| Miniproposals | ||||||||||
|
| Operators | |
| Session leader(s): | Mike Churchill |
| Physics operator(s): | Steve Wolfe |
| Engineering operator(s): | Sam Pierson,Bill Byford |
| Engineering Operator Run Comment |
| MP648: Direct Boron Density Asymmetry Measurements |
| Session Leader Plans |
| Entered: Aug 2 2012 09:32:47:173AM |
| Author: Mike Churchill |
| This run will combine parts from MP648: Direct Boron Density Asymmetry Measurements and MP 718: The effect of poloidally-localized sources on in-out density asymmetries.
For MP648, the goal is to vary collisionality and gradient scale lengths to vary the density asymmetry. Today, this will focus on EDA and ELM-free H-modes, as was 1120621, but with improved gap scans and different photodiodes at the HFS, to improve the HFS density profiles. For MP718, the goal is to change plasma conditions so as to determine how a poloidally-localized impurity source affects the in-out density asymmetry Required Diagnostics and Setup edge CXRS Both NINJA plenums will be filled with D2. Chromex will be setup to view A-side, to monitor B and D recycling from the inner-wall edge Thomson Auxilary Systems Ne seeding will be used Part 0: Boronization recovery (4 shots, attempt Part 1 during this) Part 1: Ip and RF scan in EDA H-mode (3 shots + 2 shots buffer) MP648 EDA H-mode (reference shot 1120725004, have to change Ip and nl04). Set L-gap target to 6mm. Sweep L-gap (keep R-gap fixed) from 6mm to 11mm from 0.9s-1.1s, and then 11mm to 6mm from 1.2s-1.4s. These sweeps are critical for the success of the run, as they fill in the HFS density profiles. 1. Ip=1.0MA, nl04=1.0, RF=2MW, step to 4MW at 1.1s 2. Ip=0.6MA, nl04=0.6, RF=2MW, step to 4MW at 1.1s 3. Ip=0.8MA, nl04=0.8, RF=2MW, step to 4MW at 1.1s Part 2: SSEP sweeps (6 shots) EDA H-mode, Ip=0.8 MA, nl04=0.7, RF=3MW (reference shot 1080125013) MP718 Magnetic topology: 1. Start in LSN (SSEP = -1 [cm]) 2. Sweep from LSN to DN from 0.85 to 1.0s 3. Stay in DN from 1.0s to 1.2s (SSEP = 0 [cm]) 4. Sweep from DN to USN from 1.2 to 1.35s 5. Stay in USN till the end of the shot (SSEP = 0.3 [cm]) Modify sweep or NINJA puffs as needed. Part 3: L-gap scan (4 shots) EDA H-mode, use a good shot from Part 1 MP718 Sweep the L-gap from 14mm to 2mm from 0.8 to 1.5s. Adjust NINJA puffs as needed. May also try shots with fixed L-gap of 2mm, then 14mm, if first part successful. Part 4: Ip and RF scan in ELM-free H-mode (3 shots + 2 shots buffer) MP648 Use reference shot from Part 1, same gap changes. 1. Ip=0.8MA, nl04=0.6, RF=2MW 2. Ip=1.0MA, nl04=0.8, RF=2.5MW 3. Ip=1.2MA, nl04=1.0, RF=3MW Part 5: USN EDA H-modes (optional) MP648 If time remains, attempt USN EDA H-modes, matching parameters from the best shots of Part 1 NOTE: The N2 injection part of MP718 will be run in extra innings of a run day which has nitrogen seeding already |
| Physics Operators Plans |
| Entered: Aug 2 2012 12:40:44:357PM |
| Author: Steve Wolfe |
| Physop plan and engineering setup for Friday, Aug 3, 2012
MP#648 and 718 SL: Churchill PO: wolfe ----------------- Engineering Setup ----------------- Overnight boronization Thursday night, follow most recent prescription which I believe is: dp=120psi TC6=76 mTorr TC3=3 mTorr rmin/rdwell,rmax: 44/75/90 cm tdwell/tsweep: 60/120 s EF4 current: N/A Post boronization ECDC ---------------------------- 1st Gas Setup: Gas: He sweep: 44/103/45 cm scan: 20/120s Pressure: 5.e-5 Torr Duration: 2 Hours **************************************************** Run begins at 09:00 and ends at 17:00 Power systems as on: 1120725004 Acoil: +Dtop -Dbot -Jtop +Jbot (standard) Hybrid Enabled Gas setup: Pump and purge all plenums (except B-side Upper). Fill B-Top with 6 psi D2 Hybrid enabled (PG4) fill B-side lower with 3 psi Neon Hybrid DISABLED (PG1) leave B-side upper as is Hybrid DISABLED (PG2) fill B-main with 40 psi D2 Hybrid enabled (PG3) fill H-bottom with 1psi Argon (or less, not more), Hybrid ENABLED (PG5) fill NINJA with 10 psi D2 ENABLED (this is a NINJA run, gotta have it) Enable gate-valves and shutters: ECE, VUV, HiREX Sr, Xeus/LoWEUS Leave z-bolo shutter as is (should be open) Torvac gatevalve toggle (yes/no): no Boronization(yes/no): YES Overnight ECDC (yes/no): YES (post boronization) ICRF(yes/no): YES LH(yes/no): no Cryopump (yes/no): NO DNB (yes/no): not bloody likely Vessel temperature: 35/35/35 ********************************************** Physop plan: ------------- Load prepared shot 1120803000, including first shot of SL step 1: Ip and RF scan in EDA H-mode in seg2 and the SSEP scan in seg3 Decide whether to update seg1 to a shot from 1120802xxx Part 1: 1. Starting with Ip=1.0, nl04=1.0 case, RF=2MW, 4MW tweak gap scans as requested, probably take a few shots for RF tuning May need to increase nl04 to get EDA. Get one shot without neon before turning on B-side Lower. 2. Go to Ip=0.6, nl04=0.6 case, same RF. High power phase may have bad interaction with limiters and antenna, may need to tune (or tone down) 3. Go to Ip=0.8, nl04=0.8 Part 2: SSEP sweeps Turn on seg3, from 1080125013 as modified. Adjust to suit SL May want to modify PG1 (Neon) puff Part 3: L-gap scan Back to seg2 or reload a seg2 from part 1 Change clearin sweep to go from 14mm to 2mm from 0.85 to 1.5sec Adjust RCUR to maintain constant outer gap SL_PLAN says "May also try shots with fixed L-gap of 2mm, then 14mm" Part 4: Repeat gap scans of part 1, but with nl04 lower to get ELM-free H-modes. Disable neon puff (PG1). Targets are 1. Ip=0.8, nl04=0.6, RF=2 2. Ip=1.0, nl04=0.8, RF=2.5 3. Ip=1.2, nl04=1.0, RF=3.0 Part 5: USN EDA H-modes (optional) Reference shot could be 1070614013 (600kA, uses a zcur sweep) or 1070816024 (400kA, nl04=0.7, RF 3-4MW, static USN) but that is very low current for such high power. Or maybe use one of the step 2 cases. We'll see if we get this far. |
| Session Leader Summaries |
| Entered: Aug 3 2012 06:16:13:840PM |
| Author: Mike Churchill |
| Rough day.
alcdaq was down for the first half, until around 1pm, at which time the run started. For Part 1.1 (1MA EDA H-mode), we spent a good amount of time on tuning the RF up, and tweaking the gap scans (along the way adding Ne seeding). We ended up increasing the density to nl04 1.2, at which point we got a very nice shot in 11. Along the way, we had several ELM-free H-modes, which will probably serve to accomplish Part 4.2. Moving to Part 1.2 (0.6MA EDA H-mode), we ran into problems with the plasma bouncing off the inner-wall, presumably due to cross-over issues and the L-gap being small for better CXRS coverage. After Steve tuned things up, we had a good shot in 14, though the CXRS shutter was drifting, meaning there will be smearing on Photon1 (which has the LFS periscopes), and may ruin the during-the-shot neon calibration. Our last shot we got a nice 0.8MA EDA H-mode. |
| Physics Operator Summaries |
| Entered: Aug 3 2012 05:21:45:283PM |
| Author: Steve Wolfe |
Physop summary for Friday, 3-Aug-2012
MP#648 Boron Asymmetry measurements
SL: Churchill
PO: wolfe
EO: Pierson, Byford
We lost over half the day to a network problem that
took out our connection to the data server alcdaq3.
Heroic efforts by Josh finally got us back on the air at 13:45
We then managed to get through Part 1 of the run plan,
the current and rf power scan in EDA H-modes. It took
a while to get the rf working smoothly, and we had to make
some tweaks to the gap scan. We ended up using neon puffing
at 35% from 0.4 to 0.6sec, which seemed to help. We lost one
shot to an iron injection at 0.5sec, and several shots had
either Mo or Fe injections.
The 600kA case proved problematic because OH1 crossover happened
at 0.9sec, right on top of the gap scan. This caused the inner
gap to go to zero. I never managed to get this fixed, despite
using the oh1_crossover procedure to speed up the transition,
increasing the IP gain earlier in flattop,
and counter-programming the clearin. Finally we just moved on
to the 800kA case for the last shot, and got it in one, despite
a Mo injection early in the H-mode. We ended up using
nl04 program of 1.2,0.7, and 1.0e20 for 1,0.6,0.8MA, respectively.
Lower nl04 target resulted in ELM-free H-modes at 1MA, which might
contrihute to part 4.
This is the second run this week to be savaged by the OH1 crossover
thrash. I need to look at a better compensation scheme. The problem
seems to happen more at the end of the dead time than during it, so
maybe the strategy needs to be modified to change what the other
supplies are doing at that time.
Scorecard:
Tests/No Power 1
Duds 0
Fizzles 0
Plasmas 14
========= ==
Shots 15
|
| Session Leader Comments | |||
| Aug 3 2012 01:49:37:083PM | 1120803002 | Mike Churchill | PLAN: 1MA, EDA H-mode
RESULT: 1MA, L-mode. Rf tripping, stays around 1MW. L-gap sweep starts around 0.8, goes from 6.5mm to 11.5mm, sweeps down 1.2s-1.4s, only reaches 7.6mm. Steve looking if he can extend the reverse L-gap scan NEXT: Repeat. Reset CXRS DATX controller. Enable NINJA. |
| Aug 3 2012 02:10:13:730PM | 1120803003 | Mike Churchill | PLAN: 1MA, EDA H-mode
RESULT: 1MA, H-mode. Not bad. ICRF still tuning, but stays around 2MW. The L-gap scan looks better, starting gap a little high (8mm, want 6mm). NEXT: Repeat. Let RF tune up. Try moving initial L-gap to 6mm. |
| Aug 3 2012 02:39:27:780PM | 1120803005 | Mike Churchill | PLAN: 1MA, EDA H-mode, Ne seeding added
RESULT: 1MA H-mode, RF looks good, a few trips. H-mode comes late, 0.86s. NEXT: Increase first RF step to 2.5MW. |
| Aug 3 2012 02:49:58:550PM | 1120803006 | Mike Churchill | PLAN: 1MA, EDA H-mode, Ne seeding added
RESULT: 1MA ELM-free H-mode, then EDA. ELM-free may work out OK for the Part 4 (the L-gap scan matches it nicely) NEXT: Repeat |
| Aug 3 2012 03:29:58:473PM | 1120803009 | Mike Churchill | PLAN: 1MA, EDA H-mode, Ne seeding added
RESULT: ELM-free H-modes. NEXT: Increase nl04 to 1.2 |
| Aug 3 2012 03:58:00:213PM | 1120803011 | Mike Churchill | PLAN: 1MA EDA H-mode
RESULT: Nice, clean EDA H-mode. NEXT: Move on, 0.6MA |
| Aug 3 2012 04:13:19:130PM | 1120803012 | Mike Churchill | PLAN: 0.6MA EDA H-mode
RESULT: Bounce against IW. 2nd half OK. NEXT: Repeat, Steve will move L-gap scan so it plays better with crossover |
| Aug 3 2012 04:34:03:510PM | 1120803013 | Mike Churchill | PLAN: 0.6MA EDA H-mode
RESULT: Bounce against IW. 2nd half OK. NEXT: Repeat, Steve will move L-gap scan so it plays better with crossover |
| Aug 3 2012 04:49:21:003PM | 1120803014 | Mike Churchill | PLAN: 0.6MA EDA H-mode
RESULT: Great shot. First half may not be useful for Photon1, as it the shutter was out of phase. NEXT: Move to 0.8MA EDA H-mode |
| Physics Operator Comments | |||
| Aug 2 2012 09:28:19:667AM | Steve Wolfe | Begin setup for Friday's run, following posted SL_PLAN as amended in emails from SL. Load from 1120725004, EDA H-mode shot with Ne seeding from Matt's run last week. Seg2 is active, seg4 is locked mode (seg 3 zeroed). Check call dates on mag predictors. Looks like seg1 could be stale: ZCUR call dates are "Before Dec 2, 2011" and RCUR (offset=3000) "Before Dec 6" BR_0 is also "Before Dec 2". Last hyb-config date is Dec 5, 2011, and is for BTOR_PICKUP, which won't matter for BR_0 since it doesn't use Bp loops. Go ahead and call them, look to see if Btor coeff changes. Rcur didn't change from 156.755, remembered to put back the offset=3000. ZCUR2 didn't change either, still -1299.24. This seems to be a no-op, not sure why the call time looks old. Don't bother with the rest in seg1. Seg2 call times are all from last week Jul 24, 2012. Good to go. Time to look at the programming. First shot for Friday wants Ip=1.0MA, nl04=1.0e20. Density is already there, change the Ip from 800kA. The big change is the gap behavior. On this shot, left gap was 15mm, right gap 13mm. SL wants an initial lgap=6mm, with sweeps of left and right during the pulse. I think he wants right gap to start as is(?) The idea is to keep minor radius constant, so sweep rcur out along with lgap, and vice versa. This is likely to make it tough for the RF match, but that's their problem. CLEARIN from .004 to -.005 RCUR from [.662,.661] to [.6575,.6565] Sweep CLEARIN from -.005 to 0. from t=0.9 to 1.1sec and from 0. to -.005 at t=[1.2,1.4] Sweep RCUR from .65699 to .6568+.005=.6618 at [0.9,1.1] and back to .6566 from 1.2 to 1.4sec Next bring in the "ssep" vertical sweeps from 1080125013 into seg3. Check on which seg was active, using traverser. I need to put something into PCS to do this in a more convenient manner. It's seg2, so import it. Recalculate mag predictors; note two active rows in the clearin. Turn off seg2, on seg3, and build_all (both to check the setup and make sure all the builds and timestamps are updated). No warnings, completes in 6 sec. Seg3 off, Seg2 back on, and continue making adjustments in seg3. This is a 3-step zcur sequence, with no corresponding ZXL, ZXU steps, to accomplish the "SSEP" sweep from LSN -> DN -> USN without using SSEP control. SL wants 0.8MA, nl04=0.7; the ref shot is nl04=0.6, so raise it. There are unused ssep wires on 11 and 12, with waveforms, so just for fun set these to zero so I can watch the phys_a_out. SL_Plan changes the timing of the steps: LSN to DN (i.e. ZCUR -.014 to -.007) from t=[.85,1.0] and DN to USN (ZCUR=[-.007,-.001]) from t=[1.2,1.35]. These were [.7,.85] and [1.1,1.2], respectively. The clearin ref change was at t=1.15, so I need to move that to 1.25. Now to look at the all_V's in seg2. Matt is recommending Neon in B-side Lower at 3psi, with a 40% puff; timing in ref shot is t=[.4,.6]; leave that. Argon in H-bot will be set at 100% from .3 to .33 (was lt 100, for 50msec). TF is at 150kA. NL04 gain in seg 2 has P=9 dropping to 8, but D=3 only from [.1,.5], no idea why. Raise D to 9 for whole shot. I may want to reduce the P gain if it's oscillating. NL04 gain in seg3 is P=9, D=0; raise to D=9 here also. Copy PG1 and PG4 traces from seg2 to seg3. Remove pg2 and AMHD traces in seg3 Note that there is a pg3 feedforward in seg3; leave it for now Do another build_all with seg2 Seg2 off, seg3 on, build_all Seg2 on, seg3 off. Save as /home/wolfe/pcs_scratch/ shot#1120803000 | |
| Aug 2 2012 12:08:56:697PM | Steve Wolfe | Re-doing the setup for tomorrow's run, after revisions to the SL_PLAN. In part 1, he now wants the outer gap kept constant, rather than sweeping, in order to keep the ICRF coupling better matched; probably a good idea. Change seg2 rcur points at t=[1.1,1.2] from .6618 to .6594, trying to keep outer gap fixed. In seg3, SL prefers the inner gap to be near 6mm, compared to reference shot#1080125013 which starts around 17mm. Clearin in the ref is +.003, so I would want to reduce this by 10mm t0 -.007, reduce RCUR by 5mm. However, the seg2 case is trying to get this location with CLEARIN=-.005, so I'll start with this setting. That makes a change of -8mm in clearin, so I should reduce RCUR by -.004, from .6589 to .6549, mostly; move them all in by 4mm. I think that's all the pcs changes at this point, so do another save to /home/wolfe/pcs_scratch/ shot#1120803000 | |
| Aug 2 2012 02:34:58:760PM | Steve Wolfe | Based on the nice flat density traces (before the MGI) on 1120802, Change the NL04 gains in seg2 and 3 to P=2, D=3 Save again as 1120803000 at 13:07 2-aug-2012 | |
| Aug 3 2012 07:33:02:270AM | Steve Wolfe | Getting set up for today's run. Dave reports that there is a problem starting the cycle. I tried to start PCS and it hangs trying to load the model file with Error in connect to service : Transport endpoint is not connected Error connecting to host /alcdata-test/ in io_open_remote and similar for alcdata-models, and -saved and -test. Alcdaq3 is not pingable. Josh and Tom have been emailed and IM'd. | |
| Aug 3 2012 10:12:57:177AM | Steve Wolfe | We are still on hold, due to a computer/daq/network problem. The problem is being worked on. The latest advice from Josh (~08:30) was that "everybody should just chill". | |
| Aug 3 2012 01:20:49:190PM | Steve Wolfe | Computers are coming alive Data from yesterday is visible We are about to do a data system test | |
| Aug 3 2012 01:33:02:070PM | 1120803001 | Steve Wolfe | load from ~wolfe/pcs_scratch 1120803000 Load at 3-Aug-2012 13:24:43.00 Open tree /home/wolfe/pcs_scratch -1 Open tree done Shot#1: Data cycle test Test seems to be successful. Next: try for plasma |
| Aug 3 2012 02:33:25:440PM | 1120803002 | Steve Wolfe | Shot#2: try for plasma Result: plasma full length Got a gap sweep, more or less as programmed nl04=1.2, mostly from wall+rf, ip=1.0, rf not all there, mostly 1MW Next: adjust reverse sweep to bring it in further |
| Aug 3 2012 02:33:39:720PM | 1120803003 | Steve Wolfe | Shot#3: adjust reverse sweep to bring it in further CLEARIN from -.005 to -.007 at 1.4sec Load at 3-Aug-2012 13:48:42.00 Open tree /home/wolfe/pcs_scratch -1 Open tree done Result: plasma full length Injection at 0.5sec H-mode, looks eda, target nl04=1e20 RF at 2MW, faulting at second step. Next: clearin about 2mm smaller |
| Aug 3 2012 02:33:52:413PM | 1120803004 | Steve Wolfe | Shot#4: clearin about 2mm smaller during H-mode Set clearin to [-.007,-.002,-.002,-.008] PG5 (Argon) puff from 30 to 40msec Load at 3-Aug-2012 14:06:15.00 Open tree /home/wolfe/pcs_scratch -1 Open tree done Result: plasma full length Gap scan from 6mm to 11mm and back J still struggling, D and E ok. H-mode looks ok, considering Next: Repeat for better RF Enable Neon (B-side lower) turn off H-bot (argon) |
| Aug 3 2012 02:34:08:867PM | 1120803005 | Steve Wolfe | Shot#5: Repeat for better RF Enable Neon (B-side lower) .4 to .6 at 40% turn off H-bot (argon) No PCS changes Result: plasma full length, H-mode starts at 0.87sec Prad rises, then falls after 1.2sec, gap looks ok Couple of faults from D in second step, J-faults out at 1.4sec This looks like close to what was requested Next: Repeat |
| Aug 3 2012 02:47:41:197PM | 1120803006 | Steve Wolfe | Shot#6: Repeat for better RF Result: plasma full length, injections in and before H-mode Two early h-modes, elm-free, then an eda J still struggling, E also having trouble. Next: reduce neon |
| Aug 3 2012 03:13:05:230PM | 1120803008 | Steve Wolfe | Shot#8: start gap scan a little faster, put point at 1.0sec, -.004 (was -.0045) Load at 3-Aug-2012 15:03:49.00 Open tree /home/wolfe/pcs_scratch -1 Open tree done result: plasma disrupts at .55sec Injection, before rf Next: repeat |
| Aug 3 2012 03:27:06:180PM | 1120803009 | Steve Wolfe | Shot#9: repeat plasma full length, 3 h-modes injection at .49sec RF craps out in second step. Next: raise nl04 from 1 to 1.2e20 |
| Aug 3 2012 03:43:05:260PM | 1120803010 | Steve Wolfe | Shot#10: raise nl04 from 1 to 1.2e20 Load at 3-Aug-2012 15:28:45.00 Open tree /home/wolfe/pcs_scratch -1 Open tree done plasma full length, 3 h-modes, early injection kills the first Density at first l-H didn't go up much,third h-mode good RF looks good. Middle h-mode looks like it radiates away? Next: raise density earlier |
| Aug 3 2012 03:55:04:237PM | 1120803011 | Steve Wolfe | Shot#11: raise density earlier Move off the wall faster, clearin to -.002 at .25sec Load at 3-Aug-2012 15:47:01.00 Open tree /home/wolfe/pcs_scratch -1 Open tree done Result: plasma full length long steady h-mode until injection at 1.3sec good rf. Gap scan a little delayed, Next: go to 600ka case |
| Aug 3 2012 04:12:37:640PM | 1120803012 | Steve Wolfe | Shot#12: go to 600ka case nl04 to 0.7e19, raise nl04 P gain to 3. Increase D gain on EF2_by_EF4 from 0 to 3, see if it calms the wobbles Load at 3-Aug-2012 16:02:01.00 Open tree /home/wolfe/pcs_scratch -1 Open tree done plasma full length, 2 h-modes, injectuion in the middle. Long crossover pushes it to the wall Next: Turn on oh1_crossover procedure. Move start of gap scan earlier, to .8sec |
| Aug 3 2012 04:25:01:357PM | 1120803013 | Steve Wolfe | Shot#13: : Turn on oh1_crossover procedure. Move start of gap scan earlier, to .8sec, moving it away from the wall in crossover. Turn D gain on EF2_by_EF4 back off Move Ip gain switch up to 8 to 0.35sec (was at 0.65) Load at 3-Aug-2012 16:20:17.00 Open tree /home/wolfe/pcs_scratch -1 Open tree done plasma full length, still has a long crossover, still flinches at .9sec Next: move clearin further out |
| Aug 3 2012 04:39:10:553PM | 1120803014 | Steve Wolfe | Shot#14: : move clearin further out by 3mm Move rcur out by 1.5mm Try to increase clearin at 0.9sec more to compensate glitch Load at 3-Aug-2012 16:32:53.00 Open tree /home/wolfe/pcs_scratch -1 Open tree done Result: plasma full length injection at .6sec, still bounced at 0.9sec coming out of crossover Next: move on to 800kA case |
| Aug 3 2012 05:01:45:757PM | 1120803015 | Steve Wolfe | Shot#15: move on to 800kA case Import seg2 from 1120803011 (1MA case) Ip from 1 to 0.8, nl04 from 1.2 to 1.0 Clearin out by 1mm Turn off oh1_crossover proc Load at 3-Aug-2012 16:46:57.00 Open tree /home/wolfe/pcs_scratch -1 Open tree done Result: plasma full length, good h-mode after 0.8sec injection kills it earlier gap scan not perfect, but covers the ground. End of run |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 01:28:15:823PM | Test | Ok | |
| 2 | 01:37:20:483PM | Plasma | Ok | |
| 3 | 01:52:45:650PM | Plasma | Ok | |
| 4 | 02:08:08:457PM | Plasma | Ok | |
| 5 | 02:22:50:123PM | Plasma | Ok | |
| 6 | 02:38:34:750PM | Plasma | Ok | |
| 7 | 02:52:37:993PM | Plasma | Ok | |
| 8 | 03:08:34:970PM | Plasma | Ok | |
| 9 | 03:21:10:643PM | Plasma | Ok | |
| 10 | 03:36:00:980PM | Plasma | Ok | |
| 11 | 03:50:15:607PM | Plasma | Ok | |
| 12 | 04:05:27:137PM | Plasma | Ok | |
| 13 | 04:20:41:600PM | Plasma | Ok | |
| 14 | 04:35:15:287PM | Plasma | Ok | |
| 15 | 04:56:46:603PM | Plasma | Ok | |
| System Availability | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Aug 3 2012 01:27:57:507PM | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Aug 5 2012 10:29:56:010AM | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Prior to run, opened LFS pol-periscope shutter | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||