| Miniproposals | ||||||||||||
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| Operators | |
| Session leader(s): | T.C. Hender,Steve Wolfe,Steve Wolfe |
| Physics operator(s): | Earl Marmar |
| Engineering operator(s): | Bill Byford |
| Engineering Operator Run Comment |
| MP#398 SL: Hender/Wolf PO: Marmar and MP#402 SL: Wolf |
| Session Leader Plans |
| Entered: Apr 14 2005 04:18:25:790AM |
| Author: T.C. Hender |
| MP#398 Complete identity experiments with JET on error field locked mode thresholds
SL: Hender/Wolfe PO: Marmar Run begins at 9:00 and ends at 13:00 Note: Acoil configuration (-Btop+Dbot+Gtop-Jbot) RF Setup: NONE - no RF for this run. --------------------------------------------------------------- Run Plan for MP#398: q95=3.2 (I=0.81MA, B=4T, "JET shape") 1050310013 is a good reference With ( -Btop+Dbot+Gtop-Jbot) trying to get LM data at low field (4T): 1. Repeat 1050310013 but with density of n114=1.e20. With 2kA square wave in A-coil from 0.8s to 1.28s. And then vary A-coil current up and down to refine LM threshold. 2. Repeat 1050310013 but with density of nl14=1.3e20. With 2kA square wave in A-coil from 0.8s to 1.28s. And then vary A-coil current up and down to refine LM threshold. Go to -Bbot-Dtop+Gbot+Jtop 3. If 2. was successful repeat, if not repeat 1. If time allows (possible but not too likely) try to get some 6.3T data but with -Bbot-Dtop+Gbot+Jtop 4. Repeat 1040413029 exactly. With 2kA square wave in A-coil from 0.8s to 1.28s. And then vary A-coil current up and down to refine LM threshold. |
| Entered: Apr 14 2005 08:28:53:617AM |
| Author: Steve Wolfe |
Plan for Part 2 of 1050415
MP#402 "Locked mode studies with different toroidal phase"
SL: wolfe
PO: Marmar
The purpose of these experiments is to improve our characterization of the
C-Mod intrinsic error fields, and to investigate the dependence of the 2/1
locked mode threshold on the m=1 and m=3 sidebands.
These experiments will be at 5.4T, while Hender's in the morning
are at 4T, so the GPC2 grating may need to be adjusted between experiments.
I'm assuming that GPC will have the 5.4T grating in place all day.
Since we will be following Hender's MP#398 experiment, we will begin with
the Acoil tap configuration he ends with, which should be
** [-Bbot -Dtop +Gbot +Jtop] rotated helical, phi= -104 degrees **
This corresponds to setting 5A of Day 1 in the MP402 shot sequence.
Call this "option A".
If Hender's run has gone too slowly, then we will still be in his starting
configuration,
** [-Btop +Dbot +Gtop -Jbot] (anti-standard helical, phi=164 deg) **
which corresponds to setting 6B in the Day1 MP402 shot sequence.
Call this "option B"
Note: Nominal intrinsic error field has phi~ -160 degrees.
We will try to maximize the data in each coil configuration before moving on
to the next. This plan therefore includes elements of both Day 1 and Day 2
from the MP402.
1. Establish shot with 1MA, 5.4T, NL04=1.1e20, Acoil off (e.g. 1050412008,
tweak nl04 program).
Verify that no intrinsic locked mode appears. If it does, raise
NL04. [1-2shots]
2. A) Program Acoil current to maximum (program 4000A, expect 3600A).[1 shot]
B) If locked mode appears then reduce Acoil program to bracket the
threshold. Otherwise, Reduce NL04 by 10% and try again. [1-3 shots]
C) Program decreasing density (NL04 1.5->0.5e20)
set Acoil current=1600A (Option A) or 1360A (Option B).
(aiming for B21_app~4.4G), and determine locking density. [1-2 shots]
Note: The Acoil program needs to be about 500A higher than the
actual target value, so these should be programmed as ~"2100A" or
"1860A" respectively.
3. Reverse Acoil power supply leads
Option A: [+Bbot +Dtop -Gbot -Jtop] (rotated helical, phi=76 degrees)
Option B: [+Btop -Dbot -Gtop +Jbot] (std. helical, phi=-16 degrees)
A) Program 4000A in Acoil [1 shot]
B) If locked mode appears, bracket the threshold. Otherwise, proceed to
step C. [0-3 shots]
C) Repeat 2C in this orientation [1 shot]
Option A: Acoil current=1600A again
Option B: Acoil current=1360A again
4. Change Acoil taps to [+Btop -Bbot -Gtop +Gbot] (rotated quadrupole, phi=-49
degrees); this is step 2A of the MP402 Day1 program.
A) Program Acoil for 4000A [1 shot]
B) If locked mode appears, reduce Acoil current to bracket the
threshold. [0-3 shots]
C) Repeat 2C, but with Acoil current at 1660A. [1 shot]
5. Reverse Acoil power supply leads [-Btop +Bbot +Gtop -Gbot] (rotated
quadrupole phi= 131 degrees). This is step 2B of the MP402 Day 1 sequence.
A) Program Acoil for 4000A [1 shot]
B) If locked mode appears bracket the threshold [0-3shots]
C) Run decreasing density shot with Acoil current = 1660A
program) and determine locking density. [1 shot]
I don't expect to get past this point in a half-day, with tap
changes and disruptions. Actually, it would be doing well to
get through step 3. If by some miracle we do get this far, then
the next case would be the rotated dipole
[-Btop -Bbot +Gtop +Gbot] phi=-142 degrees.
The acoil current for step C would be 3600A (program for max, 4000A).
|
| Physics Operators Plans |
| Entered: Apr 14 2005 04:59:51:007PM |
| Author: Earl Marmar |
| Physop plan for 1050415
PO Marmar MP#398 JET locked mode identity (1/2day) SL: Hender AND MP#402 Locked modes at different phase(1/2 day) SL: Wolfe The evening before the run, the machine will be backfilled with He (~500 Torr) for the DNB gatevalve and Thomson calibration. After pumpdown, overnight ECDC in D2, P=2e-4 Torr (gauge), stopping by 7:00 am; vessel at 60 degrees C. Run is scheduled to begin at 9:00 am, end at 5:00 pm Gas Setup: fill B-top with 6 psi D2 hybrid enabled (PG4) fill B-side lower with 2 psi Ar Hybrid disabled (PG1) leave B-side upper with He3 Hybrid disabled fill B-main (C-side) with 30 psi D2 Hybrid enabled (PG3) leave J-bot Hybrid disabled (PG2) Power systems as on 1050414002 ***NOTE: Acoil configuration (-Btop+Dbot+Gtop-Jbot)*** Enable the following: ECE gate valve, Z-bolo shutters VUV gate valve RF Setup: NONE - no RF for this run. |
| Session Leader Summaries |
| Entered: Apr 15 2005 06:06:09:663PM |
| Author: Steve Wolfe |
Run Summary for part 2 of 1050415 MP#402 "Locked mode studies at different toroidal phase" This half-run begins the effort to improve the characterization of the C-Mod intrinsic error fields and hopefully to identify a sideband effect by comparing similar applied error fields at different toroidal orientations using the newly available Bbot coil. Today's experiments used the [-Bbot -Dtop +Gbot +Jtop] orientation, which produces a "helical", mode spectrum with the resonant 2/1 mode oriented at phi~ -104degrees. This configuration was also used for the JET-like experiments in the morning run. We got off to a slightly late start, since we took some extra shots on the morning experiment to try to get a higher field point on the Bt scaling experiment. The first attempt on MP402 was at 2:10, and we began with a pair of duds. The first plasma shot in this series was #21 at about 2:45PM. Despite the late start, we completed steps 1 and 2 of the run plan. The threshold with this field configuration at nl04~1.15e20, 1MA, 5.4T is Iacoil=2800A, Bapp=7.8G at 1.18sec and 2400A, Bapp=6.7G at 1.4 sec (shots #25 and 26). At Bapp=4.4G the threshold density is NL04=0.95e20 at t=1.03sec. These values will be compared to data in the standard "helical" orientation and to other mode spectra, including "quadrupole" and "dipole" in both our original orientations and "rotated" examples employing the Bbot coil. We completed step 2 of the run plan by 4:45PM (2 hours from our first plasma), including a couple of extra, pretty much redundant, shots in refining the threshold and getting a more exact 4.4G point for comparison with other configurations. Since there was clearly not enough time to do the reverse polarity configuration called for in step 3, we went back and took another try at the 6.3 T case of MP#398, though without success, as we got one fizzle and another early locked mode, which may or may not have been induced by an almost simultaneous injection. |
| Entered: Apr 18 2005 10:18:28:527AM |
| Author: T.C. Hender |
| This was fairly successful session. Good error field threshold data was obtained with the Acoil configuration Btop-Dbot-Gtop+Jbot at 4.1T (q95=3.2) in a JET identity match shape (key shots were 2, 3, 5 ad 7 which narrowly bracket the error field threshold). With the quadrature configuration -Bbot-Dtop+Gbot+Jtop it was found full A-coil current (3.7kA) was needed to make locked modes; having data from 2 quadrants should allow more accurate determination of the intrinsic error (at 4.1T). Some data was also obtained at 6.3T (where the 2004 JET identity experiments were conducted) though there were problems with early intrinsic locked modes forming at about 0.6s. With -Bbot-Dtop+Gbot+Jtop at 6.3T one shot (#12) at full A-coil current formed no locked mode, whereas at lower density (nl14=1.1e20) shot 14 formed a locked mode at 3.2kA (but during the ramp). There is certainly now enough data for an initial analysis of the Bt scaling; with Btop-Dbot-Gtop+Jbot the data obtained in this session at 4.1T can be compared with the extensive 2004 error field threshold dataset at 6.3T and with -Bbot-Dtop+Gbot+Jtop there is limited data at 4.1 and 6.3T. |
| Physics Operator Summaries |
| Entered: Apr 15 2005 05:10:27:163PM |
| Author: Earl Marmar |
| MP#398 JET locked mode identity (1/2day) SL: Hender
AND MP#402 Locked modes at different phase(1/2 day) SL: Wolfe PO: Marmar The machine ran well today. There were many disruptions, with currents from 1 to 1.3 MA. Several of the 1.3 MA disruptions, which were at B_T=6.4 tesla, gave halo current warnings. Also we had 2 duds (19 and 20) after a number of these high current disruptions. Raising the fill pressure seemed to fix the problem for shot 21. Shot 6 died at 100 kA, apparently due to an injection Fizzles were also problem. Early hard x-rays continue to be a problem on most shots. There were no data system or power supply problems today. After the run today, we plan to boronize. This will be the first boronization of the FY2005 comapaign. Scorecard: Plasmas 24 Fizzles 6 Duds 2 Total cycles 32 |
| Session Leader Comments | |||
| Apr 15 2005 11:49:18:390AM | 1050415011 | Steve Wolfe | Cell access for Rick Murray to fix cooling on TCI Bragg cell, before shot#12. |
| Apr 15 2005 02:10:40:453PM | 1050415019 | Steve Wolfe | Shot#19: Go to MP402 program. 1. Establish shot with 1MA, 5.4T, NL04=1.1e20, Acoil off (e.g. 1050412008, tweak nl04 program). Verify that no intrinsic locked mode appears. If it does, raise NL04. [1-2shots] Leave A-coil in present configuration: [-Bbot -Dtop +Gbot +Jtop] Dud. |
| Apr 15 2005 02:29:41:797PM | 1050415020 | Steve Wolfe | Shot#20: 1. Establish shot with 1MA, 5.4T, NL04=1.1e20, Acoil off (e.g. 1050412008, tweak nl04 program). Verify that no intrinsic locked mode appears. If it does, raise NL04. [1-2shots] Leave A-coil in present configuration: [-Bbot -Dtop +Gbot +Jtop] Another dud. |
| Apr 15 2005 02:48:28:860PM | 1050415021 | Steve Wolfe | Shot#21: 1. Establish shot with 1MA, 5.4T, NL04=1.1e20, Acoil off (e.g. 1050412008, tweak nl04 program). Verify that no intrinsic locked mode appears. If it does, raise NL04. [1-2shots] Leave A-coil in present configuration: [-Bbot -Dtop +Gbot +Jtop] Locked mode at 1.38sec, density had fallen to 0.86e20 It looks like we're about 20% above the intrinsic threshold at 1.05 next shot: raise nl04 to 1.1e20 and hold it flat, and run Acoil at 4000 program. |
| Apr 15 2005 02:58:02:343PM | 1050415022 | Steve Wolfe | Shot#22: raise nl04 to 1.1e20 and hold it flat, and run Acoil at 4000 program (flat from .6 to 1.5sec) plasma into rampdown but had a locked mode at 0.91sec, nl04=1.1e20, model total field=13.7G Bapp=10.6 (Ia=3800A) next shot: acoil program down to 2200A |
| Apr 15 2005 03:19:04:470PM | 1050415023 | Steve Wolfe | Shot#23: acoil program down to 2200A plasma to 1.7sec, no locked mode. Ia=2000A, Bapp=5.4G, Btot=10G nl04=1.18e20. There may be a hint of something at 1.48sec, sawteeth go away before rampdown, no magnetic signature. next shot: acoil program to 3000A |
| Apr 15 2005 03:24:02:717PM | 1050415024 | Steve Wolfe | Shot#24: acoil program to 3000A fizzle |
| Apr 15 2005 03:41:36:117PM | 1050415025 | Steve Wolfe | Shot#25: acoil program to 3000A plasma full length. locked mode at 1.18sec. nl04=1.16e20 Ia=2800A, Bapp=7.8G, Btot ?= 11,6G next shot: Acoil program to 2600A |
| Apr 15 2005 03:55:53:070PM | 1050415026 | Steve Wolfe | Shot#26: Acoil program to 2600A plasma into rampdown locked mode at 1.40sec IA=2400, Bapp=6.7G, Btot ?=10.9G next shot: Acoil to 2400A |
| Apr 15 2005 04:02:12:040PM | 1050415027 | Steve Wolfe | Shot#27: Acoil program to 2400A The result on shot#23 at 2200A was a bit ambiguous. fizzle |
| Apr 15 2005 04:19:21:587PM | 1050415028 | Steve Wolfe | Shot#28: Acoil program to 2400A The result on shot#23 at 2200A was a bit ambiguous. plasma to 1.7sec No locked mode?, maybe the same kind of late sawtooth loss at 1.48sec. next shot: Step 2C Acoil program to 1800A, density ramp down after 0.8sec |
| Apr 15 2005 04:32:43:850PM | 1050415029 | Steve Wolfe | Shot#29: Step (2C) Acoil program to 1800A, density ramp down after 0.8sec Disruption at 1.56sec Locks at 1sec, NL04=9.5e19,IA=1500A, Bapp=4.1G next shot: raise Acoil to 1900A |
| Apr 15 2005 04:58:26:337PM | 1050415030 | Steve Wolfe | Shot#30: Step (2C) Acoil program to 1900A, density ramp down after 0.8sec plasma to 1.6 or so, locked mode at 1.03sec Bapp=4.4G, Btot=8.4G, NL04=.95e20 That takes care of 2C Next shot: Go back to shot#14 |
| Apr 15 2005 04:54:44:117PM | 1050415031 | Steve Wolfe | Shot#31: Go back to shot#14 (with higher plenum pressure of 38psi) and try to finish off the MP#398 program for Tim. fizzle. That looks like Tim's run! |
| Apr 15 2005 05:17:50:647PM | 1050415032 | Steve Wolfe | Shot#32: Go back to shot#14 (with higher plenum pressure of 38psi) and try one more time to finish off the MP#398 program for Tim. plasma disrupts at 1.20sec. Another early locked mode at .62sec, amd density was near 1.2e20. I need to check on Joe's signals to see if this is a delta-prime mode, i.e. rotating before locking. I don't see why it is doing this now and not last year. There is a big injection at that time, but it looks to me like the lock comes first; they're almost simultaneous. Aside from the injection this is similar to 17. |
| Physics Operator Comments | |||
| Apr 15 2005 09:14:32:283AM | 1050415001 | Earl Marmar | load segment 1 from 1050414021
load segment 2 from 1050310013 (JET shape, 4 T, .8 MA) 0 the offsets for clearin and ip in segment 2 nl_04 target to 1.0e20 Acoil prog 2500 A square from 0.8 to 1.28 seconds plasma got a locked mode; disrupt at 1.27 s |
| Apr 15 2005 09:22:12:063AM | 1050415002 | Earl Marmar | reduce A-coil demand to 1700 Amp
plasma into rampdown |
| Apr 15 2005 09:40:27:370AM | 1050415003 | Earl Marmar | A-coil demand to 2100 Amp, same timing
plasma; locked mode & disruption |
| Apr 15 2005 09:52:02:990AM | 1050415004 | Earl Marmar | nl_04 target to 1.3e20
A-coil demand to 2250, same timing plasma; no sign of a locked mode |
| Apr 15 2005 09:59:24:440AM | 1050415005 | Earl Marmar | A-coil demand to 2500 A, same timing
plasma; no sign of a locked mode fill is creeping up |
| Apr 15 2005 10:11:42:887AM | 1050415006 | Earl Marmar | Reduce prefill puff by 1 msec to 20 msec
A-coil demand to 2750 A, same timing got to almost 100 kA; looks like something fell in at ~22 msec, then it died. |
| Apr 15 2005 10:21:37:760AM | 1050415007 | Earl Marmar | no pcs changes
plasma; locked mode; disruption |
| Apr 15 2005 11:01:46:417AM | 1050415008 | Earl Marmar | A-coils to -Bbot-Dtop+Gbot+Jtop
plasma; locked mode; disruption density is a tad low, and drooping |
| Apr 15 2005 11:06:11:797AM | 1050415009 | Earl Marmar | A-coil program to 2800 A, same timing
tweak nl_04 program to get slightly higher, and avoid the droop plasma, disrupt at end of flattop; no obvious locked mode density is a bit higher, and doesn't droop |
| Apr 15 2005 11:25:40:970AM | 1050415010 | Earl Marmar | A-coil program to 3300 A, same timing
plasma, disrupt at 1.41s; no sign of a locked mode |
| Apr 15 2005 11:33:26:203AM | 1050415011 | Earl Marmar | A-coil program to 3600 A, same timing
plasma into rampdown; no sign of locked modes |
| Apr 15 2005 12:18:17:843PM | 1050415012 | Earl Marmar | load segment 2 from 1040413024 (6.3 T, JET shape)
load segment 2 nl_04 wire from 1050415011 recalculate seg 2 Ip predictor to get the ROG-CD to ROG_FG change and 0 offset 0 offset in seg 2 CLEARIN TF PLC limit raised to 180 kA A-Coil program to 4000 A, on at 0.8, off at 1.3 short cell access for TCI before the shot plasma; disrupt at end of flattop; no obvious locked mode |
| Apr 15 2005 12:17:43:533PM | 1050415013 | Earl Marmar | copy PG3 voltage programming from 1050415011 in to segment 2
reduce I_p demand to 1.280 MA I_TF prog to -177.3 kA from -174.5 raise TF PLC limit to 185 kA fizzle |
| Apr 15 2005 12:56:22:140PM | 1050415014 | Earl Marmar | EF 4 current to -1355 A from -1345 A for t < 0
raise the OH1 PLC limits to +/-30 kA (from +/- 27 kA) plasma; disrupt at end of flattop Halo current warning. |
| Apr 15 2005 12:48:06:157PM | 1050415015 | Earl Marmar | tweak the early seg 2 nl_04, to try to get a little more density
fizzle |
| Apr 15 2005 01:23:38:690PM | 1050415016 | Earl Marmar | reduce prefill puff by 2 msec to 18 msec
IC_EF4 another 10 A more negative for t < 0 (now -1365 A) plasma; disrupt at .653, big injection, maybe an intrinsic locked mode halo current warning |
| Apr 15 2005 01:36:39:940PM | 1050415017 | Earl Marmar | increase PG3 plenum pressure to 40 PSI (was down to ~27 psi from 30 at the start of the day)
tweak the early PG3 puff some more; try to avoid early marfe; puff less at .1 s, but puff more around .2 seconds. plasma early marfe is there, but doesn't kill it got higher density disrupt at 1.165 s; halo current warning |
| Apr 15 2005 01:53:46:157PM | 1050415018 | Earl Marmar | raise early seg 2 PG3 voltage
increase early seg 2 nl_04 rise rate plasma disrupt at 0.23 s; too much gas; big marfe. |
| Apr 15 2005 02:11:34:813PM | 1050415019 | Earl Marmar | import segment 2 from 1050412008 into segment 2
nl_04 target to 1.1e20 decrease prefill puff by 1 msec to 17 msec dud |
| Apr 15 2005 02:29:16:830PM | 1050415020 | Earl Marmar | add 2 msec to the prefill puff, now 19 msec
A-coils disabled (PLC) dud |
| Apr 15 2005 03:02:19:530PM | 1050415021 | Earl Marmar | add 3 msec to prepuff, now 22 msec
plasma in to rampdown |
| Apr 15 2005 03:03:37:657PM | 1050415022 | Earl Marmar | A-coils enabled, 4000 A
plasma; disrupt at start of rampdown |
| Apr 15 2005 03:26:54:113PM | 1050415023 | Earl Marmar | reduce prefill puff by 1 msec, to 21 msec
A-coil prog to 2200 A plasma into rampdown |
| Apr 15 2005 03:25:35:490PM | 1050415024 | Earl Marmar | A-coil program to 3000 A
fizzle |
| Apr 15 2005 03:38:27:853PM | 1050415025 | Earl Marmar | no pcs changes
plasma; disrupt at end of flattop |
| Apr 15 2005 03:51:01:553PM | 1050415026 | Earl Marmar | reduce prefill puff by 1 msec, to 20 msec
A-coil program to 2600 A plasma into rampdown |
| Apr 15 2005 04:04:24:257PM | 1050415027 | Earl Marmar | A-coil program to 2400 A
fizzle |
| Apr 15 2005 04:20:28:913PM | 1050415028 | Earl Marmar | no pcs changes
plasma into rampdown |
| Apr 15 2005 04:34:03:163PM | 1050415029 | Earl Marmar | A-coil program to 1800 A
turn off PG3 at 0.8 seconds plasma disrupted early in rampdown |
| Apr 15 2005 04:45:42:197PM | 1050415030 | Earl Marmar | A-coil program to 1900
plasma; disrupt at start of rampdown |
| Apr 15 2005 04:55:02:100PM | 1050415031 | Earl Marmar | import segment 2 from 1050415014 into segment 2; 6.3 T, JET shape
fizzle |
| Apr 15 2005 05:13:21:913PM | 1050415032 | Earl Marmar | add 1 msec to prefill puff to 21 msec
plasma; disrupt at 1.2 seconds; big impurity injection at 0.6 seconds, right around time of locked mode onset. Halo current warning. |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 09:03:17:397AM | Plasma | Ok | |
| 2 | 09:15:43:220AM | Plasma | Ok | |
| 3 | 09:28:10:763AM | Plasma | Ok | |
| 4 | 09:40:35:510AM | Plasma | Ok | |
| 5 | 09:52:54:707AM | Plasma | Ok | |
| 6 | 10:06:11:950AM | Plasma | Ok | |
| 7 | 10:18:31:963AM | Plasma | Ok | |
| 8 | 10:49:37:907AM | Plasma | Ok | |
| 9 | 11:02:46:263AM | Plasma | Ok | |
| 10 | 11:16:55:627AM | Plasma | Ok | |
| 11 | 11:29:15:423AM | Plasma | Ok | |
| 12 | 11:55:19:297AM | Plasma | Ok | |
| 13 | 12:16:19:593PM | Plasma | Ok | |
| 14 | 12:28:40:190PM | Plasma | Ok | |
| 15 | 12:45:39:610PM | Plasma | Ok | |
| 16 | 12:58:05:267PM | Plasma | Ok | |
| 17 | 01:25:04:813PM | Plasma | Ok | |
| 18 | 01:49:22:297PM | Plasma | Ok | |
| 19 | 02:07:55:983PM | Plasma | Ok | |
| 20 | 02:20:33:000PM | Plasma | Ok | |
| 21 | 02:36:02:500PM | Plasma | Ok | |
| 22 | 02:50:15:580PM | Plasma | Ok | |
| 23 | 03:08:15:470PM | Plasma | Ok | |
| 24 | 03:20:49:360PM | Plasma | Ok | |
| 25 | 03:35:21:010PM | Plasma | Ok | |
| 26 | 03:47:52:400PM | Plasma | Ok | |
| 27 | 04:00:44:193PM | Plasma | Ok | |
| 28 | 04:13:16:163PM | Plasma | Ok | |
| 29 | 04:25:47:960PM | Plasma | Ok | |
| 30 | 04:38:18:023PM | Plasma | Ok | |
| 31 | 04:50:59:350PM | Plasma | Ok | |
| 32 | 05:03:20:867PM | Plasma | Ok | |