| Miniproposals | ||||||||||
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| Operators | |
| Session leader(s): | Matt Reinke |
| Physics operator(s): | Earl Marmar,Jim Irby,Earl Marmar |
| Engineering operator(s): | Bill Parkin,Roza Tesfaye,Thomas Toland,Gary Dekow |
| Engineering Operator Run Comment |
| MP 692 : Formation of ITB in I-mode Plasmas (for use as 2-D high-Z impur |
| Session Leader Plans |
| Entered: Sep 12 2012 03:33:06:687PM |
| Author: Matt Reinke |
| MP 692 : Formation of ITB in I-mode Plasmas (for use as 2-D high-Z impurity transport studies)
SL: M.L. Reinke PO: E. Marmar This run day will be dedicated to the first ever investigation of the influence of poloidally varying impurity density on flux-surface averaged radial transport. Strong in/out asymmetries have been demonstrated in C-Mod driven by centrifugal force and poloidal electric fields sustained by ICRF heating and these are predicted to have an influence on radial turbulent transport. On 1101208, the pre-cursor to MP 692, control of these in/out asymmetries was demonstrated (in piggyback) using resonance layer scans and these observations were repeated on 1120830 when MP 692 was first run. Another day of MP 692-like plasmas (LFS/HFS off-axis heating in I-modes) will be run to obtain detailed radial and poloidal impurity density profiles. Plasma with matched Te and ne will form discharge pairs with LFS and HFS accumulation in which the RADIAL impurity peaking can be compared. A scan of Bt at fixed Ip and (nearly) fixed q95 will be done at the same density. Zeff is also an important factor in determining the poloidal asymmetry so Ne and GPI He puffing will not be used (if possible) and argon for HIREXSR kept to a low level. Molybdenum laser blow off will be used to study the radial impurity transport and enhance the Mo content for estimating of the in/out asymmetry. In order to aid matching LFS and HFS heating, the density will be scanned during the ICRF pulse using the NINJA (see shot plan). Core fluctuation diagnostics used on 1120830 should also be enabled in order to add more data to the MP 692 data set. REQUIRED SUBSYSTEMS: ICRF, Laser Blow-Off REQUIRED DIAGNOSTICS: Te and ne profiles (core/edge Thomson, ECE, TCI) ion temperature and flow profiles (HIREXSR) radial impurity density profiles (HIREXSR, XTOMO) poloidal impurity density profiles (AXUV, XTOMO) impurity spectroscopy (XEUS/LoWEUS) DESIRED DIAGNOSTICS: GPI-CXRS (D2 only) fast-ion loss core fluctuations (PCI, fast TCI, reflectometer) divertor heat-flux B-SIDE-LOWER 2.0 psi of Ne (DISABLED) H-BOTTOM 1.0 psi of Ar (ENABLED) 1) establish on-axis heated reference (2-3 shots) Load 1120830003 (5.4 T, 1.0 MA nl04=0.8) but drop ZCUR to -0.01 which showed previously to help with limiter interaction. Tailor ICRF to minimize density transient ICRF @ 1.0-3.0 from 0.6 < t < 0.8 and 3.0 from 0.8-1.35 a) test LBO in rampdown b) x3 LBO at 0.85,1.05,1.25 c) D2 NINJA puff hitting at 1.15 2) locked mode calibration for HIREXSR (2-3 shots) Load 1120907033 and adjust prop. gain 3) LFS Resonance Layer Scans (~12 shots) ***care must be taken to ensure limiter interaction doesn't damage PFCs or lead to influx of low-Z impurities*** a) Bt=5.9, Ip=1.0 b) Bt=5.9, Ip=1.1 c) Bt=6.1, Ip=1.0 d) Bt=6.1, Ip=1.2 4) HFS Resonance Layer Scans (~12 shots) ***shots are estimated to match conditions from (3) but will adjust ICRF power & Bt to obtain similar kinetic profiles with earlier shots*** a) Bt=4.9, Ip=1.0 b) Bt=4.9, Ip=0.9 c) Bt=4.7, Ip=1.0 d) Bt=4.7, Ip=0.8 5) If we finish early, will investigate the following possibilities (not in order) a) dynamic resonance layer scan b) external Zeff scan using Ne c) repeat of targets from 1,3,4 based on student request |
| Physics Operators Plans |
| Entered: Sep 21 2012 11:00:44:010AM |
| Author: Earl Marmar |
| Engineering setup for Thursday 09/13/2012
MP 692 The influence of ion temperature profiles and toroidal rotation profiles on the formation of ITBs in I-mode plasmas; emphasis on 2-d high-Z impurity tranport studies Session leader: M. Reinke Physics operator: E. Marmar ECDC in deuterium overnight prior to the run Run scheduled 9:00 am - 5:00 pm Power systems as on: 1120830003 (rev B, 5.4 T, 1 MA, 8e19 m-2, LSN). A-coil configuration: -Dtop +Dbot +Jtop -Jbot; Hybrid enabled (reversed field configuration) Gas Setup: fill B-Top with 6 psi D2 Hybrid enabled (PG4) fill B-side lower with 2 psi Ne Hybrid DISABLED (PG1) leave B-side upper as is Hybrid DISABLED (PG2) fill B-main (C-side) with 40 psi D2 Hybrid enabled (PG3) fill H-bottom with 1 psi Ar Hybrid enabled(PG5) leave B-div as is Hybrid DISABLED (PG6) leave H-div as is Hybrid DISABLED (PG7) fill NINJA F-port with 10 psi D2 DISABLED fill NINJA C-port with 10 psi D2 DISABLED Enable the following gate valves and shutters, assuming no vacuum problems: ECE, VUV, Z-bolo, HIREX-Sr, Xeus, LoWEUS Torvac setup: keep gate valves open during pulse Required systems: ICRF (3+ MW) Required diagnostics: LBO w/Mo, HIREX-SR, AXUV, XTOMO, TS, TCI, ECE, XEUS, LoWEUS, outboard limiter TC's Desired diagnostics: CECE, HIREX-JR, CXRS, GPI, PCI, fast TCI, reflectometry, divertor heat-flux, polarimeter ------------------------------------------------------------------------------ Boronization overnight: no ICRF: yes, at least 3 MW LH: no Impurity injector: yes, w/Mo DNB: desirable Cryopump: no ------------------------------------------------------------------------------ Vessel temperature: 35/35/35 ------------------------------ ECDC Parameters: gas and pressure: D2 at 2e-4 Torr sweep: 44/45/103 cm scan: 20/120 s |
| Session Leader Summaries |
| Entered: Sep 13 2012 08:17:05:930PM |
| Author: Matt Reinke |
| Today we obtained L/I-mode plasmas with molybdenum laser blow that were configured to have varying levels of in/out impurity asymmetries at nominally fixed ne,Te and a small range of q95.
This was accomplished by varying Bt to alter the minority resonance location and Ip to adjust the q95. For LFS heating, strong HFS impurity accumulation, up to nz/ The laser blow-off performed well with the new lens that adjusted the focus to account for movements driven by the RFQ placement at B-Port. In most plasmas signal was easily observed above background on HIREXSR and SXR tomography, although in some cases clear I/L back-transitions were induced by the Mo radiation. The day began with difficulty after ~2 hours of data system problems. Josh blamed them on my lack of bringing food, but I claim such problems WITHOUT food is clearly the outlier based on recent data. Earl/Jim allowed the run to go till 6:00 pm to help make up for the lost time. We were able to get through the run plan and have time for a few extra intra-shot Bt scans. Shots 10,11 were 5.4 T shots to demonstrate proper machine operation Shots 12,13 were locked mode attempts...still haven't gotten a good one but these showed decent velocity "zero" Shots 14-22 were LFS heating shots Shots 23-37 were HFS heating shots A problem with Module#3 on HIREXSR was reported AFTER the run, but apparently from shots 019-037 we only had 1,2 & 4. This will limit the up/down asymmetry studies/corrections but should still allow 1-D profiles analysis. A big complication for this run was the limiter heating and the L/H or I/H transition. At the highest Bt and low nl04, we ended up with an injection from the shoelace/QCM antenna (shot 020). Because we wanted multiple injections and thus long pulses, we were limited in P/ne due to limiter heating. When we went up in density to avoid pulling out the tail, we hit H-modes. Wolfe suggested using some hydrogen puffing to try and pull the fast-ion distribution back, which would actually be a great idea for future (if any) iterations of this experiment. There isn't any direct way to tell yet if the asymmetry level made much different in the radial transport. I observed some variation of the confinement time, but detailed analysis is required even for initial results. I'm fairly confident we have at least ONE matched pair of shots, though. |
| Physics Operator Summaries |
| Session Leader Comments | |||
| Sep 13 2012 09:11:30:427AM | 1120913001 | Matt Reinke | Loading up fiducial discharge, on-axis heated I-mode. Demonstrate LBO, Ar and ICRF.
RESULT: no-power shot due to computer issues NEXT: try for fiducial again |
| Sep 13 2012 09:25:36:880AM | 1120913002 | Matt Reinke | another attempt at the fiducial
RESULT: excellent repeat of shot 001 - no power shot due to computer problems NEXT: I can has fiducial? |
| Sep 13 2012 09:26:30:573AM | 1120913003 | Matt Reinke | still going for first plasma
RESULT: NEXT: |
| Sep 13 2012 11:11:28:210AM | 1120913010 | Matt Reinke | Finally fixed the data system problems and attempt at fiducial
RESULT: great ICRF but lots of neutral fueling, nl04 is off due to C-SIDE failure. The LBO's are bit large. Had Ne which should have been off. NEXT: repeat with NINJA and some fueling tweaks |
| Sep 13 2012 11:32:02:120AM | 1120913011 | Matt Reinke | repeat target with no Ne and D2 fueling. Add diagnostic NINJA puff. Reduce LBO size a little
RESULT: good repeat with desired gases, got L/I transition and I/H. Density control looks good. NINJA pertubation OK NEXT: attempt the locked mode shot |
| Sep 13 2012 11:43:46:237AM | 1120913012 | Matt Reinke | Attempt at locked mode shot. Loading 1120907033 and reducing prop. gain a little
RESULT: good steady Ohmic shot with rotation at ~4 kHz (goes through rot. rev) NEXT: try again with tweak to density programming |
| Sep 13 2012 11:54:14:313AM | 1120913013 | Matt Reinke | one more try at the locked mode
RESULT: locked early and disrupted before good Ar signal. See good velocity zero. Try and repeat locked mode later in the day. NEXT: move on to #3a |
| Sep 13 2012 12:10:25:700PM | 1120913014 | Matt Reinke | Move on to Section #3 - Ip=1.0, Bt=5.9
RESULT: good L/I-mode. Strong HFS accumulation. NINJA had H-mode transition and forget to set HIREX back to fast timing NEXT: repeat |
| Sep 13 2012 12:26:59:487PM | 1120913015 | Matt Reinke | repeat of 5.9 T, 1.0 MA to get better diagnostics
RESULT: Excellent shot with interesting L/I transition dynamics NEXT: increase to 1.1 MA |
| Sep 13 2012 12:40:06:903PM | 1120913016 | Matt Reinke | #3b 5.9 T, 1.1 MA
RESULT: Mo injections a bit strong NEXT: adjust nl04 programming to smooth out density time history, increase PRF to 3.5 MW |
| Sep 13 2012 12:55:26:727PM | 1120913017 | Matt Reinke | #3b 5.9 T, 1.1 MA, reducing LBO size, increasing RF power, attempting smoother density trace
RESULT: injections were a little TOO small this time, but got a much steadier I-mode for what it's worth NEXT: increase Bt to 6.1 T and Ip to 1.2 MA |
| Sep 13 2012 01:13:41:497PM | 1120913018 | Matt Reinke | moving to #3d 6.1 T, 1.2 MA - worried about limiter heating so test out at higher Ip first. Dropping ICRF back down to 3.0 MW.
RESULT: HFS accumulation layer moves out as expected. Deepens ~1.0 second when the density is an a minimum. NEXT: tweak down nl04, shorten ICRF pulse and increase power, disable NINJA |
| Sep 13 2012 01:25:17:200PM | 1120913019 | Matt Reinke | set nl04 back to 0.8, increase ICRF power to 3.5 MW but decrease pulse length to end at 1.2 seconds. Remove NINJA pulse.
RESULT: injection at 1.0 seconds looks to be from the ASP - BAD DAN!!! HIREXSR data collection failure. NEXT: repeat |
| Sep 13 2012 01:53:20:267PM | 1120913020 | Matt Reinke | repeat 019 to get HIREXSR data
RESULT: Got a nice data point in the middle Mo LBO but ended up with injection from the shoelace ant. NEXT: Back away, reduce Bt and RF power |
| Sep 13 2012 02:10:53:720PM | 1120913021 | Matt Reinke | #3c won't be obtainable due to fast-ion effects. Goto 1.0 MA, Bt=6.0 and RF power to 2.5 MW
RESULT: injections a bit too large and power to low for I-mode, no QCM heating, weak G/H limiter heating. NEXT: increase ICRF power to 3.0 MW, pulse length back to 1.35 seconds and repeat |
| Sep 13 2012 02:31:31:733PM | 1120913022 | Matt Reinke | #3c' 6.0 T, 1.0 MA w/ 3.0 MW of power - re-enable NINJA
RESULT: good shot, injections still a little perturbing NEXT: move to HFS heating |
| Sep 13 2012 02:49:56:157PM | 1120913023 | Matt Reinke | Move to #4a 4.9 T, 1.0 MA, first LFS heating point
RESULT: had some data system hang up, but a good shot with a pesky H-mode. Rotation a little weak to drive a strong LFS accumulation NEXT: reduce nl04 to 0.7 increase and extend ICRF |
| Sep 13 2012 02:56:31:317PM | 1120913024 | Matt Reinke | repeat of #4a 4.9 T, 1.0 MA
RESULT: early disruption NEXT: repeat |
| Sep 13 2012 03:26:32:640PM | 1120913025 | Matt Reinke | #4a 4.9 T, 1.0 MA
RESULT: REALLY nice shot, but got strong limiter heating NEXT: drop Bt to 4.8, increase nl04 and drop ICRF power to 3 MW |
| Sep 13 2012 03:38:42:550PM | 1120913026 | Matt Reinke | #4a' - 4.8 T, 1.0 MA at 3 MW ICRF, nl04 back up to 0.8
RESULT: good shot, but in/out asym was a little weak NEXT: repeat at Ip=0.9 MA |
| Sep 13 2012 04:02:51:027PM | 1120913027 | Matt Reinke | #4b' 4.8 T, Ip=0.9 MA
RESULT: good shot, density is a little low, but got the right q95 NEXT: move to #4c' 4.6 T, Ip=1.0 MA raise nl04 to match earlier shots |
| Sep 13 2012 04:15:58:627PM | 1120913029 | Matt Reinke | #4c, 4.6 T, 1.0 MA raise nl04 to 0.9
RESULT: got multiple ELM-free H-mode transitions :( NEXT: drop density and ICRF power to sit below L/H or I/H threshold |
| Sep 13 2012 04:29:55:673PM | 1120913030 | Matt Reinke | #4c' 4.6 T, 1.0 MA drop nl04 to 0.83, ICRF to 2.8 MW
RESULT: excellent shot, good match in density and core Te to LFS cases NEXT: move towards #4d', reduce Ip to 0.9 MA and check limiter energy flux |
| Sep 13 2012 04:41:29:823PM | 1120913031 | Matt Reinke | #4d' 4.6 T, 0.9 MA
RESULT: good shot, late H-mode transition again NEXT: reduce Ip to 0.8 MA |
| Sep 13 2012 04:57:26:833PM | 1120913032 | Matt Reinke | #4d' 4.6 T, 0.8 MA
RESULT: didn't get I-mode, nl04 match OK, but temperature too low NEXT: increase ICRF power to 3.3 MW and remove NINJA |
| Sep 13 2012 05:15:30:970PM | 1120913033 | Matt Reinke | #4d' 4.6 T, 0.8 MA w/ higher ICRF power and no NINJA
RESULT: H-mode transitions everywhere! Do not think I can get an effective q95 match here. NEXT: increase back to 1.0 MA and do intra-shot BT scan |
| Sep 13 2012 05:24:10:487PM | 1120913034 | Matt Reinke | #5a - scan Bt during the shot 4.6-5.3 T over 0.7-1.4 seconds, increase Ip to 1.0 MA
RESULT: got H-modes but managed to get the last injection clean, density was a little high NEXT: reduce nl04 and Bt ramp rate and repeat w/ RF at 3 MW |
| Sep 13 2012 05:42:03:560PM | 1120913035 | Matt Reinke | #5a - Bt ramp up to 5.2 T, nl04 target to 0.7 and drop ICRF power to 3.0 MW, increase to x4 LBO's at 0.7,0.9,1.1,1.3
RESULT: got nice strongly rotating LFS peaked case at slightly higher Bt, but nl04 drop led to some limiter/QCM heating NEXT: keep 5.0 T flat, adjust nl04 programing to prevent drop, add NINJA |
| Sep 13 2012 05:57:16:553PM | 1120913036 | Matt Reinke | This would be more to a point from #4 since Bt is fixed at 5.0. Getting some ELMs in this area so NINJA wants into the mix.
RESULT: good steady x4 injections and strong rotation, but weak asymmetry NEXT: increase Ip,nl04 ramp during ICRF pulse |
| Sep 13 2012 05:58:00:353PM | 1120913037 | Matt Reinke | Increasing Ip to 1.1 MA and putting in a density ramp during the ICRF pulse
RESULT: NEXT: end of run |
| Physics Operator Comments | |||
| Sep 13 2012 09:10:31:123AM | 1120913001 | Earl Marmar | load from 1120830003
import segment 1 from 1120912005 into segment 1 prefill puff to 20 ms zcur to -0.01m in segment 2 failure during init, no power |
| Sep 13 2012 11:08:49:257AM | 1120913010 | Jim Irby | changes --------------------------------
no changes ---- data system fixed we think results -------------------------------- plasma into rampdown ----- **** main gas was not enabled **** **** this problem happened yesterday too **** |
| Sep 13 2012 11:41:47:810AM | 1120913012 | Earl Marmar | turn off segment 2
turn on segment 4 (locked mode) increase prefill puff to 22 ms (from 20 ms) decrease nl_04 prop gain to 3 (from 4) plasma, full length startup looks ok no sign of a locked mode (density probably too high) |
| Sep 13 2012 11:59:16:490AM | 1120913013 | Earl Marmar | nl_04 target to 4.5e19 (from 5e19)
plasma, locked, disrupt at 0.64 s |
| Sep 13 2012 12:12:44:610PM | 1120913014 | Earl Marmar | turn off segment 4, turn on segment 2
TF current to 164 kA (segment 2) plsama, full length |
| Sep 13 2012 12:23:22:973PM | 1120913015 | Earl Marmar | no dpcs changes
plasma, full length |
| Sep 13 2012 12:59:42:403PM | 1120913016 | Earl Marmar | Ip to 1.1 MA
plasma, full length |
| Sep 13 2012 01:16:14:133PM | 1120913017 | Earl Marmar | add small nl_04 target ramp, to 9e19 at 0.9 seconds
plasma, full length |
| Sep 13 2012 01:11:08:057PM | 1120913018 | Earl Marmar | TF current to 172 kA
Ip to 1.2 MA plasma, full length |
| Sep 13 2012 01:28:07:417PM | 1120913019 | Earl Marmar | remove small nl_04 target ramp in flattop, now straight across at 8e19
plasma, full length injection at 1 second (probe plunge?) kills the I-mode, and takes a small bite out of Ip |
| Sep 13 2012 01:47:42:233PM | 1120913020 | Earl Marmar | prefill puff to 21 ms (from 22 ms)
plasma, full length large injection at 1.2, looks like something from the shoelace |
| Sep 13 2012 02:07:23:183PM | 1120913021 | Earl Marmar | TF current to 169 kA
Ip to 1.0 MA plasmsa, full length |
| Sep 13 2012 02:09:56:053PM | 1120913022 | Earl Marmar | no dpcs changes |
| Sep 13 2012 02:39:42:923PM | 1120913023 | Earl Marmar | TF current to 135.7 kA
plasma, full length |
| Sep 13 2012 03:03:23:363PM | 1120913024 | Earl Marmar | nl_04 target to 0.7e20
plasma, disrupt at 0.404 s, just after OH1 crossover (brick?) PF breaker(s) pulled; blown fuse (OH2) |
| Sep 13 2012 03:29:24:587PM | 1120913025 | Earl Marmar | delay before this shot to check power supplies and replace OH2 fuse
no dpcs changes plasma, full length |
| Sep 13 2012 03:38:09:727PM | 1120913026 | Earl Marmar | TF current to 133.5 kA
nl_04 target to 8e19 plasma, full length |
| Sep 13 2012 03:52:13:283PM | 1120913027 | Earl Marmar | Ip to 0.9 MA
plasma, disrupt at 0.407 s (preceeded by linear increases in Prad and ne, possible MARFE) |
| Sep 13 2012 04:03:54:630PM | 1120913028 | Earl Marmar | no dpcs changes
plasma, full length |
| Sep 13 2012 04:17:08:027PM | 1120913029 | Earl Marmar | TF current 127.9 kA
Ip to 1.0 MA nl_04 target to 9e19 plasma, full length, multiple H-modes |
| Sep 13 2012 04:31:05:650PM | 1120913030 | Earl Marmar | nl_04 target to 8.3e19
plasma, full length |
| Sep 13 2012 04:44:06:810PM | 1120913031 | Earl Marmar | Ip to 0.9 MA
plasma, full length I-mode after 1.0 s, then transition to ELM-free H-mode 1.18 s |
| Sep 13 2012 04:51:49:843PM | 1120913032 | Earl Marmar | Ip to 0.8 MA
plasma, full length |
| Sep 13 2012 05:11:07:693PM | 1120913033 | Earl Marmar | no dpcs changes
plasma, full length 3 H-modes, no obvious I-mode |
| Sep 13 2012 05:22:11:870PM | 1120913034 | Earl Marmar | Ip to 1.0 MA
ramp TF current from 127.9 kA at 0.7s, to 150 kA at 1.4 s plasma, full length 3 H-modes, followed by an I-mode phase |
| Sep 13 2012 05:43:28:523PM | 1120913035 | Earl Marmar | ramp TF current from 127.9 kA at 0.7s, to 146.1 kA at 1.4 s
nl_04 target to 0.7e20 plasma, full length mostly I-mode |
| Sep 13 2012 05:41:43:580PM | 1120913036 | Earl Marmar | TF current to 140.45 kA straight across
nl_04 ramping to 0.8e20 at 1 sec |
| Sep 13 2012 06:05:32:227PM | 1120913037 | Earl Marmar | Ip to 1.1 MA
ramp nl_04 target, to reach 1.1e20 at 1.5 s plasma, full length I-modes, 2 H-modes |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 2 | 09:23:18:723AM | Test | Bad | |
| 7 | 10:13:52:360AM | Test | Bad | cycle run by hand - state will still not do it |
| 9 | 10:52:32:207AM | Test | Ok | |
| 10 | 11:00:15:230AM | Plasma | Ok | |
| 11 | 11:22:36:970AM | Plasma | Ok | |
| 12 | 11:35:45:287AM | Plasma | Ok | |
| 13 | 11:48:17:280AM | Plasma | Ok | |
| 14 | 12:02:02:107PM | Plasma | Ok | |
| 15 | 12:15:35:210PM | Plasma | Ok | |
| 16 | 12:29:48:023PM | Plasma | Ok | |
| 17 | 12:47:59:930PM | Plasma | Ok | |
| 18 | 01:02:26:990PM | Plasma | Ok | |
| 19 | 01:18:35:577PM | Plasma | Ok | |
| 20 | 01:43:57:883PM | Plasma | Ok | |
| 21 | 01:59:23:930PM | Plasma | Ok | |
| 22 | 02:16:48:600PM | Plasma | Ok | |
| 23 | 02:34:29:003PM | Plasma | Ok | |
| 24 | 02:50:51:430PM | Plasma | Bad | Oh2 comm fault 1 bad fuse |
| 25 | 03:15:37:563PM | Plasma | Ok | |
| 26 | 03:29:25:947PM | Plasma | Ok | |
| 27 | 03:42:05:010PM | Plasma | Ok | |
| 28 | 03:55:13:463PM | Plasma | Ok | |
| 29 | 04:08:30:160PM | Plasma | Ok | |
| 30 | 04:21:42:920PM | Plasma | Ok | |
| 31 | 04:35:03:880PM | Plasma | Ok | |
| 32 | 04:48:08:403PM | Plasma | Ok | |
| 33 | 05:02:13:553PM | Plasma | Ok | |
| 34 | 05:15:20:560PM | Plasma | Ok | |
| 35 | 05:29:29:777PM | Plasma | Ok | |
| 36 | 05:43:27:910PM | Plasma | Ok | |
| 37 | 05:58:49:400PM | Plasma | Ok | |
| System Availability | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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