| Miniproposals | ||||||||||
|
| Operators | |
| Session leader(s): | Unknown |
| Physics operator(s): | Steve Wolfe |
| Engineering operator(s): | Bill Parkin,Bill Byford,Bill Cochran,Ed Fitzgerald |
| Engineering Operator Run Comment |
| PLasma Startup and Conditioning |
| Session Leader Plans |
| Physics Operators Plans |
| Session Leader Summaries |
| Entered: Jul 7 2004 03:49:34:273PM |
| Author: Unknown |
| Run summary for 1031104a MP: #349 D-port quarter-wavelength transformers prematching performance MP: #355 ICRF Testing and Conditioning The primary purpose of this experiment is to demonstrate that prematching transformers can be used to reduce the voltage in the tuning components (phase-shifter/stub-tuner pair in the current system and future fast-ferrite tuners). Two quarter-wavelength transformers have been installed on the D-port transmission line network. The system will be tested during high power operations for typical plasma conditions. The overall performance of the antenna (power limits, heating efficiency, impurity and density production) will be compared with that of the unchanged E-antenna. Summary ======= RF conditioning continued. Plasmas are in upper-null configuration. No H-mode has been seen even with about 5 MW RF power. J-port power is limited by screen current in #4. Fine tuning of this transmitter is planned. While only a minimal reduction of the VSWR was achieved with the quarter-wavelength transformers, their presence in the transmission line system did not affect the power limits and the performance of the D-antenna significantly, compared to E-antenna. The reactive loading of the plasma, which had not been taken into account in the design of the system, was found to result in a significant phase shift compared to vacuum. A revised design calls for a change in the placement of the transformers by about 7 inches. 006 Fizzle ---------------------------------------------------------------------------- 007 Upper null plasma BT = 5.4 T, nl04 = 1e20 m^-2, Ip = .9 MA D: 0.5MW MW, [0.6, 0.8] sec E: 0.8 MW, [1.0, 1.5] sec J: 0.75 MW x 2, [0.8, 1.5] sec result: Plasma. D: ran. max faults. E: ran. 1 fault. J: ran. ran better when E was on. >300ms Next shot: tweak ST on D. Raise power J and E. ----------------------------------------------------------------------------- 008 Fizzle. ----------------------------------------------------------------------------- 009 Dud. ----------------------------------------------------------------------------- 010 Upper null plasma BT = 5.4 T, nl04 = 1e20 m^-2, Ip = .8 MA D: 0.5MW MW, [0.6, 0.8] sec E: 1.0 MW, [1.0, 1.5] sec J: 1.0 MW x 2, [0.8, 1.5] sec Result: Plasma. D: ran. max faults. E: ran. 1 fault very early. J: ran. max faults. ~35ms continuous. Next shot: continue to adjust d port tuning. Tweak ST J3 ----------------------------------------------------------------------------- 011 Upper null plasma BT = 5.4 T, nl04 = 1e20 m^-2, Ip = .8 MA D: 0.5MW MW, [0.6, 0.8] sec E: 1.0 MW, [1.0, 1.5] sec J: 1.0 MW x 2, [0.8, 1.5] sec Result: Plasma. D: ran. max faults. E: ran. 1 fault very early. J: ran. 8 faults. ~150ms continuous. better Next shot: continue to adjust d port tuning. Tweak ST J3 ----------------------------------------------------------------------------- 012 Upper null plasma BT = 5.4 T, nl04 = 1e20 m^-2, Ip = .8 MA D: 0.5MW MW, [0.6, 0.8] sec E: 1.0 MW, [1.0, 1.5] sec J: 1.0 MW x 2, [0.8, 1.5] sec Result: Plasma. D: ran. max faults. ~30ms continuous. better E: ran. clean. J: ran. 3 faults. >450ms continuous. tuning good. Next shot: Lower density to .8e20m2. Change turn-on timing of antennas. ----------------------------------------------------------------------------- 013 Upper null plasma BT = 5.4 T, nl04 = .8e20 m^-2, Ip = .8 MA D: 0.5MW MW, [0.6, 1.2] sec E: 1.0 MW, [0.6, 1.2] sec J: 1.0 MW x 2, [0.8, 1.5] sec Result: Plasma. D: ran. 5 faults. ~200ms continuous. much better E: ran. clean. J: ran. clean. Next shot: Change turn-on timing of antennas. Tweak D ST/PS. Raise D and J power. ----------------------------------------------------------------------------- 014 Fizzle ----------------------------------------------------------------------------- 015 No power cycle. ----------------------------------------------------------------------------- 015 We have two entries for shot #15 Upper null plasma BT = 5.4 T, nl04 = .8e20 m^-2, Ip = .8 MA D: 0.6 MW [0.6, 1.5] sec E: 1.0 MW, [0.6, 1.5] sec J: 1.2 MW x 2, [0.8, 1.5] sec Result: Plasma. D: ran. 9 faults. ~250ms continuous. E: ran. clean. J: ran. clean. ~200ms continuous. Next shot: Raise D power. Tweak J4 ST/PS tune. ----------------------------------------------------------------------------- 016 No target plasma ----------------------------------------------------------------------------- 017 Upper null plasma BT = 5.4 T, nl04 = .8e20 m^-2, Ip = .8 MA D: 0.7 MW [0.6, 1.5] sec E: 1.0 MW, [0.6, 1.5] sec J: 1.2 MW x 2, [0.8, 1.5] sec Result: Plasma. D: ran. 6 faults. ~350ms continuous. E: ran. clean. J: ran. 8 faults. ~160ms continuous. Next shot: Tweak J4 PS. Raise D power ----------------------------------------------------------------------------- 018 Upper null plasma BT = 5.4 T, nl04 = .8e20 m^-2, Ip = .8 MA D: 0.8 MW [0.6, 1.5] sec E: 1.0 MW, [0.6, 1.5] sec J: 1.2 MW x 2, [0.8, 1.5] sec Result: Plasma. D: ran. 4 faults. ~450ms continuous. E: ran. clean. J: ran. c;eam for 180ms. Then FPA screen fault Next shot: Raise D power. ----------------------------------------------------------------------------- 019 Upper null plasma BT = 5.4 T, nl04 = .8e20 m^-2, Ip = .8 MA D: 0.9 MW [0.6, 1.5] sec E: 1.0 MW, [0.6, 1.5] sec J: 1.2 MW x 2, [0.8, 1.5] sec Result: Plasma. D: ran. 5 faults. ~450ms continuous. E: ran. clean. J: ran. c;eam for 150ms. Then FPA screen fault Next shot: Raise D power. Lower J power. ----------------------------------------------------------------------------- 020 Upper null plasma BT = 5.4 T, nl04 = .8e20 m^-2, Ip = .8 MA D: 1.0 MW [0.6, 1.5] sec E: 1.0 MW, [0.6, 1.5] sec J: 1.1 MW x 2, [0.8, 1.5] sec Result: Plasma. D: ran. 1 fault very early E: ran. clean. J: ran. 4 faults ran clean for ~400ms. Next shot: Raise D and E power. Add a ramp J and raise power. ----------------------------------------------------------------------------- 021 Upper null plasma BT = 5.4 T, nl04 = .8e20 m^-2, Ip = .8 MA D: 1.1 MW [0.6, 1.5] sec E: 1.1 MW, [0.6, 1.5] sec J: 1.2 MW x 2, [0.6, 1.5] sec Result: Plasma. D: ran. 9 faults. Ran clean for >500ms E: ran. clean. J: ran clean for ~200ms then FPA screen I fault. Next shot: Raise D and E. Lower J. ----------------------------------------------------------------------------- 022 NTP ----------------------------------------------------------------------------- 023 Upper null plasma BT = 5.4 T, nl04 = .8e20 m^-2, Ip = .8 MA D: 1.2 MW [0.6, 1.5] sec E: 1.2 MW, [0.6, 1.5] sec J: 1.1 MW x 2 [0.6, 1.5] sec Result: Plasma. D: ran. max faults. Ran clean for >150ms E: ran. clean. J: ran. max faults. Ran clean for ~200ms Next shot: No power changes. Change start time on J back to 0.8sec. ----------------------------------------------------------------------------- 025 NTP ----------------------------------------------------------------------------- 026 NTP ----------------------------------------------------------------------------- 028 BT = 5.4 T, nl04 = .8e20 m^-2, Ip = .8 MA, SNU D: 1.1 MW [0.6, 1.5] sec E: 1.0 MW, [0.6, 1.5] sec J: 1.1 MW x 2 [0.8, 1.5] sec Result: Plasma. D: ran. 5 faults E: ran. clean. J: ran. 2 faults. ----------------------------------------------------------------------------- 030 BT = 5.4 T, nl04 = .8e20 m^-2, Ip = .8 MA, SNU D: 1.1 MW [0.6, 1.5] sec E: 1.0 MW, [0.6, 1.5] sec J: 1.1 MW x 2 [0.8, 1.5] sec result: Plasma. D: ran. 7 faults E: ran. clean. J: ran. 2 faults. ----------------------------------------------------------------------------- 031 NTP ----------------------------------------------------------------------------- 032 NTP ----------------------------------------------------------------------------- 034 No plasma. |
| Entered: Jul 7 2004 03:49:34:413PM |
| Author: Unknown |
| Conditioning and cleanup with piggyback of MP 364 - 'Measurement of wall pumping on Alcator C-Mod' This mini-proposal has a number of interconnected goals all having to do with the wall sources and sinks of neutrals. First we would like to determine the role of the wall/limiters as a source of neutrals during RF power injection. The role of boronization in affecting the wall pumping/sources will be addressed. Understanding the processes involved will help us better control the plasma density (better understand the utility of the cryopump) and perhaps the H/D ratio. A further goal is to understand the scaling of pumping processes to enable prediction of the T stored in a high-Z first-wall in a BPX w/B in the vessel. Summary of results: 1031104 was spent collecting background data while RF conditioning was occurring. We kept the gate valve closed for 8 minutes after the shot in order to fit the long time scale equilibration of the vessel pressure. This was done from shot 7 on. We had previously utilized one 20 minute gate valve closure to best measure the long e-folding time. The amount of gas puffed into the machine was measured utilizing the "Goetz' calibrated plenums. The pressure in the machine was made using the barotron gauges, which are absolutely calibrated. We found that in general, for this day, the walls pumped during the shots; there was less gas in the machine after the shot than put in during the shot. As usual the this effect was reversed when disruptions occurred. The H/D ratio steadily rose during the day from 5% to 20%. |
| Physics Operator Summaries |
| Entered: Jul 7 2004 04:37:19:613PM |
| Author: Steve Wolfe |
| Physics Operator Summary for Tuesday, Nov 4, 2003 Conditioning and Clean-up SL:none PO:wolfe EO:Cochran,Fitzgerald,Byford,Parkin The plan was to run upper null discharges to continue the cleanup and conditioning process in preparation for upper and double null operations, while bringing up the RF power. The RF'ers also wanted to test the new transmission line transformers, which are supposed to improve matching and reduce the voltage. Bruce requested long gate valve closures (8 minutes) to monitor the gas evolution and determine wall pumping. We started with a series of cycle tests as Josh continued trying to debug the dispatcher problems under RH9. Prior to the run, Josh had returned the cpci data acquisition systems to their previous mode of operation, and fixed a network problem with the magnetics cpci crate. First plasma attempt was shot #5, which had seg2 imported from 1031017009, an upper null 800kA shot; this ran, but the cpci's, which had been working on test shots, failed so there was no magnetics data. Shot 6 fizzled but got magnetics and rf data. From there, we struggled on. All discharges were upper null (those that ran) with only a few minor tweaks to density and the current rise. There were a couple more data system glitches, e.g. the first try at shot 15, but by the end of the day Tom and Josh seemed to have gotten the cycle to hold together. Josh also claims to have fixed a bug in the cpci setup which caused it to fail on shots 22 and 24. There were a high fraction of fizzles and a few duds. Tweaks by the physop were ineffective. I tried changing the pre-puff, the ef4 current (by 10A) and Br0. On shot 30 I asked for the EFC start to be moved from -.035 to -.05, to try to get early zcur feedback. However, it wasn't until shot34 that I found that the wire 3 controller with the chopper turned on had been set to .03 seconds, so only pre-program was going out. In any case, it didn't help, as all of 31-34 were duds or fizzles. Despite the poor startup reliability, we did accomplish some of what we wanted. The RF got up to 5MW with reasonable pulse lengths, and demonstrated some success with the two new transformers in the D-port transmission line. They concluded that one of the slugs was mispositioned by 3" and will recalcualte and modify the setup accordingly. Bruce was monitoring the gas inventory all day (gate valves closed for 8minutes from shot7 on). The H/D at high RF power was running in the 15-24% range, having started around 4% with low/no RF; there was no indication the H/D was coming down despite putting lots of joules on the upper strike area. Scorecard ----------- Tests/No power cycles 4 Duds 4 Fizzles 10 Plasmas 16 ========= == Shots 34 |
| Session Leader Comments |
| Physics Operator Comments | |||
| Nov 4 2003 07:17:02:153AM | Steve Wolfe | Setting up for upper null discharge to clean up upper strike area. Import seg2 from 1031017009 Load/clean: get a factor message on zcur, and wirename warning on p09,P13 in seg2 touch the wires and reload; still warns on p13, maybe I touched the wrong one. Do it again, and this time it completes with no warnings | |
| Nov 4 2003 07:20:49:047AM | Steve Wolfe | THere were serious problems with the cycle tests yesterday. Tom has advised that it should work with some "nursing along" today. This seems to be a consequence of the "upgrade" to RH9. In a possibly unrelated problem, the cpci digitizers are not booting or communicating. Josh hopes to have these working again this morning. We need the magnetics cpci to run. | |
| Nov 4 2003 07:58:07:403AM | Steve Wolfe | Josh found that the network connection to pcdaqmhd1 had a button pushed that shouldn't have been. After making it look like all the others, we were able to reboot pcdaqmhd1 and then pcdaqrf2 under the "old" scheme. He is changing the trees to use this configuration. We will want to run a cycle test but it might just work. | |
| Nov 4 2003 08:24:19:650AM | 1031104001 | Steve Wolfe | Shot#1 - data system cycle for Josh to check out everything Hangs in init. Not quite ready for prime time. |
| Nov 4 2003 08:43:55:163AM | 1031104001 | Steve Wolfe | Shot#1 - Trying again - no joy Next jas will blow away the dispatcher and try again |
| Nov 4 2003 08:54:28:307AM | 1031104002 | Steve Wolfe | Shot#2 - gettting farther this time, but no magnetics data. Tree setup was apparently wrong, looking for pcdaqmhd2 instead of 1 Made it through store, but didn't update the big board (in init or store) |
| Nov 4 2003 09:05:29:390AM | 1031104003 | Steve Wolfe | Shot#3: Getting better- big board updated and magnetics came through. made it thrtough recool |
| Nov 4 2003 09:21:10:757AM | 1031104003 | Steve Wolfe | Shot#4: Go for it! We are having a delay to check a TF scanner reading. |
| Nov 4 2003 09:37:14:417AM | 1031104004 | Steve Wolfe | Shot#4: Go for it! Cycle hung in init. camac3 server died (according to jas) open breakers and do another no-power cycle |
| Nov 4 2003 10:05:03:367AM | 1031104005 | Steve Wolfe | Shot#5: Try for plasma again after jas changed an envar. plasma full length looked upper null on TV No magnetics data. looks like it didn't get triggered? No rf data either. Lots of missing data, some scopes not working. ECE seems to be flatlined. |
| Nov 4 2003 10:32:51:283AM | 1031104006 | Steve Wolfe | Shot#6: A test shot of magnetics worked, but it uses do/method Josh doesn't know why it didn't work on shot 5, suggests we try again fizzle. Not surprising. Got magneitcs data this time. Looks like a bouncer? next shot: br0 from .0005 to .001 |
| Nov 4 2003 10:52:00:837AM | 1031104007 | Steve Wolfe | Shot#7: change br0 from .0005 to .001 Set turbo valve closure to 8 minutes instead of 2 (missed communication with engineering on first shots.) plasma, full length. Looks like a good upper null in EFIT. Over 3MW of rf, no H-mode. H/D from .04 to .08 startup looks ok, but I'm going to drop the gas anyway. |
| Nov 4 2003 11:06:02:670AM | 1031104008 | Steve Wolfe | Shot#8: drop pg4 from 23->20msec fizzle. Still looks to me like moving in, very low current maybe another br tweak |
| Nov 4 2003 11:19:50:317AM | 1031104009 | Steve Wolfe | Shot#9: br0 from .001 to .0015 dud. It gave me the br I asked for, but I guess it doesn't like it. next shot: br0 back to .001 |
| Nov 4 2003 11:36:13:340AM | 1031104010 | Steve Wolfe | Shot#10: br0 back to .001 plasma, full length. This startup looks good. RF not as happy on this shot. I'm tempted to move the EFC start to -.05 to get early zcur control, but leave it alone for now. Give JR more Ar on next shot. |
| Nov 4 2003 11:48:28:873AM | 1031104011 | Steve Wolfe | Shot#11: pg1 from 25 to 35msec (Ar) plasma disrupts in rampdown at 1,7sec. startup tried to move in, but survived ok H/D starts around .04 and rises to .08 density is a little higher on this one; blip is puffing He from the NINJA. next shot: no changes |
| Nov 4 2003 11:58:37:550AM | 1031104012 | Steve Wolfe | Shot#12: no changes plasma disrupts at 1.7sec RF up to 3.4MW, D a little better this time. next shot: drop density for Wookie |
| Nov 4 2003 12:14:00:587PM | 1031104013 | Steve Wolfe | Shot#13: nl04 from 1e20 to 0.8e20 plasma to 1.86sec early density came down, still rising with RF later small residual marfe on Dalpha around .4 to .5sec, near crossover D stays on with some faulting, E and J are steady. H/D up to 20% during RF next shot: no changes |
| Nov 4 2003 12:24:23:467PM | 1031104014 | Steve Wolfe | Shot#14: no changes fizzle. moving in I think. next shot: no change, let it come back on its own |
| Nov 4 2003 12:36:20:957PM | 1031104015 | Steve Wolfe | Shot#15: no changes cycle hung in init. No power shot. |
| Nov 4 2003 01:00:15:137PM | 1031104015 | Steve Wolfe | Shot#15: (second take at 15) no changes plasma to 1.75sec D and J have some faults, E steady, over 4MW at the max H/D bouncing between 10 and 15% next shot: No changes |
| Nov 4 2003 01:12:28:703PM | 1031104016 | Steve Wolfe | Shot#16: No changes fizzle, late breakdown at 12msec next shot: no change |
| Nov 4 2003 01:26:13:973PM | 1031104017 | Steve Wolfe | Shot#17: No changes plasma to 1.78sec D and J still ragged, max power 4.4MW next shot: no changes |
| Nov 4 2003 01:41:56:403PM | 1031104018 | Steve Wolfe | Shot#18: No changes plasma to 1.8sec J trips during pulse. next shot: no changes |
| Nov 4 2003 01:49:31:763PM | 1031104019 | Steve Wolfe | Shot#19: No changes plasma to 1.8sec, J trips again. next shot: tweak current rise in seg2 |
| Nov 4 2003 02:04:52:147PM | 1031104020 | Steve Wolfe | Shot#20: raise ip program at t=.1 from 450->550kA plasma to 1.7sec, D and E stay on, J a few faults, max power 4.7MW next shot: no changes |
| Nov 4 2003 02:20:04:090PM | 1031104021 | Steve Wolfe | Shot#21: no changes plasma to 1.75, J tripped again. max power 4.95MW; H/D up to 24% at .93sec next shot: no changes |
| Nov 4 2003 02:34:09:220PM | 1031104022 | Steve Wolfe | Shot#22: no changes fizzle. cycle seems to hang at the beginning of store. Josh says the magnetics server got stuck; he freed it up, but so far no magnetics data. magnetics data restored, but no dependent actions happen. next shot: no change |
| Nov 4 2003 02:48:25:473PM | 1031104023 | Steve Wolfe | Shot#23: no changes plasma to 1,74sec, up to 5.3MW but J and D have multiple faults. nl4 feedback is getting rocked and causes a few bursts of gas, very ragged density trace. Jim says it may be getting vibrated by something. next shot: slow down density rise a little. |
| Nov 4 2003 02:57:33:993PM | 1031104024 | Steve Wolfe | Shot#24: slow down density rise a little. plasma to 1.75 sec. No magnetics data again, this time it didn't hang the cycle. The web page claims it took data, might be recoverable. Jas is typing at it. Looks like I got rid of the marfe. D faulted out early; max power 3.8MW next shot: no changes |
| Nov 4 2003 03:05:43:763PM | 1031104025 | Steve Wolfe | Shot#25:no changes fizzle. Based on previous results it will come back next shot next shot: no changes |
| Nov 4 2003 03:21:50:143PM | 1031104026 | Steve Wolfe | Shot#26:no changes A dud! next shot: raise pg4 to 24msec |
| Nov 4 2003 03:32:01:320PM | 1031104027 | Steve Wolfe | Shot#27: raise pg4 to 24msec fizzle. got to 60kA, no bounce. next shot: ef4 more negative by 10A |
| Nov 4 2003 03:47:18:357PM | 1031104028 | Steve Wolfe | Shot#28: ef4 from -1320 -> -1330 plasma (finally!) to 1.78 sec prf up to 5MW, H/D around 18% next shot: no changes |
| Nov 4 2003 03:55:13:627PM | 1031104029 | Steve Wolfe | Shot#29: no changes fizzle next shot: ef4 back to -1320 |
| Nov 4 2003 04:11:15:443PM | 1031104030 | Steve Wolfe | Shot#30: ef4 back to -1320 Move efc start time to -.05 from -.035 to get earlier fast zcur feedback. plasma, to 1.8sec Startup seems to hang inside for a while, then moves out. It's not obvious that the chopper comes on any earlier. 4.9MW or so. next shot: pg4 to 20msec |
| Nov 4 2003 04:21:04:277PM | 1031104031 | Steve Wolfe | Shot#31: pg4 back down to 20msec fizzle. gets to 50kA, moving up fast, but no evidence the chopper is coming on any earlier next shot: drop early chopper program voltage |
| Nov 4 2003 04:35:53:367PM | 1031104032 | Steve Wolfe | Shot#32: drop chopper program voltage at .02sec from 800 to 500 fizzle I see no indication that the chopper timing has changed at all. next shot: try dropping the gas further |
| Nov 4 2003 04:47:18:590PM | 1031104033 | Steve Wolfe | Shot#33: try dropping the gas further to 18msec The reason the chopper zcur feedback isn't coming on earlier is that the controller doesn't come on until .03 sec. dud, dropped the gas too far? next shot: turn wire 3 controller on at 0.00, put chopper voltage back to 800 at .02sec raise gas to 22msec |
| Nov 4 2003 05:01:47:750PM | 1031104034 | Steve Wolfe | Shot#34: turn wire 3 controller on at 0.00, put chopper voltage back to 800 at .02sec raise pg4 gas to 22msec. request gate valve closed until 20minutes after shot for blip dud! It does look like the chopper feedback started earlier, but nothing to feedback on. Bz is a bit too positive, but I don't understand why it was a dud. That's all for today. Bob's problem tomorrow. |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 08:15:11:097AM | Test | Bad | |
| 2 | 08:45:31:227AM | Test | Ok | Shot cycle test |
| 3 | 08:57:53:717AM | Test | Ok | Shot cycle |
| 4 | 09:31:04:900AM | Test | Bad | |
| 5 | 09:56:54:643AM | Plasma | Ok | |
| 6 | 10:26:12:250AM | Plasma | Ok | |
| 7 | 10:43:17:723AM | Plasma | Ok | |
| 8 | 11:01:01:327AM | Plasma | Ok | |
| 9 | 11:14:43:020AM | Plasma | Ok | |
| 10 | 11:27:52:570AM | Plasma | Ok | |
| 11 | 11:40:46:467AM | Plasma | Ok | |
| 12 | 11:53:28:597AM | Plasma | Ok | |
| 13 | 12:06:06:787PM | Plasma | Ok | |
| 14 | 12:19:03:637PM | Plasma | Ok | |
| 15 | 12:32:00:030PM | Plasma | Ok | |
| 16 | 01:04:36:293PM | Plasma | Ok | |
| 17 | 01:17:29:160PM | Plasma | Ok | |
| 18 | 01:29:48:273PM | Plasma | Ok | |
| 19 | 01:42:12:823PM | Plasma | Ok | |
| 20 | 01:54:44:657PM | Plasma | Ok | |
| 21 | 02:11:50:523PM | Plasma | Ok | |
| 22 | 02:24:24:530PM | Plasma | Ok | |
| 23 | 02:36:46:737PM | Plasma | Ok | |
| 24 | 02:49:07:273PM | Plasma | Ok | |
| 25 | 03:01:36:823PM | Plasma | Ok | |
| 26 | 03:14:02:267PM | Plasma | Ok | |
| 27 | 03:26:24:380PM | Plasma | Ok | |
| 28 | 03:38:51:620PM | Plasma | Ok | |
| 29 | 03:51:33:093PM | Plasma | Ok | |
| 30 | 04:04:13:503PM | Plasma | Ok | |
| 31 | 04:16:34:633PM | Plasma | Ok | |
| 32 | 04:28:50:797PM | Plasma | Ok | |
| 33 | 04:41:30:257PM | Plasma | Ok | |
| 34 | 04:54:31:340PM | Plasma | Ok | |