| Miniproposals | ||||||||||
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| Operators | |
| Session leader(s): | Alexandre Parisot |
| Physics operator(s): | Joseph Snipes |
| Engineering operator(s): | Gary Dekow,Ed Fitzgerald |
| Engineering Operator Run Comment |
| MP# 356 EO Pierson PO Snipes SL Parisot |
| Session Leader Plans |
| Entered: Jul 28 2005 04:37:28:570PM |
| Author: Alexandre Parisot |
| Session leader plan for 1050729
MP#356 Mode conversion current drive in D[3He] at 50 MHz The primary goal of this run is to measure net current drive from mode converted waves using loop voltage differences between co/counter phasing. This involves establishing an acceptable target discharge maximizing the efficiency (~ Te/(ne Zeff) according to parametrizations). Special gas: He3 15 PSI, B-side Upper Diagnostics: standard set, with ECE (~5-5.5T setup) and PCI (50 MHz, no localization). Run plan: 1) Start with 1050629014 (USN, 5.4T, 1 MA, nl04 ~ 0.8), but with Ip = 600 kA, nl04 ~ 0.6, B_T = 5.5 T Set helium 3 puff at .3 sec, 250 ms (target 3He concentration is ~ 20%) ICRF waveform : 0.6-1.4 sec, Ramp up ICRF power, * 0.6 - 1.0 sec: J port alone, 2.0 --> 3.0 MW, heating phase, with notches (if necessary) for break in slope * 1.0 - 1.4 sec: 3 MW J-port and ramp up E port to 1.5 MW). Thus determine maximum power below H-mode threshold and compatible with antenna operation. Decrease the density further to minimize (ne x Zeff) and possibly increase H-mode threshold. Readjust puff to have 3He concentration around 20%, based on break-in-slope. (5-10 shots) 2) Using the best target from 1), square ICRF waveform from J and E, from 0.6 sec to 1.4 sec. Do a field scan to vary the deposition location around the magnetic axis, repeating discharges with +90, -90 and heating phasing. Look at loop voltage changes between co/counter to determine possible current drive. (15 shots) Target mode conversion layer locations: r/a = 0., 0.05, 0.10, 0.15, 0.2 on the HFS. Corresponding values of the B_T: 5.73T, 5.63T, 5.53T, 5.43T, 5.38T (will be readjusted from concentration estimates in part 1). 3) If time allows, lower toroidal field and do a field ramp across the HFS q=1 surface and investigate changes in the sawtooth period, repeating discharges with +90, -90 and heating phasing. Start with B_T from ~ 4.9T to 5.4T, then do a smaller (and slower) ramp around values of B_T where changes in the sawtooth period are observed. (6-9 shots) |
| Physics Operators Plans |
| Entered: Jul 28 2005 03:28:32:767PM |
| Author: Joseph Snipes |
| Physics Operator Plan for Friday, 29 July 2005 MP#356 Mode conversion current drive in D[3He] at 50 MHz SL: A. Parisot PO: J. Snipes Engineering setup as on 1050629014 Overnight ECDC in D2. Run begins at 09:00 and ends at 17:00 A-coil configuration: normal [+Dtop -Dbot -Jtop +Jbot] and enabled. Gas Setup: fill B-Top with 6 psi D2 Hybrid enabled (PG4) fill B-side lower with 1 psi Ar Hybrid disabled (PG1) fill B-side upper 15 psi He3, enabled (PG2) *** We will be using He3 for this run *** fill B-main with 40 psi D2 Hybrid enabled (PG3) Enable the following: ECE and VUV gate valves, Z-bolo shutters ICRF Setup: transmitters in run-on at 8:30 Run Plan: Copy 1050629014 (USN, 5.4T) but set Ip = 0.6 MA, nl04 = 0.6 x 10^20 m^-2. Ramp J and E port ICRF heating and vary the 3He concentration shot to shot. After finding the optimum heating scheme, scan the toroidal field to scan the resonance across the magnetic axis and repeat with +90, -90, and heating RF phasing. Gas puff: 250 ms puff of He3 starting at 0.3 s. See the SL_PLAN for the detailed plan |
| Session Leader Summaries |
| Entered: Jul 29 2005 05:36:24:110PM |
| Author: Alexandre Parisot |
| We obtained very good results on the sawtooth control part of the experiment.
By sweeping the mode conversion layer through the inversion radius with a toroidal field ramp, we were able to increase the sawtooth period to 10 ms in co-CD phasing (shot 27) and decrease it to 4 ms in counter-CD phasing (shot 26). This is consistent with local changes in the shear at the q = 1 surface from currents driven by the mode converted waves. In the early part of the run, we spent some time developing an acceptable target for current drive measurements using loop voltage analysis. We could not get the density lower than nl04 = 0.8e20 m^-2 in upper single null. The shape was changed to inner wall limited, and the 3He puff was moved earlier (0.2 sec) and reduced in duration (100 ms time). In those conditions, better plasma targets were obtained (e.g. shot 19) with nl04 ~ 0.6 m^-2 (ne0 ~ 1.5e20), Te0 ~ 4 keV and a helium 3 concentration around 20%, however with Zeff reaching 4. An initial loop voltage comparison between co- and counter CD phasing was conducted in shots 19 and 20, but no clear evidence of current drive could be observed. Overall, we made progress but the target conditions are not yet optimal, leading to lower current drive efficiencies than desired for part 2. We switched to part 3 after shot 21 and looked at changes in the sawtooth period. Although we had several fizzles and disruptions, significant changes in the sawtooth period could be obtained, as mentionned above. The RF ran very well today with E to 1.5 MW and J-port to 3 MW in heating, co and counter CD phasings. The plasma stayed in L-mode even with 4.5 MW RF power. Good break-in-slope and PCI data was collected throughout the day, and will be useful for analysis. |
| Physics Operator Summaries |
| Entered: Jul 29 2005 05:09:40:843PM |
| Author: Joseph Snipes |
| This was a difficult run because very low densities were required at very high RF power. We started with upper null plasmas to avoid H-mode, but after shot 1050729013, we went to inner wall limited because it appeared that the upper divertor plates could not handle the heat load of more than 4 MW RF power for multiple shots. The inner wall discharges did seem to perform better initially and some valuable results were obtained. Density control was difficult as the 3He puff increased the density and there were apparently wall sources as well. After a number of inner wall shots, the density did reach the desired 6 x 10^19 m^-2. However, even the inner wall discharges were plagued with runaways and with disruptions due to impurity injections. There were also a number of fizzles toward the end of the run. Perhaps between shot ECDC would have been helpful to improve the discharge quality, but it was not attempted. John Rice reported very high molybdenum levels throughout the day. Still, we had 37 discharges with 19 full length plasmas and one or two more that last throughout most of the RF pulse. So, there should be some valuable physics data obtained. See the session leader summary for details. Shot,Duration(s),Ipmax(MA),Result Shot,Duration(s),Ipmax,Result | 01 0.000 0.026 Dud | 02 1.944 0.706 Plasma | | 03 1.950 0.704 Plasma | 04 1.961 0.660 Plasma | | 05 0.000 0.002 Fault | 06 1.963 0.672 Plasma | | 07 0.000 0.010 Fault | 08 1.964 0.674 Plasma | | 09 1.965 0.664 Plasma | 10 0.618 0.660 Plasma | | 11 1.315 0.643 Plasma | 12 1.966 0.646 Plasma | | 13 0.428 0.667 Plasma | 14 1.969 0.661 Plasma | | 15 1.963 0.680 Plasma | 16 1.392 0.681 Plasma | | 17 1.973 0.656 Plasma | 18 0.349 0.658 Plasma | | 19 1.969 0.673 Plasma | 20 1.968 0.646 Plasma | | 21 1.811 0.650 Plasma | 22 1.967 0.645 Plasma | | 23 1.967 0.645 Plasma | 24 1.966 0.654 Plasma | | 25 0.502 0.651 Plasma | 26 1.967 0.690 Plasma | | 27 1.954 0.669 Plasma | 28 0.256 0.640 Plasma | | 29 0.509 0.650 Plasma | 30 0.000 0.024 Fizzle | | 31 0.000 0.024 Fizzle | 32 0.000 0.023 Fizzle | | 33 1.965 0.700 Plasma | 34 1.043 0.679 Plasma | | 35 1.419 0.682 Plasma | 36 0.000 0.024 Fizzle | | 37 0.349 0.684 Plasma Date 1050729: 37 shots. 30 plasmas. 4 fizzles. 1 dud. 2 System Error. (Plasma = Ip gt 50.0 kA Dud = H_alpha lt 0.40 V) Total plasma duration: 45.33 s (exceeding -100 kA) |
| Session Leader Comments | |||
| Jul 29 2005 09:38:35:313AM | 1050729002 | Alexandre Parisot | Plasma. No H-mode.
RF ran, density too high (nl04 ~ 0.8). Zeff goes from 1.5 to 2.5. J goes to 2.5 MW. Next. Repeat, J-port to 3 MW. |
| Jul 29 2005 09:39:27:347AM | 1050729003 | Alexandre Parisot | Plasma. No H-mode.
RF ran, J-port to 3.0 MW. Good break-in-slope data from both shot 2 and 3. Density still too high (nl04 ~ 0.8+). Zeff goes from 1.5 to 2.5. Next. Lower request nl04 to 0.5 |
| Jul 29 2005 10:01:03:797AM | 1050729004 | Alexandre Parisot | Plasma. Density in flattop did not go down, still nl04 ~ 0.8
Good break-in-slope data, estimated 3He concentration ~ 15 %. Density feedback puffs gas from 0.32 to 0.43s. We had a cell access to change the fuse for the E-port stub tuner. Next. Request nl04 to 0.4 |
| Jul 29 2005 10:09:33:593AM | 1050729005 | Alexandre Parisot | No power shot.
RF is doing OK and we're not getting H-mode, so we can start moving to the next part while we're trying to get lower densities. J-port and E-port flat waveforms 0.6 to 1.4 sec, keep notches in J-port. Mode conversion appears on the PCI. Next. Repeat |
| Jul 29 2005 10:24:53:703AM | 1050729006 | Alexandre Parisot | Plasma. Still no change in nl04 during the flat-top.
Next. Move 3He puff to 0.25 sec. |
| Jul 29 2005 10:52:16:313AM | 1050729008 | Alexandre Parisot | Plasma. Density in flatop did not go down. Less D-puff.
J-port in heating phase. Next. Move 3He puff to 200ms. |
| Jul 29 2005 11:04:35:563AM | 1050729009 | Alexandre Parisot | Plasma. Slight decrease in density. No D-puff after 0.1 sec.
The rise in density seems to come from the 3He puff, since we're already low in 3He concentration, we don't want to lower it. J-port in counter-CD phasing. Next: Repeat |
| Jul 29 2005 11:26:43:410AM | 1050729011 | Alexandre Parisot | Plasma. Disrupted at 1.31sec
Counter-CD phasing. No FRC-ECE. Next. Repeat with co-CD phasing |
| Jul 29 2005 11:44:15:940AM | 1050729012 | Alexandre Parisot | Plasma.
Co-CD phasing. No apparent changes in loop voltage between co and counter. Next. Repeat to find match settings for J-port. |
| Jul 29 2005 12:02:30:893PM | 1050729013 | Alexandre Parisot | Early disruption. John Rice reports higher Moly levels throughout the day.
Next. Go Inner Wall limited. |
| Jul 29 2005 12:12:34:330PM | 1050729014 | Alexandre Parisot | Ran inner wall limited.
nl04 ~ 1.0, E-port ran but not J-port. The plasma touches the outer limiter. We might be too high on the 3He concentration (maybe because we puffed earlier). Next. Increase the gap and lower 3He puff time to 150 ms. |
| Jul 29 2005 12:34:32:000PM | 1050729015 | Alexandre Parisot | Ran inner wall limited.
nl04 ~ 1.0. 3He concentration ~ 18%. |
| Jul 29 2005 02:51:49:877PM | 1050729016 | Alexandre Parisot | Ran inner wall limited. No change in density.
At this point, it appears we are not succesfull in establishing a proper target for part 2). The density is way too high, and we cannot get it any lower. Take another shot with lower 3He puff time, then move to part 3 (sawtooth control), which requires a smaller current drive efficiency. Next. Lower 3He puff time to 100 ms [0.2-0.3 s]. |
| Jul 29 2005 12:54:53:550PM | 1050729017 | Alexandre Parisot | Ran inner wall limited.
Density levels at nl04 ~ 0.6 during RF. No sawteeth throughout the shot, although we have 3.8 MW, J-port in co-CD. Next. Repeat with J-port in counter-CD phasing. |
| Jul 29 2005 01:20:12:673PM | 1050729019 | Alexandre Parisot | Plasma.
nl04 ~ 0.6. Zeff from 2.5 to 4. Te0 ~ 4 keV 3He concentration estimate: ~ 20% (r/a ~ 0.15) Next. Phasing to +90 |
| Jul 29 2005 01:34:01:047PM | 1050729020 | Alexandre Parisot | Plasma.
Good comparison +90/-90 together with shot 19. However Zeff ~ 4 during the RF Next. Bt ramp from 5.5 to 5.2T 0.8 -> 1.4 sec |
| Jul 29 2005 02:15:07:017PM | 1050729023 | Alexandre Parisot | Ran IWL. Much less runaways than 21 and 22.
nl04 ~ 0.6-0.7. No FRC-ECE. Mode conversion layer crosses inversion radius at the end of the RF pulse. Zeff goes to 4. From GPC @ 1.4s, 3He concentration is between 15 and 20%. next. Field ramp 5.3 -> 5.0T, same timing |
| Jul 29 2005 02:24:49:877PM | 1050729024 | Alexandre Parisot | Ran IWL. nl04 ~ 0.7
No changes in the sawtooth period. Increase the field window, then switch to opposite phasing next. Field ramp 5.3 -> 4.8T, same timing |
| Jul 29 2005 02:48:12:000PM | 1050729026 | Alexandre Parisot | Ran IWL. nl04 ~ 0.6.
Sawtooth period decreases then increases at the end of the J-port pulse, after 1.3 sec. Go the opposite phasing, then change the field ramp to "zoom" in on this region. Next. Go to opposite phasing. |
| Jul 29 2005 03:05:19:063PM | 1050729027 | Alexandre Parisot | Ran IWL. Good shot together with 26.
Clear change in sawtooth period, up to 10 ms (from 5ms) at 1.2 sec Next. Ramp field from 5.2T to 4.7T |
| Jul 29 2005 04:14:51:297PM | 1050729033 | Alexandre Parisot | Ran after a couple of fizzles.
J-port trips after 1.2 sec Next. Ramp 5.1 to 4.7T, retune J-port. |
| Jul 29 2005 04:46:01:830PM | 1050729035 | Alexandre Parisot | Ran inner wall limited, disrupted after 1.4 sec.
RF trips at 1.1 sec. Next: Opposite phasing. |
| Physics Operator Comments | |||
| Jul 29 2005 09:03:56:517AM | 1050729001 | Joseph Snipes | Shot 1: Loaded shot 1050629014 and then changed Ip to 0.6 MA, nl04 to 0.6 x 10^20 m^-2, and the TF current to 153 kA. Also added a 3He puff in PG2 from 0.3 to 0.55 s at 100 V. Then loaded segment 1 from 1050728035 to maintain yesterday's startup. Dud! |
| Jul 29 2005 09:17:24:410AM | 1050729002 | Joseph Snipes | Shot 2: Increased prepuff by 4 ms to 26 ms duration. Good shot but lots of hard x rays. Seems the gas is still very low. |
| Jul 29 2005 09:34:55:673AM | 1050729003 | Joseph Snipes | Shot 3: Increased prepuff by 1 ms to 27 ms duration. Good shot. |
| Jul 29 2005 09:45:32:220AM | 1050729004 | Joseph Snipes | Shot 4: Try lowering the requested nl04 to 5 x 10^19 m^-2, though it seems that the density is already going much higher than the requested 6 x 10^19 m^-2. Good shot. |
| Jul 29 2005 10:03:34:173AM | 1050729005 | Joseph Snipes | Shot 5: Increased RCUR in the rampdown to attempt to avoid the disruption in rampdown. Set nl04 = 4 x 10^19 m^-2 to eliminate the D2 puff between 0.3 and 0.4 s. IGOR ACK failure. No power shot. |
| Jul 29 2005 10:17:47:347AM | 1050729006 | Joseph Snipes | Shot 6: Try again. Good shot. |
| Jul 29 2005 10:35:14:300AM | 1050729007 | Joseph Snipes | Shot 7: Moved 3He puff 50 ms earlier to start at 0.25 s and end at 0.5 s to attempt to shut off the D2 puff. Decreased prepuff by 2 ms to 25 ms duration. No power for unknown reasons! |
| Jul 29 2005 10:39:06:923AM | 1050729008 | Joseph Snipes | Shot 8: Try again. Good shot. |
| Jul 29 2005 10:54:32:987AM | 1050729009 | Joseph Snipes | Shot 9: Moved 3He puff by another 50 ms to start at 0.2 s and end at 0.45 s. Also lowered nl04 to 3 x 10^19 m^-2. Reduced pre-programmed gas slightly before 0.1 s as well. Hard x rays from early in the discharge. Otherwise it was a good shot. |
| Jul 29 2005 11:05:06:203AM | 1050729010 | Joseph Snipes | Shot 10: Reloaded segment 1 from shot 8 to hopefully avoid the early runaways at least. Disrupted at 0.6 s. |
| Jul 29 2005 11:20:48:377AM | 1050729011 | Joseph Snipes | Shot 11: Increased prepuff by 4 ms to 29 ms duration. Disrupted at 1.31 s. Something took a bite out of the current at 1.15 to 1.2 s as well. There is a big impurity injection at 1.16 s. |
| Jul 29 2005 11:44:59:300AM | 1050729013 | Joseph Snipes | Shot 13: Reduced nl04 to 2.5 x 10^19 m^-2 to keep the D2 puff off. Disrupted at 0.42 s. |
| Jul 29 2005 12:04:19:953PM | 1050729014 | Joseph Snipes | Shot 14: Loaded shot 1050615022 into segment 2 and turned on segment 2 and turned off segment 3. Copied Ip, nl04, TF, and gas waveforms to segment 2 from segment 3. This will be an inner wall limited plasma. Good shot. |
| Jul 29 2005 12:26:29:797PM | 1050729015 | Joseph Snipes | Shot 15: Reduced RCUR by 6 mm to increase the outer gap for the ICRF. Reduced 3He puff duration to 150 ms from 0.2 to 0.35 s. Good shot. |
| Jul 29 2005 12:48:40:643PM | 1050729017 | Joseph Snipes | Shot 17: Reduced Br0 from 0 to -0.5 mT. Reduced 3He puff by 50 ms to 100 ms duration from 0.2 to 0.3 s. Good shot. |
| Jul 29 2005 12:56:41:407PM | 1050729018 | Joseph Snipes | Shot 18: Repeat. Disrupted at 0.31 s. Too many runaways. |
| Jul 29 2005 01:11:39:550PM | 1050729019 | Joseph Snipes | Shot 19: Increased prepuff by 3 ms to 30 ms duration. Also increased pre-programmed D2 gas in segment 1 slightly. Runaways have come way down. Good shot. |
| Jul 29 2005 01:23:33:127PM | 1050729020 | Joseph Snipes | Shot 20: Repeat. Runaways are back. Otherwise a good shot. |
| Jul 29 2005 01:42:07:347PM | 1050729021 | Joseph Snipes | Shot 21: Increased prepuff by 2 ms to 32 ms duration. Increased pre-programmed gas slightly in segment 1. Put a TF ramp from 0.8 s to 1.4 s from 153 kA to 144 kA then constant to 1.5 s. Still got lots of runaways but it is otherwise a good shot. |
| Jul 29 2005 01:50:07:097PM | 1050729022 | Joseph Snipes | Shot 22: Increased pre-programmed gas from the first time point to try to eliminate the runaways. Also, increased the prepuff by 2 ms to 34 ms duration. Reduced TF current to 142 kA from 1.4 to 1.5 s. More runaways! |
| Jul 29 2005 02:03:41:750PM | 1050729023 | Joseph Snipes | Shot 23: Increased prepuff by 3 ms to 37 ms duration. Increased pre-programmed gas in segment 1 some more. Good shot. Eliminated most of the runaways. |
| Jul 29 2005 02:18:57:050PM | 1050729024 | Joseph Snipes | Shot 24: Ian suggests increasing EF4 by 10 A to help resolve the early bounce, but it seems the vertical field changed by itself on the last shot. I changed EF4 by +10 A to -1300 A. Set the TF current to 148 kA in segments 1 and 2 until 0.8 s then ramped it to 137 kA at 1.4 s and kept it there until 1.5 s. Good shot. |
| Jul 29 2005 02:32:29:907PM | 1050729025 | Joseph Snipes | Shot 25: Increased pre-programmed gas in segment 1 a bit more. Changed TF current from 1.4 to 1.5 s to 132 kA. Disrupted at 0.315 s probably due to an impurity injection. |
| Jul 29 2005 02:42:28:673PM | 1050729026 | Joseph Snipes | Shot 26: Increased pre-programmed gas a bit more in segment 1. Some hard x rays appear just after segment switch as the gas shuts off, so I added a short gas puff from PG3 in segment 2 from 0.1 to 0.14 s. Good shot. |
| Jul 29 2005 03:01:21:877PM | 1050729027 | Joseph Snipes | Shot 27: Repeat. Good shot. |
| Jul 29 2005 03:07:10:907PM | 1050729028 | Joseph Snipes | Shot 28: Moved pre-programmed gas in segment 1 ahead 3 ms earlier. Added 2 ms to the prepuff to make it 39 ms duration. Changed TF current to 143.7 kA until 0.8 s, then ramped it to 129 kA. Disrupted at 0.2 s. apparently due to impurity injections. |
| Jul 29 2005 03:27:43:750PM | 1050729029 | Joseph Snipes | Shot 29: Increased prepuff by 2 ms to 41 ms duration. Moved pre-programmed gas earlier by 2 ms starting to ramp up at 0.015 s and reaching its peak at 0.19 s and then increased slightly the other gas points in segment 1. Disrupted at 0.45 s. |
| Jul 29 2005 03:31:51:563PM | 1050729030 | Joseph Snipes | Shot 30: Raised nl04 to 3.5 x 10^19 m^-2. Moved A-coil start to 0.25 s reaching maximum current at 0.35 s. Fizzle! |
| Jul 29 2005 03:44:27:657PM | 1050729031 | Joseph Snipes | Shot 31: Reloaded segment 1 from shot 1050729028. Try again. Fizzle! |
| Jul 29 2005 04:00:06:830PM | 1050729032 | Joseph Snipes | Shot 32: Reloaded segment 1 from shot 1050729027. Returned EF4 to -1310 A. Try again. Fizzle! |
| Jul 29 2005 04:08:56:033PM | 1050729033 | Joseph Snipes | Shot 33: Reduced EF4 by another 10 A to -1320 A. Reduced prepuff by 3 ms to 34 ms duration. Increased Br0 by 0.5 mT to 0 mT. Finally got a good shot again. |
| Jul 29 2005 04:22:27:737PM | 1050729034 | Joseph Snipes | Shot 34: Changed TF current to 141 kA from 0.1 s to 0.8 s. More runaways! Disrupted just after 1 sec. |
| Jul 29 2005 04:34:57:750PM | 1050729035 | Joseph Snipes | Shot 35: Raised EF4 by 10 A to -1310 A. Increased prepuff by 3 ms to 37 ms duration. Disrupted at 1.41 s. |
| Jul 29 2005 04:50:09:640PM | 1050729036 | Joseph Snipes | Shot 36: Repeat. Fizzle! |
| Jul 29 2005 04:59:58:203PM | 1050729037 | Joseph Snipes | Shot 37: Reduced EF4 current by 5 A to -1315 A. Reduced prepuff by 2 ms to 35 ms duration. One last time. Disrupted at 0.3 s. |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 09:00:27:737AM | Plasma | Ok | |
| 2 | 09:14:18:453AM | Plasma | Ok | |
| 3 | 09:26:55:470AM | Plasma | Ok | |
| 4 | 09:39:58:533AM | Plasma | Ok | |
| 5 | 10:00:22:253AM | Plasma | Bad | IGOR ACk failure entering check, no power shot. |
| 6 | 10:11:03:300AM | Plasma | Ok | |
| 7 | 10:25:14:347AM | Plasma | Bad | EF-2 and EF-3 P/S's fired this shot |
| 8 | 10:37:38:393AM | Plasma | Ok | |
| 9 | 10:50:28:470AM | Plasma | Ok | |
| 10 | 11:03:01:970AM | Plasma | Ok | |
| 11 | 11:17:10:517AM | Plasma | Ok | |
| 12 | 11:30:30:767AM | Plasma | Ok | |
| 13 | 11:43:04:253AM | Plasma | Ok | |
| 14 | 12:02:36:890PM | Plasma | Ok | |
| 15 | 12:16:08:423PM | Plasma | Ok | |
| 16 | 12:28:46:033PM | Plasma | Ok | |
| 17 | 12:41:59:753PM | Plasma | Ok | |
| 18 | 12:54:35:157PM | Plasma | Ok | |
| 19 | 01:07:20:813PM | Plasma | Ok | |
| 20 | 01:19:46:957PM | Plasma | Ok | |
| 21 | 01:35:41:800PM | Plasma | Ok | |
| 22 | 01:48:21:953PM | Plasma | Ok | |
| 23 | 02:00:57:953PM | Plasma | Ok | |
| 24 | 02:13:42:220PM | Plasma | Ok | |
| 25 | 02:26:19:813PM | Plasma | Ok | |
| 26 | 02:39:34:640PM | Plasma | Ok | |
| 27 | 02:52:13:173PM | Plasma | Ok | |
| 28 | 03:04:46:547PM | Plasma | Ok | |
| 29 | 03:17:17:330PM | Plasma | Ok | |
| 30 | 03:29:56:953PM | Plasma | Ok | |
| 31 | 03:42:27:220PM | Plasma | Ok | |
| 32 | 03:54:55:283PM | Plasma | Ok | |
| 33 | 04:07:24:250PM | Plasma | Ok | |
| 34 | 04:20:25:003PM | Plasma | Ok | |
| 35 | 04:32:53:360PM | Plasma | Ok | |
| 36 | 04:45:22:610PM | Plasma | Ok | |
| 37 | 04:58:00:127PM | Plasma | Ok | |