| Miniproposals | ||||||||||
|
| Operators | |
| Session leader(s): | Brian Labombard |
| Physics operator(s): | Ron Parker |
| Engineering operator(s): | Unknown |
| Engineering Operator Run Comment |
| MP #335-Edge plasma flows in upper vs lower x-point discharges PO:Parker |
| Session Leader Plans |
| Physics Operators Plans |
| Session Leader Summaries |
| Entered: Jul 7 2004 03:49:34:867PM |
| Author: Brian Labombard |
| Run Summary for 103114, MP#335: "Edge plasma flows in upper versus lower x-point discharges" Physics Operator: R. Parker Session Leader: B. LaBombard ________________________________________________________________________________ 1031114 Run Plan Purpose: The primary purpose of these experiments is to investigate the sensitivity of the magnitude and direction of the parallel plasma flows (routinely observed in the edge plasma) to the magnetic geometry, in particular upper, lower and double-null configurations. This MP has been attempted 2 times before: 1030619 - only got 5 data-quality discharges (see run_summary_1030619), 1030630b (1/2 day) - got 11 good shots but the FSP probe was dead - no flow information there (see run_summary_1030630b). The goal today is to execute the shot plan called out in the MP with all diagnostics working. Shot Plan: Shot#1-3 (SNL) Reload shot#1030630031, importing recent segment 1. Turn segment 2 on (lower single null). Program NL04 = 0.8x10^20 m^-2 Increase right gap by 6 mm. Decrease left gap by 1 mm. Check probe targeting and strike-point locations. Shot#4-6 (SNU) Turn off segment 2, turn on segment 3 (upper single null) Program NL04 = 0.8x10^20 m^-2 Increase right gap by 5 mm. Decrease left gap by 4 mm. Check probe targeting. Begin density scan with four shots at each density, 2 in SNU and 2 in SNL. Shot#7,8 - NL04 = 0.6, SNU Switch to SNL 9,10 - NL04 = 0.6, SNL 11,12 - NL04 = 1.0, SNL Switch to SNU 13,14 - NL04 = 1.0, SNU 15,16 - NL04 = 1.2, SNU Switch to SNL 17,18 - NL04 = 1.2, SNL Begin density scan in DN configuration. Shot#19,20 (DN) Turn on segment 4 Program NL04 = 0.8x10^20 m^-2 Can proportional gain on SSEP be decreased to remove x-pt oscillations? Increase right gap by 3 mm. Decrease left gap by 3 mm. Check probe targeting. 21,22 - NL04 = 0.6, DN 23,24 - NL04 = 1.0, DN 25,26 - NL04 = 1.2, DN ________________________________________________________________________________ Result: A variety of bugs bit us today. But, we got a solid 1/2 day's worth of data out of a full day's run. All three probes (ASP, FSP, ISP) worked reasonably well. However, the ISP seems to be developing an intermittent short between the central electrode and vacuum vessel ground. Its life may be limited so we need to use it carefully in the future. Strong flows were recorded on the ISP again today, favoring the usual flow picture - strong flows from the low to high-field SOL along field lines connecting these regions. An important new element today was the use of the FSP probe (its external wiring problem was fixed during the break). Flows were recorded by the FSP but they appeared to be weaker than expected We also were extra careful to get all three probes as far in as possible (nominally at the separatrix), particularly in upper null discharges where that data was lacking. This required us to be patient, not rushing to get to the double null discharges. We will need another 1/2 day to complete the MP. John Rice reported core rotation to switch from 10 km/s to 45 km/s counter-current in changing from lower null to upper null at NL04 = 0.6. The chromex spectrometer succesfully recorded He+1 lines from the toroidal fiber views. Shot Summary [values in () are probe rest positions for future reference] 1 - no power shot .... long delay to fix computer problems 2 - SNL, NL04 = 0.8, probes too far out. 3 - fizzle 4 - SNL, NL04 = 0.8 - ISP current drop out near sep 5 - dud 6 - SNL, NL04 = 0.8 - ISP current drop out near sep 7 - SNL, NL04 = 0.8 - ASP(+7),FSP(-7), ISP - best data 8 - SNU, NL04 = 0.8 - ASP(+2), FSP(0), ISP 9 - SNU, NL04 = 0.8 - ASP(+6), FSP(+3), ISP 10 - SNU, NL04 = 0.8 - ASP(+7), FSP(+6), ISP - best data 11 - SNU, NL04 = 0.6 - ASP(+7.5), FSP(+7), ISP - good data 12 - SNU, NL04 = 0.6 - ASP(+7.5), FSP(+7), ISP - good data 13 - SNL, NL04 = 0.6 - ASP(+8.5),FSP(-5), ISP - outer gap too large!(?) 14 - fizzle 15 - SNL, NL04 = 0.8 - ASP(+8.5),FSP(-4), ISP - good data, wrong NL04 program! data system problems - no magnetics data 16 - no power shot 17 - fizzle 18 - SNL, NL04 = 0.6 - ASP(+8.5),FSP(-4), ISP - good data 19 - SNL, NL04 = 1.0 - ASP(+7.5),FSP(-5), ISP - good data 20 - SNU, NL04 = 1.0 - ASP(+7.5), FSP(+7), ISP - ok data, probes could be deeper 21 - fizzle 22 - fizzle 23 - SNU, NL04 = 1.0 - ASP(+8.5), FSP(+8.5), ISP - good data 24 - fizzle 25 - fizzle 26 - fizzle 27 - SNU, NL04 = 1.0 - ASP(+8.5), FSP(+8.5), ISP - good data - oops, wrong NL04 program 28 - fizzle |
| Physics Operator Summaries |
| Entered: Jul 7 2004 04:37:19:723PM |
| Author: Ron Parker |
| ;; This buffer is for notes you don't want to save, and for Lisp evaluation. ;; If you want to create a file, visit that file with C-x C-f, ;; then enter the text in that file's own buffer. Engineering Setup and Run Plan for 11/14/03 Purpose: MP #335-Edge plasma flows in upper vs lower x-point discharges Session Leader: LaBombard Physics operator: Parker ECDC overnight in D2 at 2e-4 Torr, stopping by 07:00. Bake at 60 C overnight as well. Run begins at 09:00 and ends at 17:00. Power systems the same as on 1031106001 A-coils should be hooked up as on 1030507012 (+Dtop -Dbot -Jtop +Jbot), but the power supply should NOT be enabled. Gas setup: fill B-Top with 6 psi D2 Hybrid enabled (PG4) fill B-side lower with 1 psi Ar Hybrid enabled (PG1) leave B-side upper as is Hybrid DISABLED (PG2) fill C-side with 30 psi D2 Hybrid enabled (PG3) Enable the following gate valves, assuming no vacuum problems: ECE, VUV, DNB ------------------------------------------------------------------------------- RF Setup:Transmitters 1,3 & 4 in Run On by 08:00. Run Plan: Start with a reload from shot# 1030630031, overwrite segment 1 with that from most recent successful discharge and turn on segment 2 (lower single null). Note that shot# 1030630031 has three different topologies programmed into its segments which will be used today: Segment 2 - Lower null discharge, 5.4 tesla, 0.78 MA, NL04 = 0.6 (actual), Left gap = 13 mm (@ 1s), Right gap = 9 mm (@ 1s) Segment 3 - Upper null discharge, 5.4 tesla, 0.77 MA, NL04 = 1.3 (actual), Left gap = 16 mm (@ 1s), Right gap = 9.5 mm (@ 1s) Segment 4 - Double null discharge, 5.4 tesla, 0.78 MA, NL04 = 0.6 (actual), Left gap = 14 to 16 mm (@ 1s), Right gap = 12 - 16 mm (@ 1s) with slight oscillation between SNU/SNL topology This shot has feedback on SSEP. See Wolfe for details. For all shots, we want left gap to be 12 mm and right gap to be 15 mm This will allow the ISP to reach the separatrix and provide a reasonable SOL width at the outer midplane to look at flows. Gas set-up for the NINJA plenum will be handled by diagnosticians. All shots are nominally 0.8 MA, 5.3 tesla discharges with no RF heating or conditioning. Shot#1-3 (SNL) Reload shot#1030630031, importing recent segment 1. Turn segment 2 on (lower single null). Program NL04 = 0.8x10^20 m^-2 Increase right gap by 6 mm. Decrease left gap by 1 mm. Check probe targeting and strike-point locations. Shot#4-6 (SNU) Turn off segment 2, turn on segment 3 (upper single null) Program NL04 = 0.8x10^20 m^-2 Increase right gap by 5 mm. Decrease left gap by 4 mm. Check probe targeting. Begin density scan with four shots at each density, 2 in SNU and 2 in SNL. Shot#7,8 - NL04 = 0.6, SNU Switch to SNL 9,10 - NL04 = 0.6, SNL 11,12 - NL04 = 1.0, SNL Switch to SNU 13,14 - NL04 = 1.0, SNU 15,16 - NL04 = 1.2, SNU Switch to SNL 17,18 - NL04 = 1.2, SNL Begin density scan in DN configuration. ---------------------------------------- Shot#19,20 (DN) Turn on segment 4 Program NL04 = 0.8x10^20 m^-2 Can proportional gain on SSEP be decreased to remove x-pt oscillations? Increase right gap by 3 mm. Decrease left gap by 3 mm. Check probe targeting. 21,22 - NL04 = 0.6, DN 23,24 - NL04 = 1.0, DN 25,26 - NL04 = 1.2, DN --------------------------------------- Run Summary The run got off to a slow start with computer problems.After a delay of about an hour the first plasma shot was run (Shot 2, Shot 1 was a no power shot.) Then there were a few fizzles intermixed with plasma shots, but then things settled down and a string of good shots, useful for the miniproposal were obtained. At shot 14, things became erratic with shots lost due to data acquisition problems. At this point the machine seemed to settle into an every-other-shot mode with plasmas interspersed with fizzles. This continued and actually got worse as the fizzles got more persistent.Three shots in a row fizzled, 24-26. Unfortunately,with this intermittancy,only about half of the run plan could be accomplished. Scorecard: 16 full plasma shots, 2 no power shots, 9 fizzles, 1 dud. |
| Session Leader Comments | |||
| Nov 14 2003 08:40:28:490AM | Brian Labombard | 1031114 Run Plan MP#335 - Edge plasma flows in upper versus lower x-point discharges Purpose: The primary purpose of these experiments is to investigate the sensitivity of the magnitude and direction of the parallel plasma flows (routinely observed in the edge plasma) to the magnetic geometry, in particular upper, lower and double-null configurations. This MP has been attempted 2 times before: 1030619 - only got 5 data-quality discharges (see run_summary_1030619), 1030630b (1/2 day) - got 11 good shots but the FSP probe was dead - no flow information there (see run_summary_1030630b). The goal today is to execute the shot plan called out in the MP with all diagnostics working. Approach: We will run a series of matched plain 'vanilla' 0.8 MA, 5.3 tesla ohmic L-mode discharges, in upper and lower single-null and balanced double-null configurations. A simple density scan will be performed, allowing contact to be made with data from previous runs in SNL discharges which show that the flow speed depends on plasma density. Mach flow will be recorded with the ASP, FSP, and ISP probes operated in a 'mach' mode. The ISP probe will be scanned 180 degrees to record 'upstream' and 'downstream' conditions', allowing us to infer the flow near the inner wall. The Chromex spectrometer will look at toroidal fiber telescope views of the inner and outer SOL, recording He+1 emission resulting from local helium puffs. Core rotation of Argon impurities will be monitored with the HIREX spectrometers. Shot Plan: Start with a reload from shot# 1030630031, overwrite segment 1 with that from most recent successful discharge and turn on segment 2 (lower single null). Note that shot# 1030630031 has three different topologies programmed into its segments which will be used today: Segment 2 - Lower null discharge, 5.4 tesla, 0.78 MA, NL04 = 0.6 (actual), Left gap = 13 mm (@ 1s), Right gap = 9 mm (@ 1s) Segment 3 - Upper null discharge, 5.4 tesla, 0.77 MA, NL04 = 1.3 (actual), Left gap = 16 mm (@ 1s), Right gap = 9.5 mm (@ 1s) Segment 4 - Double null discharge, 5.4 tesla, 0.78 MA, NL04 = 0.6 (actual), Left gap = 14 to 16 mm (@ 1s), Right gap = 12 - 16 mm (@ 1s) with slight oscillation between SNU/SNL topology This shot has feedback on SSEP. See Wolfe for details. For all shots, we want left gap to be 12 mm and right gap to be 15 mm This will allow the ISP to reach the separatrix and provide a reasonable SOL width at the outer midplane to look at flows. Gas set-up for the NINJA plenum will be handled by diagnosticians. All shots are nominally 0.8 MA, 5.3 tesla discharges with no RF heating or conditioning. Shot#1-3 (SNL) Reload shot#1030630031, importing recent segment 1. Turn segment 2 on (lower single null). Program NL04 = 0.8x10^20 m^-2 Increase right gap by 6 mm. Decrease left gap by 1 mm. Check probe targeting and strike-point locations. Shot#4-6 (SNU) Turn off segment 2, turn on segment 3 (upper single null) Program NL04 = 0.8x10^20 m^-2 Increase right gap by 5 mm. Decrease left gap by 4 mm. Check probe targeting. Begin density scan with four shots at each density, 2 in SNU and 2 in SNL. Shot#7,8 - NL04 = 0.6, SNU Switch to SNL 9,10 - NL04 = 0.6, SNL 11,12 - NL04 = 1.0, SNL Switch to SNU 13,14 - NL04 = 1.0, SNU 15,16 - NL04 = 1.2, SNU Switch to SNL 17,18 - NL04 = 1.2, SNL Begin density scan in DN configuration. Shot#19,20 (DN) Turn on segment 4 Program NL04 = 0.8x10^20 m^-2 Can proportional gain on SSEP be decreased to remove x-pt oscillations? Increase right gap by 3 mm. Decrease left gap by 3 mm. Check probe targeting. 21,22 - NL04 = 0.6, DN 23,24 - NL04 = 1.0, DN 25,26 - NL04 = 1.2, DN | |
| Nov 14 2003 10:19:00:087AM | 1031114002 | Brian Labombard | Shot - 2 Lower null, NL04 = 0.8 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP, FSP far out ISP scanning near sep. Next shot: reduce outer and inner gaps, deeper probes |
| Nov 14 2003 11:56:05:177AM | 1031114004 | Brian Labombard | Shot - 4 Lower null, NL04 = 0.8 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP not in far enough FSP looks ok ISP a bit over-inserted |
| Nov 14 2003 11:57:09:723AM | 1031114006 | Brian Labombard | Shot - 6 Lower null, NL04 = 0.8 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks ok FSP looks ok ISP a bit over-inserted |
| Nov 14 2003 12:01:57:010PM | 1031114007 | Brian Labombard | Shot - 7 Lower null, NL04 = 0.8 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks ok FSP looks ok ISP nice data (reduced bias voltage) |
| Nov 14 2003 12:27:25:567PM | 1031114008 | Brian Labombard | Shot - 8 Upper null, NL04 = 0.8 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks ok FSP too far out ISP nice data Next shot: increase outer gap |
| Nov 14 2003 12:31:57:960PM | 1031114009 | Brian Labombard | Shot - 9 Upper null, NL04 = 0.8 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks ok FSP too far out ISP nice data Next shot: repeat with probes deeper |
| Nov 14 2003 12:50:07:333PM | 1031114010 | Brian Labombard | Shot - 10 Upper null, NL04 = 0.8 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks ok FSP looks ok ISP nice data Next shot: goto NL04 = 0.6 |
| Nov 14 2003 01:16:19:043PM | 1031114011 | Brian Labombard | Shot - 11 Upper null, NL04 = 0.6 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks ok FSP looks ok ISP nice data Next shot: repeat |
| Nov 14 2003 01:17:03:150PM | 1031114012 | Brian Labombard | Shot - 12 Upper null, NL04 = 0.6 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks ok FSP looks ok ISP nice data Next shot: go back to lower null at same NL04 = 0.6 |
| Nov 14 2003 01:40:15:920PM | 1031114013 | Brian Labombard | Shot - 13 Lower null, NL04 = 0.6 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP too far out - large outer gap FSP looks ok, could be deeper ISP nice data Next shot: repeat with desired gaps |
| Nov 14 2003 02:23:15:437PM | 1031114015 | Brian Labombard | Shot - 15 Lower null, NL04 = 0.8 (intended to be 0.6) ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks good FSP looks good ISP nice data But no magnetics data |
| Nov 14 2003 02:44:52:737PM | 1031114018 | Brian Labombard | Shot - 18 Lower null, NL04 = 0.6+ ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks good FSP looks good ISP nice data Next shot: NL04 = 1.0 |
| Nov 14 2003 03:14:33:273PM | 1031114019 | Brian Labombard | Shot - 19 Lower null, NL04 = 1.0 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks good FSP looks good ISP nice data Next shot: goto upper null, same density |
| Nov 14 2003 04:00:37:950PM | 1031114020 | Brian Labombard | Shot - 20 Upper null, NL04 = 1.0 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP could be deeper FSP could be deeper ISP nice data Next shot: repeat |
| Nov 14 2003 04:57:49:197PM | 1031114023 | Brian Labombard | Shot - 23 Upper null, NL04 = 1.0 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks good FSP looks good ISP nice data Next shot: go to NL04 = 1.2 |
| Nov 14 2003 04:58:25:493PM | 1031114027 | Brian Labombard | Shot - 27 Upper null, NL04 = 1.0 ASP, FSP, ISP scanning at 0.75, 0.95, 1.15 s ASP looks good FSP looks good ISP nice data |
| Physics Operator Comments | |||
| Nov 14 2003 09:35:34:953AM | 1031114001 | Ron Parker | Shot 1 will start with segment 1 from 1031106001, segment 2 from 1030630031. It turned out to be a no-power shot due to hybrid problems. Shot 002 should be a plasma shot. More delays due to data system -- Josh is working on the problem. |
| Nov 14 2003 10:18:07:803AM | 1031114002 | Ron Parker | Shot 2 ran well. Next shot: inner gap reduced by 1mm, outer gap reduced by 4 mm. |
| Nov 14 2003 10:31:36:703AM | 1031114003 | Ron Parker | Shot 3 was a fizzle. Initial fill might have been too high. No magnetics data. We are again on hold due to data system problems. Meanwhile, the initial fill has been reduced by 2 ms. |
| Nov 14 2003 11:03:05:917AM | 1031114004 | Ron Parker | Shot 004 ran well with gaps that were close to required. |
| Nov 14 2003 11:08:48:390AM | 1031114005 | Ron Parker | Shot 5 was a dud. Fill pressure still seems high, 0.083 mT. Gas will be reduced by 2 ms. |
| Nov 14 2003 11:24:55:340AM | 1031114006 | Ron Parker | Shot 6 ran well. For a few shots, no RF, no gate valve closure. We're trying to get out of the every other shot mode. |
| Nov 14 2003 11:43:19:400AM | 1031114007 | Ron Parker | Against all odds, the shot went off well. Now we'll move to upper null discharge as outlined in the run plan. |
| Nov 14 2003 12:15:03:510PM | 1031114008 | Ron Parker | Shot 8 ran well, some tuning of the right gap will be done for next shot. |
| Nov 14 2003 12:29:14:053PM | 1031114009 | Ron Parker | Shot 9 ran well. We lost interferometer at ~1.3 s. Sump pump problem will cause a short delay. No change for next shot. |
| Nov 14 2003 03:03:49:937PM | 1031114010 | Ron Parker | Shot 10 ran well. For next shot, we will lower the density to 0.6e20 m-2 |
| Nov 14 2003 01:11:43:493PM | 1031114011 | Ron Parker | Shot 11 ran well, one more at this density and configuration. |
| Nov 14 2003 01:10:58:820PM | 1031114012 | Ron Parker | Shot 12 ran well. We will now shift back to lower null plasmas as in the first 7 shots. The density will be the same as for these last upper null shots. |
| Nov 14 2003 01:39:29:873PM | 1031114013 | Ron Parker | Shot 13 ran, but did not reproduce the desired gaps. Shot 7, segment 2 was reloaded for next shot. |
| Nov 14 2003 01:44:49:470PM | 1031114014 | Ron Parker | Shot 14 fizzled, probably due to effect of disruption on previous shot. Try again next shot. |
| Nov 14 2003 02:34:42:087PM | 1031114015 | Ron Parker | Shot 15 ran, but with programmed nel4=0.8, not 0.6. Next shot will have nel4=0.6. Argon pulse increased from 40 to 50 ms. Magnetics and other data were lost for Shot 15. Another delay due to problems with magnetics data. Shot 16 will be a no power shot. |
| Nov 14 2003 02:36:56:183PM | 1031114016 | Ron Parker | Shot 16 was a no power shot. |
| Nov 14 2003 02:36:24:557PM | 1031114017 | Ron Parker | Shot 17 was a fizzle. |
| Nov 14 2003 03:06:38:563PM | 1031114018 | Ron Parker | Shot 18 ran well, with nel4=0.6e20m-2. Next shot the density will be increased to nel4=1.0 m-3. |
| Nov 14 2003 03:15:47:963PM | 1031114019 | Ron Parker | Shot19 ran well, with nel4=1.0e20m-2. Next shot, switch back to upper single null, as in shot 12. Density will be increased to nel4=1.0e20 m-2. |
| Nov 14 2003 03:25:20:080PM | 1031114020 | Ron Parker | Shot 20 ran well, achieving target parameters. Next shot will have the same settings. |
| Nov 14 2003 03:31:03:270PM | 1031114021 | Ron Parker | Shot 21 fizzled. Try again next shot. |
| Nov 14 2003 03:53:09:773PM | 1031114022 | Ron Parker | Shot 22 also was a fizzle. We'll increase the fill by 10%. |
| Nov 14 2003 04:01:04:577PM | 1031114023 | Ron Parker | Shot 23 went off OK, despite glitch on current rise. Next shot: nel4 will be programmed for 1.2e20 m-2. |
| Nov 14 2003 04:22:01:467PM | 1031114024 | Ron Parker | Shot 24 fizzled. |
| Nov 14 2003 04:26:14:580PM | 1031114025 | Ron Parker | Shot 25 fizzled. We'll increase the fill pressure again to .07 mT. |
| Nov 14 2003 04:44:36:030PM | 1031114026 | Ron Parker | Shot 26 fizzled. |
| Nov 14 2003 04:45:35:560PM | 1031114027 | Ron Parker | Shot 27 ran well. |
| Nov 14 2003 05:03:23:187PM | 1031114028 | Ron Parker | Shot 28 fizzled. |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 08:55:57:890AM | Plasma | Bad | Shot cycle failure |
| 2 | 09:58:02:147AM | Plasma | Ok | |
| 3 | 10:14:33:350AM | Plasma | Ok | |
| 4 | 10:42:12:353AM | Plasma | Ok | |
| 5 | 10:58:44:850AM | Plasma | Ok | |
| 6 | 11:11:16:440AM | Plasma | Ok | |
| 7 | 11:31:43:080AM | Plasma | Ok | |
| 8 | 11:56:44:553AM | Plasma | Ok | |
| 9 | 12:11:29:313PM | Plasma | Ok | |
| 10 | 12:36:19:590PM | Plasma | Ok | |
| 11 | 12:53:34:870PM | Plasma | Ok | |
| 12 | 01:06:52:427PM | Plasma | Ok | |
| 13 | 01:19:33:920PM | Plasma | Ok | |
| 14 | 01:39:21:687PM | Plasma | Ok | |
| 15 | 01:51:42:913PM | Plasma | Ok | |
| 17 | 02:25:11:813PM | Plasma | Ok | |
| 18 | 02:37:35:150PM | Plasma | Ok | |
| 19 | 02:58:41:823PM | Plasma | Ok | |
| 20 | 03:14:43:930PM | Plasma | Ok | |
| 21 | 03:27:30:440PM | Plasma | Ok | |
| 22 | 03:40:00:607PM | Plasma | Ok | |
| 23 | 03:53:23:180PM | Plasma | Ok | |
| 24 | 04:05:51:937PM | Plasma | Ok | |
| 25 | 04:18:19:620PM | Plasma | Ok | |
| 26 | 04:30:51:300PM | Plasma | Ok | |
| 27 | 04:43:34:123PM | Plasma | Ok | |
| 28 | 04:56:25:867PM | Plasma | Ok | |