY

Target: South Pole

Pointing: xcen=-22 ycen=-959,

XRT: HOP206 Spole

2020-03-14T10:25:54 to 2020-03-14T16:44:54

Science Goal: Polar Panorama Map

Program: XOB:1B8E; HOP81/206 2-filter - Al/poly 6s, Al/mesh 4s 30s cadence, G-band - 384x384 1ms(1B93)

Target: CH

Pointing: xcen=-1000000000 ycen=-1000000000,

XRT: TI after OP Upload

2020-03-14T07:37:25 to 2020-03-14T10:25:54

Science Goal:

Program: XOB:1C60;

Target:

Pointing: xcen=-1000000000 ycen=-1000000000,

IRIS: AR 12758 tracking limb to limb

2020-03-14T07:11:38 to 2020-03-14T10:27:27

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

Program: AR 12758 tracking limb to limb

Target: AR

Pointing: xcen=526 ycen=-440,

SOTSP: AR 12758

2020-03-14T06:30:00 to 2020-03-14T10:10:20

Science Goal:

Program: Fast map, full FOV, Q65, 1-side CCD

Target: Active Region

Pointing: xcen=456 ycen=-461,

IRIS: C1: South pole

2020-03-14T06:27:12 to 2020-03-14T07:01:23

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

Program: C1: South pole

Target: CH

Pointing: xcen=0 ycen=-960,

XRT: AR 5

2020-03-14T05:41:54 to 2020-03-17T11:10:01

Science Goal: AR tracking

Program: XOB:1C7C; AR remnant (Filter-Ratio with Al/mesh and thin-Be) with PFB, 512x512 at 1064 1048, with G-band (1ms/1ms leak), 210s cad (1C32)

Target: AR

Pointing: xcen=0 ycen=0,

XRT: Synoptic 4

2020-03-14T05:34:54 to 2020-03-14T05:41:54

Science Goal: Synoptic

Program: XOB:1B8E; 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=0 ycen=0,

IRIS: C1: North pole

2020-03-14T05:14:40 to 2020-03-14T05:48:51

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

Program: C1: North pole

Target: CH

Pointing: xcen=0 ycen=960,

IRIS: A1: QS monitoring

2020-03-14T04:46:06 to 2020-03-14T05:04:10

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: QS monitoring

Target: QS

Pointing: xcen=0 ycen=0,

IRIS: AR tracking limb to limb

2020-03-14T02:11:14 to 2020-03-14T03:49:08

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

Program: AR tracking limb to limb

Target: AR

Pointing: xcen=496 ycen=-436,

XRT: HOP349 2

2020-03-14T01:59:54 to 2020-03-14T05:34:54

Science Goal: CME Watch (HOP 349)

Program: XOB:1C32; 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=-36 ycen=83,

IRIS: F2: Equatorial scan (HOP 393) 3/3

2020-03-14T01:12:22 to 2020-03-14T02:01:14

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

Program: F2: Equatorial scan (HOP 393) 3/3

Target: QS

Pointing: xcen=100 ycen=121,