| Miniproposals | ||||||||||
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| Operators | |
| Session leader(s): | Martin Greenwald |
| Physics operator(s): | John Goetz |
| Engineering operator(s): | Bill Cochran |
| Engineering Operator Run Comment |
| MP#166/GOETZ |
| Session Leader Plans |
| Physics Operators Plans |
| Session Leader Summaries |
| Entered: Jul 7 2004 03:49:17:820PM |
| Author: To Be Determined |
| Run Summary for 980115 Density Limits MP 166 Session Leader: Greenwald Phys Op: Goetz ============================ Plan: Toroidal Field: 5.7 (to avoid ECE cutoff) Plasma Current: 0.4-1.0 MA Working gas species: D2 RF: needed for at least the first half of the run. This run was aimed toward investigating the H/L and disruptive density limits in C-Mod. The general approach will be to start with scenarios known to achieve high densities (3-4 x 10^20) at nominal currents (0.8-1.0 MA); then to slowly ramp down the current thereby raising the density limit parameter, n/Ia^2. Bt was not ramped down until late in the current ramp in order to allow gpc profile measurements. ============================== Results: We had reasonable success after a rocky start. With strong gas puffing it was possible to hold the density near 4e20 as the current was ramped down. On some shots, the RF faulted late; for the early shots, this was due to the outer gap growing. After this was corrected, some coupling problems remained but the sufficient RF power was maintained on enough shots to get useful data. In general we found strong deterioration in H-mode confinement at the higher densities; both global and local parameters deteriorated toward L-mode. Still clear transitions could be seen on the edge Te and xray measurements. H/L transitions occurred at n/nlimit = 0.75-0.8. Temperatures and stored energy continued to fall in the subsequent L-mode phase, which were terminated by disruptions at n/nlimit = 0.9-1.1. On one shot, 980115024, only 1 transmitter operated and the plasma stayed in L-mode. The density apparently ran up to 5.7e20 (!) which is the highest gas fueled discharge we have seen. Strong marfing was detected so the density measurement might be suspect. (The density from the YAG was similar, but nbogus from VB indicated much lower densities. We may be able to estimate the density from ECE cutoff, which was only mild.) Sc injection late in the H-mode phase showed L-mode like confinement (24 msec). Shots suitable for further analysis include: 980115007 008 009 012 013 015 016 017 018 019 020 021 024 025 026 027 =================================== |
| Physics Operator Summaries |
| Entered: Jul 7 2004 04:36:58:787PM |
| Author: To Be Determined |
| Physics operator summary for 980115 EO: Cochran PO: Goetz SL: Greenwald Run 980115 was in support of MiniProposal 166 - Density Limits This run is aimed toward investigating the H/L and disruptive density limits in C-Mod. The general approach will be to start with scenarios known to achieve high densities (3-4 x 10^20) at nominal currents (0.8-1.0 MA); then to slowly ramp down the current thereby raising the density limit parameter, n/Ia^2 If reproducible density limit phenomena are observed, we will try to flatten the current at the lower value in order to improve the measurements. The H->L and the disruptive density limits were observed. See the session leader's report and the logbook for further information. Things learned today: The fiducial used today had the gains for the slow ZCUR set to high. This led to the first two attempts at fiducials resulting in early disruptions. If a fiducial from pre-1998 is to be used, make sure the slow ZCUR gains have been reduced to 0.7. The name of segment 4 has been changed to "1998 fiducial 980115003". There was one fizzle today - the urge to do something about it was not resisted and a change of -.0003T in the Br offset cured the problem - existent or non. Current rises were robust and breakdowns consistent. A second gas valve was used to do heavy puffing. Thirty pounds of deuterium were in the J-Bottom plenum and a puff from 0.5 to 1.5sec was used to raise the density in conjuction with drawing a high density on NL04, i.e., 2.4e20. Greater than 85Torr-l of deuterium was puffed on some shots. Very high pressures were measured in the divertor, <170mTorr, and at the midplane, <2mTorr. Current ramps were accomplished with ease - no problems. Most ramps were <= 0.6MA/0.8sec. Engineering, computing, and diagnostics today: RF CAMAC had troubles today. These were traced to a cable that was added last night. This cable was acting like an antenna and bringing noise into the decoder. A disk on JUKBOX died or was seriously ill. This led to logbook and BigBoard troubles that access this disk. Two hours were lost due to these troubles. The heavy gas puffing today led to gate-valve closures after almost all shots. In fact the set point on the TCI was exceeded during shots and the set point was doubled. Scorecard: 27 shots = 26 plasmas + 1 fizzles + 0 dud + 0 eng. duds + 0 test Shot summary for Run 980115: coldstart hybrid - all matrices respond Load from 980107005 and turn off segment 2 and turn on segment 4 to get a fiducial Shot change result ____ _____ ______ 1 see above plasma - disr. @ .56 2 see above plasma - disr @ .52 - growing vertical instability 3 draw P and D gains on wire 2 to fiducial - runs o.k. - no oscillation 1.0 @ 0.1sec and 0.7 @ .25sec 4 turn off seg 4; turn on seg 2 plasma - Bt=5.8T - RF CAMAC troubles draw TF to -160kA (5.7T) 5 55min wait for RF fix; plasma - Bt=5.7T - RF CAMAC o.k. TF to -157kA 6 100Vx22ms on PG1 plasma 7 Ip ramp [0.7,1.0]->[1.5,0.6] plasma - no disruption! - 1 EDA Bt ramp down @ 1.5; extend waveforms and gain to 1.5; PG5 triangle puff [.5,75]->[1,0] 8 PG5=[.5,75]->[1.5,40] plasma - 1 EDA - shrinking elongation 9 extend CLEARIN waveform to 1.5; plasma - growing o.gap after 1.0sec IP=[0.7,1.0]->[1.5,0.5] 10 RCUR=[1.0,.666]->[1.5,.668]; plasma - H->L transition; o.gap better NL04=1.5e20 11 PG5=[0.5,90]->[1.5,50] plasma - H->L transition 12 IP=[0.7,1.0]->[1.5,0.4]; plasma - 1 EDA - o.gap increasing still RCUR=[0.8,.666]->[1.5,.67] 13 IP=[0.7,1.0]->[1.5,0.4]; plasma - 1 EDA - o.gap increases after RCUR=[0.8,.666]->[1.5,.672] 1.2sec 14 RCUR=[0.8,.666]->[1.5,.677]; fizzle - Br a tad too positive? NL04=2.6e20 15 BR_0 offset = .0057 plasma - disr. @ 1.2; lots of gas >85Torr-l delivered 16 NL04=2.4e20; PG5=[0.5,75]-> plasma - disr. @ 1.44; stays in H-mode [1.5,40] density is falling from 2.3 to 2.0e20 17 PG5=[0.5,80]->[1.5,50] plasma - disr. @ 1.37; stays in H-mode density falling from 2.4->2.1e20 18 PG5=[0.5,80]->[1.5,80]; plasma - disr. @ 1.32; stays in H-mode NL04=2.5e20 density only from 2.4->2.2e20 19 PG5=[0.5,90]->[1.5,90] plasma - disr. @ 1.41; RF stays on 20 IP=[0.7,-0.9]->[1.5,-0.2] plasma - disr. @ 1.15; density actually increases 21 no changes plasma - disr. @ 1.13; density increase H->L transition @ 0.87 22 no changes plasma - disr. @ 1.16; density increase H->L transition @ 0.87 23 IP=[0.7,-0.8]->[1.5,-0.1] plasma - disr. @ 1.13; H->L @ 0.8 170mTorr in the divertor 24 IP=[0.7,-0.8]->[1.5,-0.4]; plasma - disr. @ 1.34; L-mode PG5=[.5,75]->[1.3,75] 25 no changes plasma - disr. @ 1.36; H->L @ 0.86 26 PG5=[.5,65]->[1.3,65]; plasma - disr. @ 1.41; H->L @ 0.93 NL04=2.4e20 27 no changes plasma - disr. @ 1.44: H->L @ .88 |
| Session Leader Comments | |||
| Jan 15 1998 08:34:12:110AM | Martin Greenwald | Run Plan for 980115 Density Limits MP 166 Session Leader: M. Greenwald Physics Operator: J. Goetz Toroidal Field: 5.7 (to avoid ECE cutoff) Plasma Current: 0.4-1.0 MA Working gas species: D2 RF: needed for at least the first half of the run. This run is aimed toward investigating the H/L and disruptive density limits in C-Mod. The general approach will be to start with scenarios known to achieve high densities (3-4 x 10^20) at nominal currents (0.8-1.0 MA); then to slowly ramp down the current thereby raising the density limit parameter, n/Ia^2 If reproducible density limit phenomena are observed, we will try to flatten the current at the lower value in order to improve the measurements. Bt should not be ramped down until late in the current ramp in order to allow gpc profile measurements. Fluctuation measurements should also be made with a fast window near the H/L, disruption time. (Reflectometery measurements might be particularly useful.) If flattops near the limit can be obtained, we will want to inject impurities (Sc) to measure impurity particle confinement. Detailed plan. Start with shot 980107005, when established, begin an Ip rampdown starting at 0.75 sec. This ramp should take Ip to 0.5 mA at 1.5 sec. (At this point, the shot can resume the normal end of shot rampdown rate. If/when density limit disruptions are seen, we can modify the Ip waveform to lower the ramp rate near the disruption time. Subsequent shots will scan the initial density/gas p | |
| Jan 15 1998 09:00:08:650AM | 980115001 | Martin Greenwald | attempt at fiducial disruption at 0.56 sec |
| Jan 15 1998 09:09:52:750AM | 980115002 | Martin Greenwald | Same as shot 1 |
| Jan 15 1998 11:40:59:570AM | 980115003 | Martin Greenwald | Fiducial attempt Good shot, but RF power reads only .5 and 1. MW camac problem Decent H-mode |
| Jan 15 1998 11:40:29:380AM | 980115004 | Martin Greenwald | Good Shot data system reads only ~1MW on RF - camac problem probably twice that Decent H-mode EDA nebar reaches 3.8e20 |
| Jan 15 1998 11:43:09:830AM | 980115005 | Martin Greenwald | Attempt to repeat 980107005 only 1.2 MW on RF (for real this time) Decent EDA H-mode, but strong impurity accumulation |
| Jan 15 1998 12:04:53:160PM | 980115006 | Martin Greenwald | 3 H-mode periods first from .5 to .9 sec H ~ 1.5 moderate EDA, Pdiv ~ 30mT |
| Jan 15 1998 12:10:25:110PM | 980115007 | Martin Greenwald | Good shot Current rampdown starts at .7, reaches 0.6 MA at 1.5 sec reach 0.55 x nlimit stored energy, tau, H all sag Prad never exceeds 40% |
| Jan 15 1998 12:25:29:650PM | 980115008 | Martin Greenwald | Similar to previous shot a bit more gas puffing radiation lower |
| Jan 15 1998 12:34:45:530PM | 980115009 | Martin Greenwald | Similar to previous shot RF power extended, runs now from 0.4 - 1.4 sec 2 MW n/nlimit reaches 0.6 |
| Jan 15 1998 12:55:19:670PM | 980115010 | Martin Greenwald | similar but with impurity injection at .78 drops out of H-mode briefly |
| Jan 15 1998 01:02:56:510PM | 980115011 | Martin Greenwald | similar again still problems keeping rf coupled late outer gap grows near end of current ramp n/nlimit still no higher than .6 |
| Jan 15 1998 01:09:33:570PM | 980115011 | Martin Greenwald | fast window moved late poloidal detachment seen - shark fin just before end of shot disruption 10 kHz osc. seen on magnetics |
| Jan 15 1998 01:27:25:120PM | 980115012 | Martin Greenwald | n/nlimit reaches 0.7 (0.85 using nlimit pro) rf coupling and hmode lost immediately after |
| Jan 15 1998 01:32:51:610PM | 980115013 | Martin Greenwald | slightly faster rampdown reach n/nlimit of 0.88 with nlimit pro |
| Jan 15 1998 01:41:01:530PM | 980115014 | Martin Greenwald | fizzle |
| Jan 15 1998 02:29:12:710PM | 980115015 | Martin Greenwald | reach n/nlimit of 0.8 at H/L, 0.9 in Lmode |
| Jan 15 1998 02:29:39:630PM | 980115016 | Martin Greenwald | reach n/nlimit 0.8 at H/L, 0.9 in Lmode |
| Jan 15 1998 02:30:17:920PM | 980115017 | Martin Greenwald | reach n/nlimit 0.78 at H/L, 0.92 in Lmode |
| Jan 15 1998 02:41:09:810PM | 980115018 | Martin Greenwald | reach n/nlimit 0.8 at H/L, 0.92 in Lmode |
| Jan 15 1998 03:04:05:550PM | 980115019 | Martin Greenwald | reach n/nlimit 0.8 at H/L , 1.08 in L-mode |
| Jan 15 1998 03:21:42:270PM | 980115020 | Martin Greenwald | lower max Ip to 0.9 MA and ramp down to 0.2 n/nlimit reaches 0.76 at H/L 1.0 in L-mode |
| Jan 15 1998 03:48:02:190PM | 980115021 | Martin Greenwald | n/nlimit reaches 0.78 at H/L, 1.0 at L-mode disruption |
| Jan 15 1998 03:46:18:280PM | 980115022 | Martin Greenwald | density lost at end of shot - gate valve closes |
| Jan 15 1998 05:52:38:870PM | 980115024 | Martin Greenwald | 1 transmitter only, no H-mode very high (apparent density) 5.7e20 (!) corresponds to n/nlimit = 1.5 |
| Jan 15 1998 05:28:38:870PM | 980115025 | Martin Greenwald | density lost when gate valve closes early set point adjusted after this shot n/nlimit = 0.75 at H/L transition |
| Jan 15 1998 04:59:24:530PM | 980115026 | Martin Greenwald | reach n/nlimit 0.76 at H/L, 1.05 in L-mode |
| Jan 15 1998 05:08:20:310PM | 980115027 | Martin Greenwald | reaches n/nlimit = 0.75 at H/L and 1.1 in L-mode at disruption |
| Physics Operator Comments | |||
| Jan 15 1998 08:13:08:040AM | John Goetz | Run Plan for 980115 MP #166 Density Limits Engineering setup: ECDC in D2 for a few hours in the morning begin as on 980107005, except TF current limit set to 183kA (approximately 6T+ headroom) TF under hybrid control Gas setup - fill K-side with 30 PSI of D2, hybrid enabled fill B-top with 6 PSI of D2, hybrid enabled fill B-side-lower with 2 PSI of Ar, hybrid enabled fill J-bottom with 30 PSI of D2 hybrid disabled ECE gate valve enabled; others if diagnosticians are ready. Physics to be done: Toroidal Field: 5.7 (to avoid ECE cutoff) Plasma Current: 0.4-1.0 MA Working gas species: D2 RF: needed for at least the first half of the run. This run is aimed toward investigating the H/L and disruptive density limits in C-Mod. The general approach will be to start with scenarios known to achieve high densities (3-4 x 10^20) at nominal currents (0.8-1.0 MA); then to slowly ramp down the current thereby raising the density limit parameter, n/Ia^2 If reproducible density limit phenomena are observed, we will try to flatten the current at the lower value in order to improve the measurements. Bt should not be ramped down until late in the current ramp in order to allow gpc profile measurements. Fluctuation measurements should also be made with a | |
| Jan 15 1998 08:14:46:420AM | John Goetz | Beginning of 980115 Coldstart hybrid - all matrices respond load 980107005 - turn off segment 2 turn on segment 4 to get a fiducial loaded | |
| Jan 15 1998 09:07:49:090AM | 980115001 | John Goetz | Shot 001 Plasma disrupts @ 0.56 |
| Jan 15 1998 09:08:44:910AM | 980115002 | John Goetz | Shot 002 no changes Plasma disrupts @ 0.52 turns out the gains on the slow ZCUR (wire 2) were not reduced for this fiducial shot so a growing vertical instability got both of these shots |
| Jan 15 1998 09:25:47:240AM | 980115003 | John Goetz | Shot 003 draw both the D and P gains on wire 2 (slow ZCUR) to the following waveform: gain = 1.0 @ 0.1sec gain = 0.7 @ 0.25sec Plasma looks like a fiducial OH2 - EFC oscillation is gone rename segment 4 to "1998 fiducial (980115003)" |
| Jan 15 1998 10:08:26:700AM | 980115004 | John Goetz | Shot 004 turn off segment 4 - turn on segment 2 draw TF waveform to -160kAmps (5.7T) in segments 1 and 2 Plasma - EDA H-mode transition @ 0.52 got 5.79T problems with RF CAMAC - hard and/or software - for this shot and shot 003 pause to enter cell and investigate |
| Jan 15 1998 11:40:29:840AM | 980115005 | John Goetz | Shot 005 TF current = -157kA in segments 1 and 2 55 minute wait to fix RF CAMAC Plasma got 5.70T problem with logbook and BigBoard |
| Jan 15 1998 11:58:23:070AM | 980115006 | John Goetz | Shot 006 JUKBOX disk problem caused 57minute delay 100V x 22msec pulse of argon on PG1 Plasma - 3 EDA H-modes |
| Jan 15 1998 12:08:34:180PM | 980115007 | John Goetz | Shot 007 draw in Ip ramp: 1.0MA @ 0.7sec -> 0.6MA @ 1.5sec begin Bt ramp down @ 1.5sec extend waveforms and gains to handle 1.5sec pulse length draw triangle waveform on PG5: 75V @ 0.5sec -> 0V @ 1.0sec plasma no disruption!! 1 long EDA (from 0.5 to 1.2sec) |
| Jan 15 1998 12:25:56:670PM | 980115008 | John Goetz | Shot 008 draw trapezoid waveform on PG5: 75V @ 0.5sec -> 40V @ 1.0sec plasma one long EDA - decreasing density elongation is shrinking - missed the CLEARIN waveform during the waveform extension of a few shots ago |
| Jan 15 1998 12:41:55:730PM | 980115009 | John Goetz | Shot 009 extend CLEARIN waveform to 1.5sec IP = [0.7,1.0] -> [1.5,0.5]sec,MA plasma (down to 0.5MA @ 1.5sec) shape fixed, but outer gap is growing after 1.0sec (caused high reflected power trip at 1.3sec) |
| Jan 15 1998 12:53:59:990PM | 980115010 | John Goetz | Shot 010 fool the gap with RCUR = [1.0,.666] -> [1.5,.668]sec, m NL04 = 1.5e20 plasma - H->L transition in the middle of this one outer gap drift not as bad as before; remains <= 2cm |
| Jan 15 1998 01:04:39:650PM | 980115011 | John Goetz | Shot 011 PG5 = [0.5,90] -> [1.5,50] sec,V plasma - H->L transition in this one also RF tripping at 1.2sec on this one |
| Jan 15 1998 01:19:27:540PM | 980115012 | John Goetz | Shot 012 IP = [0.7,1.0] -> [1.5,0.4] sec,MA RCUR = [0.8,.666] -> [1.5,.670] sec,m - to try and help the RF with the outer gap plasma - disrupts @ 1.46 one EDA H-mode outer gap still increasing (plasma radius shrinking) |
| Jan 15 1998 01:34:59:300PM | 980115013 | John Goetz | Shot 013 IP = [0.7,1.0] -> [1.5,0.3] sec,MA RCUR = [0.5,.666] -> [1.5,.672] sec,m - to try and help the RF with the outer gap plasma - disrupts @ 1.45 one EDA H-mode gap shrinks only after 1.2sec |
| Jan 15 1998 01:49:03:410PM | 980115014 | John Goetz | Shot 014 RCUR = [0.5,.666] -> [1.5,.677] sec,m - to try and help the RF with the outer gap NL04 = 2.6e20 after 0.6sec fizzle - Br a tad too positive?? |
| Jan 15 1998 02:03:47:910PM | 980115015 | John Goetz | Shot 015 RCUR = [0.5,.666] -> [1.5,.677] sec,m - to try and help the RF with the outer gap NL04 = 2.6e20 after 0.6sec BR_0 offset = .0057 plasma - disrupts @ 1.2sec RF trips @ 0.95 lots of gas around - > 85Torr-l delivered through K-side and J-Bottom outer gap looks o.k. |
| Jan 15 1998 02:17:10:090PM | 980115016 | John Goetz | Shot 016 PG5 = [0.5,75] -> [1.5,40] sec,V NL04 = 2.4e20 after 0.6sec plasma - disrupts @ 1.44sec stays in H-mode, but the density is falling from 2.3->2.0e20 outer gap fine |
| Jan 15 1998 02:29:22:670PM | 980115017 | John Goetz | Shot 017 PG5 = [0.5,80] -> [1.5,50] sec,V plasma - disrupts @ 1.37sec stays in H-mode, but the density is falling from 2.4->2.1e20 transmitter drop @ 1.1 |
| Jan 15 1998 02:42:02:920PM | 980115018 | John Goetz | Shot 018 PG5 = [0.5,80] -> [1.5,80] sec,V NL04 = 2.5e20 plasma - disrupts @ 1.32sec stays in H-mode, but the density is better; only from 2.4->2.2e20 transmitter drop @ 1.06 |
| Jan 15 1998 03:04:54:170PM | 980115019 | John Goetz | Shot 019 PG5 = [0.5,90] -> [1.5,90] sec,V plasma - disrupts @ 1.41sec stays in H-mode, but the density still falls from 2.4->2.2e20 RF stays on! |
| Jan 15 1998 03:22:12:310PM | 980115020 | John Goetz | Shot 020 IP = [0.7,-0.9] -> [1.5,-0.2] sec,MA plasma - disrupts @ 1.15sec H->L transition moves earlier in time the density actually rises during the H-mode this time RF trip in L-mode |
| Jan 15 1998 03:30:37:120PM | 980115021 | John Goetz | Shot 021 give the RF another try plasma - disrupts @ 1.13sec H->L transition @ 0.87sec the density actually rises during the H-mode this time RF trip in L-mode |
| Jan 15 1998 03:42:37:100PM | 980115022 | John Goetz | Shot 022 no changes plasma - disrupts @ 1.16sec H->L transition @ 0.88sec |
| Jan 15 1998 04:00:56:430PM | 980115023 | John Goetz | Shot 023 IP = [0.7,-0.8] -> [1.5,-0.1] sec,MA plasma - disrupts @ 1.13sec injection @ 0.29sec; big one, probably molybdenum H->L transition @ 0.8sec |
| Jan 15 1998 04:11:05:170PM | 980115024 | John Goetz | Shot 024 IP = [0.7,-0.8] -> [1.5,-0.4] sec,MA PG5 = [0.5,75] -> [1.3,75] sec,V plasma - disrupts @ 1.34sec injection @ 0.29sec; small one, probably molybdenum 1 transmitter; L-mode all the way NL04 of 3.5e20!! |
| Jan 15 1998 04:30:20:700PM | 980115025 | John Goetz | Shot 025 no changes plasma - disrupts @ 1.36sec 2 transmitters - H->L @ 0.86 |
| Jan 15 1998 04:50:12:170PM | 980115026 | John Goetz | Shot 026 NL04 = 2.4e20 PG5 = [0.5,65] -> [1.3,65] sec,V plasma - disrupts @ 1.41 H -> L transition @ 0.93 |
| Jan 15 1998 05:14:51:650PM | 980115027 | John Goetz | Shot 027 no changes inject scandium plasma - disrupts @ 1.44 H -> L transition @ 0.88 small Sc injection @ 0.8 |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 08:51:34:940AM | Plasma | Ok | no faults |
| 2 | 09:02:48:220AM | Plasma | Ok | |
| 3 | 09:17:42:510AM | Plasma | Ok | |
| 4 | 09:35:26:140AM | Plasma | Ok | |
| 6 | 11:43:07:680AM | Plasma | Ok | |
| 7 | 12:00:11:430PM | Plasma | Ok | |
| 8 | 12:12:53:420PM | Plasma | Ok | |
| 9 | 12:27:04:460PM | Plasma | Ok | |
| 10 | 12:40:44:410PM | Plasma | Ok | no faults plasma |
| 11 | 12:56:01:250PM | Plasma | Ok | |
| 12 | 01:09:38:870PM | Plasma | Ok | |
| 13 | 01:24:25:810PM | Plasma | Ok | |
| 14 | 01:38:34:030PM | Plasma | Ok | |
| 15 | 01:50:31:870PM | Plasma | Ok | |
| 16 | 02:07:19:670PM | Plasma | Ok | |
| 17 | 02:20:55:740PM | Plasma | Ok | |
| 18 | 02:34:52:570PM | Plasma | Ok | |
| 19 | 02:57:25:900PM | Plasma | Ok | |
| 20 | 03:14:52:450PM | Plasma | Ok | |
| 21 | 03:25:39:670PM | Plasma | Ok | |
| 22 | 03:38:05:200PM | Plasma | Ok | |
| 23 | 03:51:55:600PM | Plasma | Ok | |
| 24 | 04:03:26:800PM | Plasma | Ok | |
| 25 | 04:19:45:630PM | Plasma | Ok | |
| 26 | 04:44:18:270PM | Plasma | Ok | |
| 27 | 04:57:33:550PM | Plasma | Ok | |