| Miniproposals | ||||||||||||
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| Operators | |
| Session leader(s): | David Mikkelsen,Martin Greenwald |
| Physics operator(s): | Joseph Snipes |
| Engineering operator(s): | Bill Byford,Bill Parkin |
| Engineering Operator Run Comment |
| MP 428 Separation of ITB from EDA SL: D. Mikkelsen/M. Greenwald PO: J. S |
| Session Leader Plans |
| Entered: Jul 25 2006 03:41:19:353PM |
| Author: David Mikkelsen |
| The goal of MP 428 is to delay the beginning of the ITB phase until after steady H-modes have been established, and look for small changes in the Te profile that are needed to form ITBs. The delay is accomplished by heating the central region for the first 150-250 msec of the RF heating pulse; central and off-axis heating are both used in this period. Removing central heating while continuing with off-axis heating is expected to slightly broaden the temperature profile shape, leading to less transport in the central region of the plasma.
We will begin with the 'large ELM' shape used in 1060719025, but use higher Btor=5.5 T so the FRC-ECE system can be used to monitor the Te profile. Target density at 0.5 sec should be NL04 = 0.8E20. If the above scenario is unsatisfactory, the first alternate plasma conditions are those in 1021011004 (800 kA, 5.5 T, 70 MHz off-axis heating). If the J power is insufficient for sustaining H-modes, we will have to use D&E for off-axis heating and switch to 4.5 T. On this branch we will repeat 1060719025 very closely, but will perhaps have higher target density since this MP does not particularly require low density. 1) get H-modes with combined 80 and 70 MHz ICRH starting at 0.5 sec and running until 1.0 sec at first. For ECE cross calibrations, a programmed Btor ramp down of 0.1 T (3 kA in TF current?) should occur between 1.2 and 1.4 sec, final ramp down begins at 1.5 sec. We will actually see a smaller change in Btor, but this gave what we needed last week. 2) Once the ECE calibration phase looks good (steady temperature profiles between 1.2 and 1.5 sec), shift the start of ICRH to 0.7 sec and stop at 1.4 sec (to compare with the ITB shots with long duration heating). Adjust the target density as needed, aiming for prompt H-modes. The J power needed later will be ~1 MW, so push for that; we'll need only 1-2 MW from D&E combined, so focus on steady power from those. 3) Once long H-mode phases have been established and we have a clean no-ITB shot with reasonably steady RF for 0.7 sec, try to make ITBs by ramping down the central RF (D&E if we are at 5.5 T) beginning about 50 msec after the time that the H-mode density rise has saturated; estimated to be about 150 - 200 msec after the RF start time. Ramp down central power over 50 msec to zero, but continue heating off-axis with J; look for rising central density. Adjust Btor to search for ITB location. If ITBs do not materialize after varying Btor, shorten the initial central heating period to 150, 100, 75, 50 msec. ITBs have been produced with short initial periods of central heating (Fiore 200x). 4) Document ITB transitions; this requires steady RF through the transition. Adjust the duration of initial central heating phase (and possibly adjust the duration of the central ramp down) in order to average over a number of sawteeth. Search for a clear difference - before and after central ramp down - in the ratios of Te in neighboring FRC-ECE channels. The ratios should be steady before the central power starts to ramp down, and if the ratios are still rapidly changing when the density rise begins we will try a slower central ramp down. 5) Study fluctuations in the central density peak (attempt MP 403) with the 132 GHz reflectometer. If the density has been too high for this above, reduce the peripheral density below 2.E20 by lowering the target density and Ip as needed. Turn central heating back on after an ITB is well established to look for fluctuation changes in the central density peak. Monitor changes in Te ratios when central heating is turned back on. Use enough central power to arrest the central density growth, but don't kill off the ITB. |
| Physics Operators Plans |
| Entered: Jul 25 2006 11:55:55:980AM |
| Author: Joseph Snipes |
| Physop plan and engineering setup for Wednesday, 26-July-2006 MP 428 Separation of ITB from EDA SL: D. Mikkelsen/M. Greenwald PO: J. Snipes Overnight boronization. Boronization Recipe: 10% B2D6 / 90% He 6L bottle. vessel temperature at 60/60/60. 120 psi to be deposited. PEI setting to 44/70/80 (Rmin/Rres/Rmax) with no pulser. 20 s/60 s sweep time Gas Pressures: TC3/TC6/TC9/TC6Request = [4 to 7]/150/95/150 Helium ECDC at 5e-5 Torr to be started after the boronization. Run until 7am. Multipactor conditioning is needed before the run for the ICRF. Engineering setup: ------------------- Power system setup as on 1060719025 Gas Setup: fill B-Top with 6 psi D2 Hybrid enabled (PG4) fill B-side lower with 1 psi Ar Hybrid DISABLED (PG1) leave B-side upper as is DO NOT TOUCH fill B-main (C-side) with 40 psi D2 Hybrid enabled (PG3) NINJA not needed (Disable) Enable the following gate valves and shutters: ECE, VUV, Z-bolo shutters. RF setup: FMIT#1,2, 3 and 4 in Run-on by 8:30AM Diagnostic needs: Need density and temperature profiles for transport analysis. Run plan: Start with shot 1060719025 but at 5.5 T with target nebar ~ 0.5 x 10^20 and with steady PRF ~ 1 MW from J-port at 70 MHz and ~ 2 MW from D + E at 80 MHz. Looking to produce H-modes with ITBs. Need steady RF initially for 0.5 s duration starting at 0.7 s into the shot. Once steady H-modes are obtained, the RF power will be extended to 0.7 s duration to attempt to extend the ITBs. Looking for small changes in the Te profile so steady RF is essential. |
| Session Leader Summaries |
| Entered: Jul 26 2006 06:09:23:010PM |
| Author: Martin Greenwald |
| MP 428 - Separate L-H transition from ITB formation
We achieved the basic goal of the MP. Running at 5.6 T, 0.9 MA and target nebar of 1.5e20, we created steady H-mode shots which transitioned from 100% on-axis (D+E at 80 MHz) to 100% off-axis (J at 70 MHz) heating at constant power (1-1.5 MW). The shots reached a quasi-steady state with the on-axis heating, before the frequency switchover began, about 5 tau_E times after the start of the RF. ITBs were clearly observed. ITB formation occurred at about the point where the RF power was 100% off-axis. Density peaking reached ne(0)/ne(a) = 2-3, with peak densities approaching 6e20. Good Te profiles were obtained with the HECE system. A quick analysis showed that the gradients did relax as the power moved off-axis. Pulling numbers off some plots, and evaluating at the radii near the eventual ITB foot (R = 0.77 to 0.81 m) we find R/L_T ~ 7.8 with all on-axis heating (t = 0.85) dropping to R/L_T ~ 6.4 at t=1.0 sec, with only off-axis heating.
Shots of particular interest included:
10607026021 J-port only, good ITB
22 D+E overlapped with J, good ITB
25 constant power, good ITB
26 constant power, good ITB
27 constant power, good ITB
31 constant power, good ITB
The last two are the best shots |
| Physics Operator Summaries |
| Entered: Jul 26 2006 05:04:00:000PM |
| Author: Joseph Snipes |
| The machine ran very well and there was only one delay early in the run to repair the TCI that cost us about half an hour. There were only a few small changes to the startup and there were no fizzles or duds. There were a number of disruptions due to impurity injections but most plasmas went well into the rampdown. Some disrupted in rampdown due to Li pellets. A number of nice long EDA H-modes were obtained with ITBs with strong density peaking. The session leader left for Princeton just before the best results but he should be able to analyze the data and give a good report on the physics of the run as well. There were 33 shots and 33 plasmas with nearly one minute of plasma overall today. Setting date to that of current shot. Change if necessary. Shot,Duration(s),Ipmax(MA),Result Shot,Duration(s),Ipmax,Result | 01 1.958 0.747 Plasma | 02 1.955 0.759 Plasma | | 03 1.961 0.760 Plasma | 04 1.957 0.734 Plasma | | 05 1.960 0.921 Plasma | 06 1.627 0.942 Plasma | | 07 1.630 0.951 Plasma | 08 1.966 0.928 Plasma | | 09 1.964 0.928 Plasma | 10 1.959 0.928 Plasma | | 11 0.990 0.954 Plasma | 12 1.013 0.943 Plasma | | 13 0.699 0.981 Plasma | 14 1.966 0.927 Plasma | | 15 1.958 0.924 Plasma | 16 1.951 0.920 Plasma | | 17 1.949 0.920 Plasma | 18 1.950 0.916 Plasma | | 19 1.638 0.915 Plasma | 20 1.959 0.916 Plasma | | 21 2.010 0.917 Plasma | 22 2.010 0.918 Plasma | | 23 2.010 0.919 Plasma | 24 2.010 0.918 Plasma | | 25 2.010 0.918 Plasma | 26 2.010 0.917 Plasma | | 27 1.797 0.920 Plasma | 28 1.769 0.919 Plasma | | 29 1.863 0.920 Plasma | 30 1.771 0.920 Plasma | | 31 1.770 0.920 Plasma | 32 0.840 0.921 Plasma | | 33 2.010 0.918 Plasma Date 1060726: 33 shots. 33 plasmas. 0 fizzles. 0 duds. 0 System Error. (Plasma = Ip gt 50.0 kA Dud = H_alpha lt 0.40 V) Total plasma duration: 58.89 s (exceeding -74 kA) |
| Session Leader Comments | |||
| Jul 26 2006 09:32:35:860AM | 1060726001 | David Mikkelsen | density profile has H-mode shape immediately with ICRH
ohmic H-mode after RF, too? no Te pedestal, though calibration Btor ramp started later than desired fixed that in '003 |
| Jul 26 2006 09:35:44:187AM | 1060726002 | David Mikkelsen | quick H-mode density shape, but big early Prad burst causes H->L
ohmic H-mode after RF, too? no Te pedestal again, though calibration Btor ramp started later than desired fixed that in '003 |
| Jul 26 2006 09:47:16:097AM | 1060726003 | David Mikkelsen | density staying higher than 1060719; high post-boronization gas influx
quick H-mode density shape, Prad stays moderate this time ohmic H-mode after RF, too? no Te pedestal again, though |
| Jul 26 2006 10:17:10:360AM | 1060726004 | David Mikkelsen | density staying higher than 1060719; high post-boronization gas influx
TS not on for '004 quick H-mode density shape, big Prad spike around 0.930; see H->L in NL04? 1070719004 has higher central density than today Next: reduce Btor to 5.4, raise Ip to 900 kA to match last week |
| Jul 26 2006 11:06:50:550AM | 1060726006 | David Mikkelsen | steady D&E RF power; also higher ne(0), but NL04 is quite high
target density staying higher than 1060719; high post-boronization gas influx? Next: raise Btor to 5.5, keep Ip = 900 kA |
| Jul 26 2006 11:19:06:647AM | 1060726007 | David Mikkelsen | steady D&E RF power; also higher ne(0), but NL04 is quite high
so density profile is rather flat target density staying higher than 1060719; high post-boronization gas influx? Prad large 0.75-0.90 sec Next: later, longer RF; on from 0.7 to 1.4 sec |
| Jul 26 2006 11:38:00:937AM | 1060726008 | David Mikkelsen | target density is lower now
Next: reduce ELMs with lower triangularity and higher elongation |
| Jul 26 2006 11:57:20:833AM | 1060726010 | David Mikkelsen | target density is higher again; very flat density profiles
large Prad causes H->L at 0.85 and 1.00 ? wait for steady J in this shape |
| Jul 26 2006 12:30:31:487PM | 1060726011 | David Mikkelsen | large Prad causes H->L at 0.84 and disruption at 0.99
steady J for 0.5 sec |
| Jul 26 2006 12:31:25:927PM | 1060726011 | David Mikkelsen | large Prad causes H->L at 0.81 and disruption at 1.0
steady J for 0.3 sec |
| Jul 26 2006 12:32:14:583PM | 1060726011 | David Mikkelsen | large Prad causes disruption at 0.69
|
| Jul 26 2006 12:41:38:273PM | 1060726013 | David Mikkelsen | large Prad causes disruption at 0.69
|
| Jul 26 2006 12:54:30:120PM | 1060726014 | David Mikkelsen | steadily increasing Prad until H->L transitions
J is steady at 1 MW Next: try for ITB next by cutting off D&E RF at 0.95 sec |
| Jul 26 2006 01:01:45:970PM | 1060726015 | David Mikkelsen | increasing Prad saturates at 1.5 MW - at 0.81 sec when J goes to zero
J faults early |
| Jul 26 2006 01:19:27:727PM | 1060726016 | David Mikkelsen | increasing Prad saturates below 4 MW - when D faults to zero
J is enough for H-mode after 1 sec ! Next: bring D&E down slowly to avoid H->L transition |
| Jul 26 2006 01:31:51:370PM | 1060726017 | David Mikkelsen | increasing Prad saturates below 8 MW then J faults to zero and recovers
J is again enough for H-mode after 1 sec Next: no D&E at all |
| Jul 26 2006 01:41:59:890PM | 1060726018 | David Mikkelsen | increasing Prad saturates below 1.5 MW then J faults to zero and recovers
lower total RF power led to lower Prad ne(0) rises steadily until first H->L transition J is again enough to make H-mode Again: no D&E at all; need steady J for longer |
| Jul 26 2006 02:02:35:477PM | 1060726019 | David Mikkelsen | Prad saturates below 1 MW then J faults to zero and recovers
lower total RF power led to lower Prad ne(0) rises steadily until first H->L transition J is again enough to make H-mode Again: no D&E at all; need steady J for longer |
| Jul 26 2006 02:26:23:267PM | 1060726021 | Martin Greenwald | Good shot
just steady off-axis power ~ 1 clear peaking late, rising stored energy |
| Jul 26 2006 02:41:23:850PM | 1060726022 | Martin Greenwald | Added on-axis power to previous shot
1 MW of D+E for 0.15 sec, then ramp down over the next 0.15 sec no sign of ITB until after D and E are off moderate peaking afterwards, becoming very strong by end of shot |
| Jul 26 2006 03:04:07:453PM | 1060726024 | Martin Greenwald | Ramp up J-port late, so that total power remains constant over pulse
We lost the h-mode before D+E went to 0 |
| Jul 26 2006 03:25:55:697PM | 1060726025 | Martin Greenwald | Good shot
as previous shot, constant total power with 80 MHz trading off with 70 steady h-mode peaking late |
| Jul 26 2006 03:27:47:447PM | 1060726026 | Martin Greenwald | Good shot, ITB forms after central power off
flattop extended to 1.6 seconds peaking remains power constant at 1.2 MW |
| Jul 26 2006 03:43:57:577PM | 1060726027 | Martin Greenwald | Pushed up power to 1.5 MW
still constant power ITB forms at about 1 second |
| Jul 26 2006 03:52:11:627PM | 1060726028 | Martin Greenwald | Used a faster ramp on the 80-70 MHz switchover
lost the h-mode shortly afterwards |
| Jul 26 2006 04:06:42:273PM | 1060726029 | Martin Greenwald | Similar to last shot, lost h-mode early |
| Jul 26 2006 04:18:23:683PM | 1060726030 | Martin Greenwald | Lost the H-mode early again |
| Jul 26 2006 04:42:43:850PM | 1060726031 | Martin Greenwald | Went back to slow ramp
shot similar to 27 Good ITB, steady power |
| Jul 26 2006 04:43:13:833PM | 1060726032 | Martin Greenwald | disrupts early
|
| Jul 26 2006 04:58:08:170PM | 1060726033 | Martin Greenwald | H-mode ends early |
| Physics Operator Comments | |||
| Jul 26 2006 09:26:20:373AM | 1060726001 | Joseph Snipes | Shot 1: Loaded shot 1060719025. Then loaded segment 2 from 1021011004 into segment 3. However, the predictors using FLUXIHH could not be recalculated because they refer to an equilibrium from shot 930817004 which is missing because of problems with the RAID disk. So, we are at present unable to recalculate predictors from any old shot until 930817004 can be recalled from tape. |
| Jul 26 2006 09:26:33:687AM | 1060726001 | Joseph Snipes | Shot 1: Loaded shot 1060719025. Changed TF current to 153 kA until 1.2 s then a slow ramp to 150 kA at 1.4 s then constant until 1.5 s to begin rampdown. Runaways in the startup but otherwise a decent shot. |
| Jul 26 2006 09:26:40:547AM | 1060726002 | Joseph Snipes | Shot 2: Increased prepuff by 2 ms to 22 ms duration and reduced |EF4 current| by 15 A to -1330 A. Good shot. |
| Jul 26 2006 09:53:36:193AM | 1060726004 | Joseph Snipes | Shot 4: Repeat. Good shot. Finally got some 300 kW each out of J3 and J4. |
| Jul 26 2006 10:33:53:177AM | 1060726005 | Joseph Snipes | Shot 5: Cell access before shot 5 to repair the TCI, change the fibers for the active MHD, setup the reflectomter, etc. TF current dropped by 3 kA to 150 kA with a ramp to 147 kA at the end. Ip raised to 0.9 MA. Li pellet at 1.6 s. Enabled Ar gas puff from 0.35 s for 40 ms duration. Good shot. |
| Jul 26 2006 10:52:14:170AM | 1060726006 | Joseph Snipes | Shot 6: Enabled DNB gate valve. RF needed to tune up to the new plasma current value. Got Li pellet at 1.6 s and the plasma disrupted at 1.62 s. Good shot with nearly 3 MW of ICRF, though J-port does not stay on. |
| Jul 26 2006 11:07:22:627AM | 1060726007 | Joseph Snipes | Shot 7: Increased TF current by 3 kA to 153 kA with a slow ramp at the end to 150 kA. Reduced nl04 to 5.0 x 10^19 m^-2 from 5.5. Good shot. J-port is still not very constant. |
| Jul 26 2006 11:19:18:837AM | 1060726008 | Joseph Snipes | Shot 8: Shifted ICRF timing by 0.2 s to start at 0.7 s and end at 1.4 s. Alex report 140 km/s rotation as high as ever seen! Good shot. |
| Jul 26 2006 11:43:56:720AM | 1060726009 | Joseph Snipes | Shot 9: NINJA D2 puff for gas puff imaging diagnostic starting at 0.8 Changed RCUR, ZCUR, CLEARIN, RXL, ZXL, RXU, and ZXU to a standard shape by copying waveforms from shot 1060720010. Good shot with standard shape. |
| Jul 26 2006 11:59:33:257AM | 1060726010 | Joseph Snipes | Shot 10: Repeat. Good shot but J-port tripped. A large injection at 0.83 s. |
| Jul 26 2006 12:11:08:213PM | 1060726011 | Joseph Snipes | Shot 11: Repeat. Disrupted at 0.986 s. Large injections again. |
| Jul 26 2006 12:15:21:780PM | 1060726012 | Joseph Snipes | Shot 12: Dropped ZXL by 1.3 cm to -2.3 cm and moved RXL in by 5 mm to 0. Increased nl04 to 6 x 10^19 m^-2. Disrupted again at 1 s. |
| Jul 26 2006 12:27:59:877PM | 1060726013 | Joseph Snipes | Shot 13: Reloaded shot 11 and increased nl04 to 9 x 10^19 m-2. Disrupted at 0.695 s. |
| Jul 26 2006 01:10:15:440PM | 1060726015 | Joseph Snipes | Shot 14: Increased nl04 to 1 x 10^20 m^-2. Try again. Good shot. |
| Jul 26 2006 01:10:24:003PM | 1060726015 | Joseph Snipes | Shot 15: Repeat. Good shot but J-port did not stay on. |
| Jul 26 2006 01:11:47:783PM | 1060726016 | Joseph Snipes | Shot 16: Repeat. Good shot but did not stay in H-mode after D-port switched off. |
| Jul 26 2006 01:32:30:620PM | 1060726017 | Joseph Snipes | Shot 17: Repeat. Good shot but there were several impurity injections from 0.88 to 0.92 s. |
| Jul 26 2006 01:38:48:373PM | 1060726018 | Joseph Snipes | Shot 18: Repeat. Good shot with J-port only but J-port trips a few times so the plasma does not stay in H-mode. |
| Jul 26 2006 01:59:41:913PM | 1060726019 | Joseph Snipes | Shot 19: Repeat. Great shot! Long steady EDA H-mode but still no clear ITB. |
| Jul 26 2006 02:08:06:323PM | 1060726020 | Joseph Snipes | Shot 20: Increase TF current to 155.5 kA to get 5.6 T looking for the ITB. Removed slow ramp in TF current so that it remains constant at 155.5 kA to 1.5 s. Good shot but there was an impurity injection at 0.8 s. Still no ITB. |
| Jul 26 2006 02:22:30:267PM | 1060726021 | Joseph Snipes | Shot 21: Mikkelsen went home. Try again. Good shot with a long EDA but not very strong density peaking. |
| Jul 26 2006 02:41:36:523PM | 1060726022 | Joseph Snipes | Shot 22: Try again with D&E&J together to begin with. Good shot. Got density peaking late in the H-mode. |
| Jul 26 2006 02:49:15:087PM | 1060726023 | Joseph Snipes | Shot 23: Repeat. Good shot. Impurity injection at 1.26 s knocked it out of H-mode. |
| Jul 26 2006 02:58:46:107PM | 1060726024 | Joseph Snipes | Shot 24: Repeat. Decent shot with several H-modes. Breakdown is a bit shaky. |
| Jul 26 2006 03:19:38:647PM | 1060726025 | Joseph Snipes | Shot 25: Increased prepuff by 2 ms to 24 ms duration. Decreased Br0 by 0.4 mT to -1.4 mT. Good shot with a long EDA H-mode with and ITB. There is an impurity injection at 1.34 s followed by strong peaking. |
| Jul 26 2006 03:29:44:447PM | 1060726026 | Joseph Snipes | Shot 26: Extended the flattop out to 1.6 s on Ip, Bt, and all shape parameters as well as the density. Good shot. Nice long EDA H-mode with an ITB out to the end of the flattop. |
| Jul 26 2006 03:39:01:373PM | 1060726027 | Joseph Snipes | Shot 27: Repeat. Good shot. Disrupted in rampdown at 1.79 s after a Li pellet at 1.71 s. Got a nice long EDA H-mode with an ITB peaking the density up. |
| Jul 26 2006 03:52:03:470PM | 1060726028 | Joseph Snipes | Shot 28: Repeat. Decent shot but now there are several H-modes. Disrupted at 1.76 s after a Li pellet at 1.71 s. There is an m=1 snake between 1.74 and 1.76 s visible on the TCI and on the magnetics and core ECE. |
| Jul 26 2006 04:12:18:743PM | 1060726029 | Joseph Snipes | Shot 29: Repeat. Good shot. Two H-modes. The last one peaks up. |
| Jul 26 2006 04:17:44:247PM | 1060726030 | Joseph Snipes | Shot 30: Repeat. Good shot with several H-modes. Not so strong density peaking. |
| Jul 26 2006 04:33:49:533PM | 1060726031 | Joseph Snipes | Shot 31: Repeat. Good shot with a nice long EDA with an ITB with strong density peaking. |
| Jul 26 2006 04:43:57:943PM | 1060726032 | Joseph Snipes | Shot 32: Repeat. Disrupted at 0.83 s following impurity injections. |
| Jul 26 2006 04:57:44:073PM | 1060726033 | Joseph Snipes | Shot 33: Reduced Br0 by 0.3 mT to -1.7 mT. Good shot. Several H-modes with impurity injections. |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 09:07:05:910AM | Plasma | Ok | |
| 2 | 09:20:56:960AM | Plasma | Ok | |
| 3 | 09:34:14:640AM | Plasma | Ok | |
| 4 | 09:47:59:783AM | Plasma | Ok | |
| 5 | 10:32:20:020AM | Plasma | Ok | |
| 6 | 10:46:59:447AM | Plasma | Ok | |
| 7 | 11:01:48:877AM | Plasma | Ok | |
| 8 | 11:15:11:473AM | Plasma | Ok | |
| 9 | 11:34:43:997AM | Plasma | Ok | |
| 10 | 11:47:12:923AM | Plasma | Ok | |
| 11 | 11:59:44:773AM | Plasma | Ok | |
| 12 | 12:12:12:357PM | Plasma | Ok | |
| 13 | 12:24:48:720PM | Plasma | Ok | |
| 14 | 12:41:16:977PM | Plasma | Ok | |
| 15 | 12:53:51:560PM | Plasma | Ok | |
| 16 | 01:06:31:627PM | Plasma | Ok | |
| 17 | 01:19:36:960PM | Plasma | Ok | |
| 18 | 01:32:17:670PM | Plasma | Ok | |
| 19 | 01:46:12:313PM | Plasma | Ok | |
| 20 | 02:00:29:820PM | Plasma | Ok | |
| 21 | 02:15:12:527PM | Plasma | Ok | |
| 22 | 02:28:41:157PM | Plasma | Ok | |
| 23 | 02:42:39:867PM | Plasma | Ok | |
| 24 | 02:55:16:107PM | Plasma | Ok | |
| 25 | 03:08:03:610PM | Plasma | Ok | |
| 26 | 03:20:44:320PM | Plasma | Ok | |
| 27 | 03:34:18:997PM | Plasma | Ok | |
| 28 | 03:46:49:767PM | Plasma | Ok | |
| 29 | 04:01:13:727PM | Plasma | Ok | |
| 30 | 04:15:25:213PM | Plasma | Ok | |
| 31 | 04:28:07:940PM | Plasma | Ok | |
| 32 | 04:40:42:490PM | Plasma | Ok | |
| 33 | 04:53:31:463PM | Plasma | Ok | |