| Miniproposals | ||||||||||
|
| Operators | |
| Session leader(s): | Bruce Lipschultz |
| Physics operator(s): | John Goetz |
| Engineering operator(s): | Frank Silva,David Gwinn |
| Engineering Operator Run Comment |
| gwinn/silva |
| Session Leader Plans |
| Physics Operators Plans |
| Session Leader Summaries |
| Physics Operator Summaries |
| Entered: Jul 7 2004 04:36:50:490PM |
| Author: To Be Determined |
| Physics operator summary for 931014 EO: Silva, Gwinn PO: Goetz SL: Lipschultz Run 931014 was in support of Mini-Proposal #016 - Scrape-off Layer Characterization. To this end SN discharges were run in deuterium and the divertor gas puff system was used to put deuterium into the private flux region. The divertor gas was puffed in at different times, for varying durations and varying supply pressures. Pellets were also fired into these discharges. Results from this run will be provided by the Session Leader. The run started with a reload of shot 931012005 which was an 800 kAmp shot that had the strike points and the x-points in somewhat the correct location. Changes to this shot included lowering the plasma, moving the x-point in, some tweaks to the feedback on ZCUR(2), and some tweaks to PULSE_GAS_3. The run was much better in terms of startup. Only minor tweaks to the early fuel gas were needed to slow the density rise. There were no MARFES early in the discharges which led to rapid density rises. Fill gas was up to 1.5e-5 gauge for the last half of the run. There were three duds today, two of which had RF assist on for breakdown. The fill was raised after the second dud and twelve plasmas followed. It is difficult to know when and if to raise the fill after disruptions. Should it be changed when it was a moly injection induced disruption?, a pellet induced disruption?, a shark fin? Notes: ZCUR was programmed to be -.03m to get the x-points in the correct location for these plasma currents Changes to RCUR and IC_EF1L were done to try and keep the plasma off of the inner nose and outer limiter (early) respectively. The gains on the slow ZCUR wire were fiddled with before the run to get back to Run 931008 Plasmas were obtained with the fill pressure as high as 1.5e-5 gauge. Engineering today: One unexplained inversion of the OH1 power supply (shot 003, time = .4s) Otherwise reliable operation at 5.2T and 800+kA plasma current. Two shots with commutation failures but no blown fuses. Trouble with DAQ3 highway held up the run for 40 minutes. A crate in the power room was glitched some time before the run (also took out the RF until it was reset). Inspection of the DAQ3 crates is to be added to the pre-run routine. Scorecard: 26 shots = 23 plasmas + 3 duds Shot summary for Run 931014 Reload of 931012005 Changes: lowered PULSE_GAS_3 to 40V @ .8s extended V_EF3 until 1.3s S_IP = -780000 (rampdown from .9 to 1.3) S_ZCUR ramps back to 0. @ 1s (was 1.4s) S_ZCUR = -.025 P_ZCUR(2) = 1 @ .4 D_ZCUR(2) = 2 @ .5 I_ZCUR(2) = 2 S_RXL = -.01 @ .5 removed dropout from P_ZCUR(3) and D_ZCUR(3) Shot change result ____ _____ ______ 1 P_0=1.2e-5 plasma 2 lower PULSE_GAS_3 between .05 & .1s plasma 3 S_RCUR=.7 @ 0 & .68 @ .15s PG3 = 35V @ .8s plasma 4 no changes plasma 5 S_IP = 825000 @ .9s plasma 6 S_IP = 850000 @ .9s S_ICEF1U = 3000A @ .5s plasma 7 lower PG3 to 30V @ .4s lower PG3 before .1s D2 puff in divertor @.35 pellet @ .65 RF @ .85 plasma 8 lower PG3 to 31.5V @ .075s S_R_IN = 0 for all time plasma 9 turn off PG3 @ .45s dud 10 RF assist for breakdown plasma 11 add PG3 after .9s raise div gas puff pressure plasma 12 raise div puff pressure turn off PG3 earlier two pellets RF throughout shot plasma 13 div puff @ .15 PG3 off @ .3 raise S_IP to counteract Ne dud 14 P_0=1.3e-5 plasma 15 P_0=1.4e-5 div puff @ .25s plasma 16 pellet @ .75s up div puff presure S_ZCUR=-.03 lower P_ICEF1L after .5 plasma 17 small pellet @ .75s div puff now on inner wall PG3=33V@.075s S_ZCUR=-.03@.7 S_ICEF1L = 0 @ 1.5 plasma 18 div puff to outer divertor S_ZCUR=-.03 after .4s plasma 19 no div gas puff large pellet @ .7s S_ZXL = -.01 @ .4s S_ZCUR = -.03 @ .4s S_ICEF1L= 0 @ 1.s plasma 20 div gas puff in private flux large pellet @ .75s plasma 21 PG3 = 30V @ .9s no div gas puff plasma 22 Ar gas puff in div plasma 23 Ar puff from inner wall S_IP=-900000 @ .9s plasma 24 Ar puff in div S_IP=-950000 @ .9s PG3 = 38V @ .3s plasma 25 PG3 = 50V @ .15s IC_EF4=1500A @ 1. IC_EF1L=-3250A @ .15s plasma 26 PG3 = 54V @ .15s S_IP=1.1e6 dud |
| Session Leader Comments | |||
| Oct 14 1993 09:35:19:730AM | Bruce Lipschultz | run 931014
session leader: Bruce Lipschultz physics operator: John Goetz eng. operator: D. Gwinn, F. Silva This run is based on mini-proposal 16 Scrapeoff Layer Characteristics I. We will start the run by loading in shot number 931014005 an 800kA 8e19 nel shot. We will then try to lower the density to ~ 4e19. At that point the D2 gas puffing in the divertor will be turned on and we will try to control the central plasma density by puffing with the the three available capillary tubes. We will try to asses the maximum density achievable with the different tubes and thus the relative efficiency of the different gas puff locations. The tubes in use today are numbers 7, 9 and 14 (on the feedthru). These deliver gas respectively to the outer divertor, the private flux region and the inner wall (above the inner divertor). For those tile aficianados, the specific tube locations are B31-014G, B26-019G and B20-001G. The piggyback experiment for this run are pellets. The current plan is to locate the gas puff earlier in the shot (~300 - 400 ms) with the pellet later (~600 ms). The FSP will be inserted before and after the pellet to asses differences in the edge profiles. | |
| Oct 14 1993 09:48:38:390AM | 931014001 | Bruce Lipschultz | Shot # 1
This shot disrupted after ~ 200 ms. It looks like there may have been too much density. Change things slightly and try again. We also tryed puffing Ar on that shot (300 ms) and it did get in. However since it was after the shot we couldn't see if it was the requisite amount for J. Rice. |
| Oct 14 1993 10:08:53:200AM | 931014002 | Bruce Lipschultz | Shot # 2
This shot disrupted after ~ 690 ms. The density control was better and the density flattened out at 6e19 nel. The Ar puff actually was triggered at 200 ms which means that it arrived at the plasma after 300 ms. The pressure in the plenum was 1.6 psia and the puff period was 200 ms. J. Rice saw what he thought was an appropriate amount for his purposes in the plasma. For the next shot the Ar puff will be delayed to 300 ms. and pilse length shortened to 100 ms. We apparently have had Fe injections around 170 ms (McPherson) and so we will try to move the plasma out to see if there is any effect at this point in the shot. |
| Oct 14 1993 10:26:06:240AM | 931014003 | Bruce Lipschultz | Shot # 3
This plasma disrupted because of a failure in EF1upper. Try again. |
| Oct 14 1993 10:53:13:950AM | 931014004 | Bruce Lipschultz | Shot # 4
This plasma disrupted after 800 ms. We seem to be getting a shark fin which ends the shot. To remedy this we will try to program the current with positive di/dt. The Ar will go in this next shot as well. |
| Oct 14 1993 11:13:16:810AM | 931014005 | Bruce Lipschultz | Shot # 5
This one also disrupts at ~ 800 ms. The changing di/dt did flatten out the current but to no avail - still a shark fin and a disruption. The Iron is coming in later this shot - 300 ms instead of 170. The movement of the plasma out early in time may have had a positive effect. We will program even more didt for the next shot and there will be a pellet at 700 ms. No Ar puff. |
| Oct 14 1993 11:32:04:780AM | 931014006 | Bruce Lipschultz | Shot # 6
This one made it all the way to Ip rampdown. It disrupted at halfway down to zero. The next shot we will turn on the divertor gas puff with D2, pellet at 650 ms and rf @ 850 ms. We lowered the main gas fueling at ~ 450 ms and thereafter in anticipation of the divertor gas puff. |
| Oct 14 1993 11:50:33:060AM | 931014007 | Bruce Lipschultz | Shot # 7
The current rise was better on that shot. We had lowered the first gas puff (~100 ms) to try and lower the density rise that occurs then. Because of the drop in regular gas puffing, the density is ~ 4.5e19 when the divertor gas puff starts. The gas puff is for 200 ms (trigger at 350 ms arriving at the plasma at ~ 450 ms) and is through the private flux tube (#7 on the flange). By the time the pellet goes in at 650 ms the density is 6 e19 from the gas puff. |
| Oct 14 1993 12:06:52:120PM | 931014008 | Bruce Lipschultz | Shot # 8
This shot disrupts at 524ms. There seems to be large injection of unknown Z at 509 ms. We intend to reduce the main plasma gas injection to zero after the divertor gas injection is turned on (trigger 350 ms - enter plasma at 450 ms). The divertor gas puff has been extended to 500 ms. Otherwise there will be no other changes for the next shot. |
| Oct 14 1993 12:20:15:990PM | 931014009 | Bruce Lipschultz | Shot # 9
This shot was a dud. There does not seem to be a particular problem other than the disruption on the previous shot. |
| Oct 14 1993 12:39:26:480PM | 931014010 | Bruce Lipschultz | Shot # 10
This shot was fine. The divertor gas puff (12 psi) was only able to hold the density constant at 4.e19. The pellet injected on this shot was large 1.8e20 peak with the density dropping to 8e19 afterwards. The next shot will be the same except for an increase in the gas puff from the divertor to 18 psia. |
| Oct 14 1993 01:01:35:850PM | 931014011 | Bruce Lipschultz | Shot # 11
This shot was fine. The divertor gas puff (18 psi) was only able to increase the density to 7.e19. The pellet injected on this shot was large 1.8e20 peak with the density dropping to 9e19 afterwards. At 800 ms a divertor MARFE occurs and the density screams up until current inversion. At that point we get a detached plasma and the plasma disrupts. The maximum density after the pellet is1.4 e20. For the next shot we will increase the divertor gas puff rate once again (plenum pressure to 22 PSIA) and move it 100 ms earlier. The pulse length for the divertor puff will stay the same (500 ms). There will be two pellets (650 and 700 ms) and the rf will be on the entire shot at a low level (5kW). |
| Oct 14 1993 01:22:50:990PM | 931014012 | Bruce Lipschultz | Shot # 12
This shot disrupted on the second pellet. The density at that time was over 3.e20. The divertor gas puff (22 psi) was able to increase the density to 1.e20 before the pellet (from 4.e19). There appears to be a divertor MARFE before the pellet which causes the density to increase. For the next shot we will keep the divertor gas puff rate the same (plenum pressure to 22 PSIA) and move it another 100 ms earlier. to 150 ms (trigger). The pulse length for the divertor puff will stay the same (500 ms). There will be two pellets (650 and 700 ms) and the rf will be on the entire shot at a low level (5kW). |
| Oct 14 1993 01:38:41:250PM | 931014013 | Bruce Lipschultz | Shot # 13
This shot was a dud. Try again. |
| Oct 14 1993 01:56:52:860PM | 931014014 | Bruce Lipschultz | Shot # 14
This shot went but we disrupted again at the second pellet. In addition, the ion saturation currents on the outer divertor probes reached a peak value of 1.5 A. These same probes were reading .2 A several shots ago before the gas puff was increased (shot 10). Because we are not able to see the density reach an equilibrium value during the divertor gas puff and before the pellet we will turn the pellets off the next shot. |
| Oct 14 1993 02:35:20:880PM | 931014015 | Bruce Lipschultz | Shot # 15
This shot went. The divertor gas puff raised the density to 1.e20 (750 ms)after which a divertor MARFE took over and raised the density to 1.5e20. For the next shot we will increase the gas puff plenum pressure to 25psia to increase the gas flow and see whether the density can be raised further. The pellets will go again with a single pellet at 850 ms. |
| Oct 14 1993 02:39:55:790PM | 931014016 | Bruce Lipschultz | Shot # 16
This shot went. The divertor gas puff ( 25.2 psia-100tl/sec) raised the density to 1.2e20 (750 ms)after which a divertor MARFE took over and raised the density to 1.4e20. The pellet that went in at 750 ms disrupted the plasma. For the next shot we will change the gas puff location to the inner wall. This is tube number 14 which puts the gas just above the inner divertor. The gas flow rate will stay the same at 100 tl/sec. |
| Oct 14 1993 02:55:10:740PM | 931014017 | Bruce Lipschultz | Shot # 17
This shot survived the pellet. The gas puff was at the inner limiter. The effect seems to be similar to the private flux region. For the next shot we will switch the gas puff to the outer divertor. However, the location of the tube in the divertor plate is suvh that the gas will probably come in below the strike point (private flux region). |
| Oct 14 1993 03:15:55:180PM | 931014018 | Bruce Lipschultz | Shot # 18
Similar results were obtained with puffing through the outer divertor location. For the next shot the divertor gas puffing will not be on at all. The main gas puffing will be discontinued at its usual time - 350 ms. This will allow us to identify what the background density would be without the divertor puff. There will be a large pellet at 700 ms. |
| Oct 14 1993 03:30:39:910PM | 931014019 | Bruce Lipschultz | Shot # 19
Without the gas puff the density dropped to 2e19. The pellet raised the density to 1.2e20 and disrupted the plasma. For the next shot we will return to the original puff location in the private flux region and lower the plenum pressure to 15 psia. The pellet injection time will be changed to 750 ms. |
| Oct 14 1993 03:53:51:910PM | 931014019 | Bruce Lipschultz | Shot # 19
Without the gas puff the density dropped to 2e19. The pellet raised the density to 1.2e20 and disrupted the plasma. For the next shot we will return to the original puff location in the private flux region and lower the plenum pressure to 15 psia. The pellet injection time will be changed to 750 ms. |
| Oct 14 1993 04:03:49:470PM | 931014020 | Bruce Lipschultz | Shot # 20
The plasma survived the pellet at 750 ms. The divertor gas puff raised the density to 9e19 before the pellet. For the next shot we will switch the fueling back to A-side for all of the shot. There will be 2 pellets; one at 600 and the next at 650 ms. |
| Oct 14 1993 04:09:14:010PM | 931014021 | Bruce Lipschultz | Shot # 21
This shot had alot of problems. It appears that the probe may have been inserted too far because we get a series of injections at the time of its maximum insertion. The first pellet after the probe insertion disrupts the plasma. There was no Ar puff during that shot. There was no capillary tube during that shot to get a baseline. For the next shot the Ar puff will be done through the divertor capillary tube in the private flux region. The fill pressure of that plenum is 1.3 psia. Again we will try for two pellets. |
| Oct 14 1993 04:27:01:190PM | 931014022 | Bruce Lipschultz | Shot # 22
This shot had an Ar puff at 200 ms, arrives in the plasma ~ 400ms with pulse length of 100 ms. There was a pellet at 600 ms from which the plasma did not survive. The Ar level in the plasma (HIREX) started rising slightly after 400 ms and came to a constant value shortly after 500 ms. The next shot will be the same except the Ar will be injected through the limiter capillary tube (just above the inner divertor). |
| Oct 14 1993 04:36:26:990PM | 931014023 | Bruce Lipschultz | Shot # 23
We repeated the Ar puff, but this time with the limiter capillary tube. The level of Ar in the plasma (HIREX) appears to be approximately the same as with puffing in the private flux region. A small pellet was injected at 600 ms followed by a large one at 700 ms from which the plasma does not recover. For the next shot the Ar puff will be switched back to the private flux region and the density raised in the plasma. We are trying to determine if the divertor does a better job of trapping the Ar as the density is raised. |
| Oct 14 1993 04:59:04:050PM | 931014024 | Bruce Lipschultz | Shot # 24
We repeated the Ar puff, this time with the private flux capillary tube. The density was increased to 6e19 and the Zeff dropped accordingly (2->1.4). The plasma almost survived the second pellet. For the next shot we will try and increase the density to close to 1.e20. The Ar signal in the plasma is reduced but we don't know how much of that reduction is due to a plasma temperature change. |
| Oct 14 1993 05:14:30:200PM | 931014025 | Bruce Lipschultz | Shot # 25
We repeated the Ar puff, and increased the density was increased to 8e19. However the plasma was dirty and did not survive until the pellets. For the next shot we will push on to 1 MA, without pellets and with the Ar puff delayed by 100 ms (coming in around 500 ms). |
| Oct 14 1993 05:20:22:640PM | 931014026 | Bruce Lipschultz | Shot # 26
This was a dud. Good night. |
| Physics Operator Comments | |||
| Oct 14 1993 08:53:13:700AM | John Goetz | Run 931014 - Mini-proposal #016 Scrape-off layer characterization
1) Set-up high current SN disharges 2) Puff into divertor 3) Fire pellets Start from shot 931012005 Changes: S_IP = -780000 from .3 to .9s S_ZCUR = -.025 & ramps to 0. starting @ .9s PULSE_GAS_3 lowered to 40V @ .8s S_RXL = -.01 @ .5s P_ZCUR(2) = 1 @ .4s D_ZCUR(2) = 2 @.5s I_ZCUR(2) = 2. remove dropout from P_ZCUR(3) and D_ZCUR(3) @ .75 | |
| Oct 14 1993 09:47:07:510AM | 931014001 | John Goetz | Shot 001: P_0 = 1.2e-5
Disruptive - short shot For 002: lower PULSE_GAS_3 between .05 & .1s |
| Oct 14 1993 10:07:10:260AM | 931014002 | John Goetz | Shot 002:
Disruption @ .688 For 003: divertor argon puff @ .3s for .1s lower PULSE_GAS_3 to 35V @ .8s S_RCUR = .7 @ 0s & .68 @ .15 |
| Oct 14 1993 10:27:08:520AM | 931014003 | John Goetz | Shot 003:
OH1 - EF1U power supply problem @ .4 For 004: no changes |
| Oct 14 1993 10:59:06:970AM | 931014004 | John Goetz | Shot 004:
disruption For 005: S_IP = 825000 @ .9s |
| Oct 14 1993 11:10:58:680AM | 931014005 | John Goetz | Shot 005:
disruption @ .825 For 005: S_IP = 850000 @ .9s S_ICEF1U = 3000A @ .5 (was .4) |
| Oct 14 1993 11:31:39:850AM | 931014006 | John Goetz | Shot 006:
good shot disruption @ 1.16s For 007: lower PG3 to 30V @ .4s lower PG3 @ .1s |
| Oct 14 1993 11:48:43:510AM | 931014007 | John Goetz | Shot 007:
good shot disruption @ 1.15s For 008: lower PG3 to 31.5V @ .075s change S_R_IN to 0 for all time |
| Oct 14 1993 12:05:12:880PM | 931014008 | John Goetz | Shot 008:
disruption @ .524s - big injection of ???? @ .509 For 009: turn off PG3 @ .45s |
| Oct 14 1993 12:18:12:080PM | 931014009 | John Goetz | Shot 009:
dud - fields o.k. For 010: RF assist for breakdown |
| Oct 14 1993 12:38:07:800PM | 931014010 | John Goetz | Shot 010:
plasma disruption @ .968 For 011: add PG3 after .9s raise divertor gas puff pressure |
| Oct 14 1993 12:59:21:090PM | 931014011 | John Goetz | Shot 011:
plasma disruption @ 1.06 For 012: raise divertor gas puff pressure and move earlier turn off PG3 earlier pellets at .65s and .7s RF on throughout whole shot |
| Oct 14 1993 01:22:17:120PM | 931014012 | John Goetz | Shot 012:
plasma disruption @ .717 For 013: move div gas puff earlier to .15s turn off PG3 @ .3s pellets at .65s and .7s |
| Oct 14 1993 01:34:45:570PM | 931014013 | John Goetz | Shot 013:
dud - fields o.k. For 014: P_0 = 1.3e-5 |
| Oct 14 1993 01:54:27:810PM | 931014014 | John Goetz | Shot 014:
plasma - disruption @ .724 For 015: P_0 = 1.4e-5 div puff to .25s |
| Oct 14 1993 02:14:07:960PM | 931014015 | John Goetz | Shot 015:
plasma - disruption @ 1.09 For 016: pellet @ .75s up div puff pressure |
| Oct 14 1993 02:32:14:970PM | 931014016 | John Goetz | Shot 016:
plasma - disruption @ .76 For 017: PG3 = 33V @ .075s S_ZCUR = -.03 @ .7s S_ICEF1L = 0 @ 1.5 P_0 = 1.5e-5 small pellet @ .75s change to div puff tube (inner wall) |
| Oct 14 1993 02:51:59:440PM | 931014017 | John Goetz | Shot 017:
plasma - disruption @ .915s For 018: div puff to outer divertor S_ZCUR = -.03 after .4s |
| Oct 14 1993 03:12:45:870PM | 931014018 | John Goetz | Shot 018:
plasma - disruption @ .95s For 019: no div gas puff large pellet @ .7s S_ZXL = -.01 @ .4s S_ZCUR = -.03 after .4s S_ICEF1L = 0 @ 1. |
| Oct 14 1993 03:27:39:040PM | 931014019 | John Goetz | Shot 019:
plasma - disruption @ .71s For 020: div gas puff back to private flux - lower pressure large pellet @ .75s |
| Oct 14 1993 03:51:03:390PM | 931014020 | John Goetz | Shot 019:
plasma - disruption @ .92s For 020: PG3 = 30V @ .9s |
| Oct 14 1993 04:05:02:760PM | 931014021 | John Goetz | Shot 020:
plasma - disruption @ .627s moly injection from FSP For 021: argon puff in private flux |
| Oct 14 1993 04:23:06:220PM | 931014022 | John Goetz | Shot 022:
plasma - disruption @ .753s For 023: argon puff from inner wall |
| Oct 14 1993 04:37:45:280PM | 931014023 | John Goetz | Shot 023:
plasma - disruption @ .857s For 024: argon puff from private flux S_IP = -950000 @ .9s PG3 = 38V @ .3s |
| Oct 14 1993 04:55:26:580PM | 931014024 | John Goetz | Shot 024:
plasma - disruption @ .746s For 025: PG3 = 50V @ .15s IC_EF4 = 1500A @ 1. IC_EF1L = -3250A @ .15 |
| Oct 14 1993 05:12:46:080PM | 931014025 | John Goetz | Shot 025:
plasma - disruption @ .71s For 026: PG3 = 54V @ .15s S_IP = 1.1e6 |
| Oct 14 1993 05:21:23:710PM | 931014026 | John Goetz | Shot 026:
DUD!!!!!!!!!!!!!!!!!!!!!!!! |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 09:00:29:920AM | Plasma | Ok | 30 min delay daq3 down, ps,s ok plasma |
| 2 | 09:48:34:950AM | Plasma | Ok | 890ka |
| 3 | 10:06:17:170AM | Plasma | Bad | comm fail, plasma |
| 4 | 10:36:05:110AM | Plasma | Ok | 870ka |
| 5 | 10:54:13:550AM | Plasma | Ok | 800 ka |
| 6 | 11:12:02:420AM | Plasma | Ok | ok |
| 7 | 11:30:35:060AM | Plasma | Ok | |
| 8 | 11:49:50:960AM | Plasma | Ok | |
| 9 | 12:07:02:300PM | Test | Ok | ps,s ok dud |
| 10 | 12:22:48:510PM | Plasma | Ok | ps,s ok plasma |
| 11 | 12:40:38:080PM | Plasma | Ok | ps,s ok p-lasma |
| 12 | 01:03:28:590PM | Plasma | Ok | ps,s ok plasma |
| 13 | 01:23:46:190PM | Plasma | Ok | |
| 14 | 01:38:39:850PM | Plasma | Ok | 900 ka |
| 15 | 01:55:59:940PM | Plasma | Ok | 1.1 sec 850 ka |
| 16 | 02:16:57:470PM | Plasma | Ok | 920ka |
| 17 | 02:36:09:800PM | Plasma | Ok | ps,s ok plasma |
| 18 | 02:54:05:520PM | Plasma | Ok | comm fail plasma |
| 19 | 03:14:11:480PM | Plasma | Ok | ps,s ok plasma |
| 20 | 03:30:51:230PM | Plasma | Ok | ps,s ok plasma |
| 21 | 03:52:11:370PM | Plasma | Ok | ps,s ok plasma |
| 22 | 04:08:32:990PM | Plasma | Ok | ps,sok plasma |
| 23 | 04:25:11:630PM | Plasma | Ok | ps,s ok plasma |
| 24 | 04:41:40:390PM | Plasma | Ok | ps,s ok plasma |
| 25 | 04:57:57:790PM | Plasma | Ok | ps,s ok plasma |
| 26 | 05:14:06:440PM | Plasma | Ok | ps,s ok dud |