| Miniproposals | ||||||||||
|
| Operators | |
| Session leader(s): | D Jablonski |
| Physics operator(s): | John Goetz |
| Engineering operator(s): | Vinny Bertolino,Joe Daigle |
| Engineering Operator Run Comment |
| goetz run |
| Session Leader Plans |
| Physics Operators Plans |
| Session Leader Summaries |
| Entered: Jul 7 2004 03:49:12:523PM |
| Author: To Be Determined |
| Run 950309 was the second attempt at completing Miniproposal 71B. The attempt was much more succesfull than the first. A large quantity of very interesting, and very useful, data was obtained. Preliminary analysis of the data drives one to three conclusions: (a) There is little or no difference in the effect of puffing in different poloidal and toroidal locations on central plasma parameters or edge density and temperature profiles. (b) There is little or no difference in the effect of puffing in different poloidal locations on edge neutral densities, but there is a huge temporal difference in toroidally specific neutral densities for different toroidal puffing locations. (i.e. There is a much different time history of a neutral gauge at B-port for a puff at B-port compared to a puff at F-port.) (c) Impurity puffing (in the case of this run, of methane) shows up as highly directional plumes emanating from the puffing locations, indicative of strong flows at the edge. D2 fueling also usually gives rise to highly directional plumes, implying that CX or elastic collisions may be causing significant atomic flows of the injected deuterium. A play by play is given below: SHOT 1-6: Began with 950308011 with the density feedback set to 6e19, with shot 6, a satisfactory shot was found. SHOT 7: Copied the feedback from shot 6 into piezo preprogramming. Puffed through B26-019 (Private Flux region on the shelf), for a .1s pulse beginning at .45s (gas reaching plasma beginning about .53 or so) at a plenum pressure of about 930 torr. SHOT 8: Ran shot 7 without the NINJA puff. SHOT 9: Decided density on shot 8 was too low. Constructed new 'basis shot' with the density feedback engaged at 6e19 until .5s, after which preprogramming is used. Used this piezo scheme for rest of run. SHOT 10: Puffed at B31-038 (outboard common flux under divertor nose). SHOT 11: Puffed at B33-001 (outboard common flux a bit beyond end of tiles). SHOT 12: Reran basis shot without NINJA puffing. SHOT 13: Puffed at B16-001 (inner wall midplane). A-side camera shows circular non directional plume at puff location. SHOT 14: Puffed at B22-022 (inboard common flux on bridge of divertor nose). A-side camera shows directional plume at puff location. SHOT 15: Puffed at B30-012 (private flux on floor). SHOT 16: Puffed at F30-012 (same location as 15, but at F-port rather than B-port). SHOT 17: Reran baseline (no puff), got disruption at about .8s. SHOT 18: Reran baseline. SHOT 19: Puffed at B,D,F,H, and K30-012 simultaneously. Disrupted at about .9s. SHOT 20: Increased plenum pressure to about 1800 torr. Puffed at B26-019, got a fizzle. SHOT 21: Puffed again at B26-019. SHOT 22: Puffed at B16-001. See directional plume on A-side camera. SHOT 23: Puffed at B31-038. See plume on B-top camera. Cannot see well enough to make accurate diagnosis. SHOT 24: Puffed at B33-001. Fizzle. SHOT 25: Puffed at B33-001. SHOT 26: Puffed at B22-022. See directional plume on A-side camera. SHOT 27: No Puff (rerun of baseline). SHOT 28: No Puff (rerun of baseline). SHOT 29-30:Puffing at B30-012. Disruption at .5s and a fizzle. SHOT 31: Puffed at B30-012. SHOT 32: Puffed at F30-012. SHOT 33: Puffed at B16-001 and B22-022 simultaneously. See directional plume (through B16-001) on A-side camera. Huge marfing activity in divertor. Record steady state divertor pressure (about 58 mtorr), near record central density (nl04 of about 3.7e20). SHOT 34-35:Lowered plenum pressure to about 160 torr. Puffed at B,D,F,H, and K30-012 simultaneously. Got a disruption at about .55s and a fizzle. SHOT 36: Puffed at B,D,F,H, and K30-012 simultaneously. SHOT 37: Filled plenum with about 130 torr of Methane. Changed starting time of puff to .35s. Puffed at B16-001, B22-022 and B26-019 simultaneously. Got disruption at about .5s. SHOT 38: Puffed at B16-001, B22-022 and B26-019 simultaneously. Saw two directional plumes (from B16 and B22) on A-side camera. SHOT 39: Performed shot without plasma (or NINJA puffing) to get baseline on quantity of gas puffed through piezo. |
| Physics Operator Summaries |
| Entered: Jul 7 2004 04:36:53:490PM |
| Author: To Be Determined |
| Physics operator summary for 950309 EO: Bertolino/Daigle PO: Goetz SL: Jablonski Run 950309 was in support of Mini-Proposal #071B - Comparison of NINJA Fueling Locations and Puffing Rates in Identical Plasmas. The goals of this mini-proposal are 1) to investigate the variation in the effect of deuterium puffing from different capillary locations on such parameters as fueling efficiency, central electron density, edge electron density and temperature, and edge neutral pressure and 2) to determine the effects of different puffing locations on the onset of the divertor regimes. Program for this run: - Setup a lower SN discharge with Bt=5.3T, Ip=0.85MA, and NL_04=0.6e20 and with good gaps. - Copy NL_04 M_OUT into PG3 voltage programming and turn off feedback. - Vary puffing location and plenum driving pressure (and maybe gas to helium). This program was completely carried out, although there were some modifications to the run plan as the run neared its end. See the Session Leader's summary to find out the details of the physics aspects of the run. Some random neural firings from today: Field nulls today were not the best (compared to 950307) but most current rises looked o.k. Therefore only tweaks to the OH1 voltage after commutation were performed. IF more attention should have lavished on this problem, then maybe the fizzles late in the run wouldn't have ocurred. Disruptions during rampdown seemed to be solved by ramping CLEARIN hard negative and moving the x-points in. Hard disruptions during the shot were followed by high CII levels it seemed - and fizzles seemed to follow. Raising the prefill throughout the day ala' ESM kept down the hards and most current rises looked o.k. Current rise hesitations correlated with enhanced CII light Are the large moly injections that occur during some shots due to the divertor gas puffs pushing moly into the plasma? Engineering, computing, and diagnostics today: Engineering EF1L single phased twice today, with both leading to disruptions. One was early and the shot was wasted, but the other was an acceptable shot. Trouble cooling two TF arms slowed down the shot cycle. Computers behaved well today and data acquisition was quick. Diagnostics performed well. Scorecard: 39 shots = 30 plasmas + 8 fizzles + 1 gas test Shot summary for Run 950308 coldstart hybrid - all matrices respond 2 hours of D2 ECDC prior to the run Load shot 950308011 NL_04 = 0.6e20 until 1.0 sec P_0 = 2.0e-5 Shot change result ____ _____ ______ 1 see above plasma - disr. @ 1.38 gaps o.k.; good target 2 cut M_OUT_14 into PG3 voltage program fizzle - not much of a null turn off NL_04 feedback slow down CLEARIN ramp at end of shotOH 3 P_0=2.2e-5 plasma - disr. @ 1.09 gaps o.k.; good target NL_04=0.45e20 4 add some volts to PG3; P_o=2.4e-5 fizzle - Br too positive? faster CLEARIN ramp at end of shot Halpha burns out, but no current 5 P_0=2.2e-5; P_NL04=4; BR_0=5.5e-3 fizzle - radial field too negative and vertical field coming in too quickly 6 BR_0=6.0e-3; V_OH1 raised by 20V plasma - disr. @ 1.35; good between .005 & .015sec target plasma; NL_04=0.65e20 7 M_OUT_14 to PG3 voltage; turn off plasma - disr. @ 1.12 NL_04 feedback density >1e20 8 lower gains on ZCUR(2) during rampdown plasma - disr. @ 1.46 NL_04=1e20 9 P gain on NL_04 = 4 plasma - disr. @ 1.47 NL_04=0.65e20; good target 10 M_OUT_14 into PG3 voltage and turn plasma - disr. @ 1.45 off NL_04 feedback @ 0.5 gaps and SEPs constant 11 no changes plasma - disr. @ 1.46 gaps and SEPs constant and o.k. 12 no changes plasma - disr. @ 1.48 gaps and SEPs o.k.; NL_04=0.6e20 13 no changes plasma - disr.@1.5; good target NL_04=0.7e20 before puff 14 no changes plasma - disr. @ 1.5 hards dump @ 0.14sec 15 P_0=2.3e-5 plasma - disr. @ 1.45 (<0.1MA) 16 ramp CLEARIN more quickly at end plasma - disr. @ 1.43 17 no gas puff; A_SIDE=18.5PSIA plasma - disr. @ 0.64; EF1L single phases @ 0 & dies @ ~0.6 18 slow down density ramp-up and D gain plasma - disr. @ 1.12; low on NL_04 = 1.5 density at the end of the shot 19 no spike @ 1sec on V_PG3; P_0=2.4e-5 plasma - disr. @ 0.94; EF1L dead @ 0.89; good shot though 20 divertor plenum = 36.8PSIA fizzle - fields as good as usual small bounce; CII light up 21 no changes plasma - all the way down detachment soon after div. puff 22 no changes plasma - disr. @ 1.41 23 no changes plasma - disr. @ 1.41 24 P_0=2.5e-5 fizzle - fields as usual small bounce; CII light up 25 P_0=2.4e-5 plasma - disr. @ 1.41 no current rise hesitation 26 no changes plasma - disr. @ 1.41 moly injection @ 0.86 27 add puff @ 1sec on V_PG3 plasma - disr. @ 1.45 NL_04=0.53->0.59e20 28 add puff @ 1sec on V_PG3 plasma - disr. @ 1.45 no divertor gas puff - PLC error 29 no changes plasma - disr. @ 0.48 large moly injection killed it 30 no changes fizzle - CII doesn't burn out 31 no changes plasma - disr. @ 1.41 32 no changes plasma - disr. @ 1.41 33 no changes plasma - disr. @ 1.02 too much MARFE?!?! 34 divertor plenum = 2.95PSIA; put puff plasma - disr. @ 0.57 back @ 1sec on V_PG3 large moly injection death 35 no changes fizzle - fields as usual CII light doesn't burn out 36 no changes plasma - disr. @ 1.44 3 Mo injections during shot 37 fill divertor plenum with 3.4PSIA CH4 fizzle - a bouncer - current rise is slow; vertical field in too quickly 38 raise V_OH1 increased by 20V between plasma - disr. @ 1.44 .005 & .015sec methane visible on TV 39 disable power supplies and fizzle detector; copy M_OUT_14 from 950309038 in V_PG3 and turn off NL_04 feedback |
| Session Leader Comments | |||
| Mar 9 1995 08:41:59:780AM | 950309001 | D Jablonski | Used 950308011 with nl04 set to 6e19 on feedback. Came off great.
|
| Mar 9 1995 08:51:47:580AM | 950309002 | D Jablonski | Copied piezo programming from shot 1. Got fiz.
|
| Mar 9 1995 09:10:15:020AM | 950309003 | D Jablonski | Like shot 2, with change in prefill. Went, though disrupted at about
1.1, and the density is a bit low for comfort. We'll try to raise density a bit before settling on basis. |
| Mar 9 1995 09:45:11:650AM | 950309006 | D Jablonski | Shot went well. Used feedback. After density is copied over, will use
as basis. |
| Mar 9 1995 09:55:45:520AM | 950309007 | D Jablonski | Puffed through B26-019 (PFR/17) for .1 s. beginning at .45s with plenum
pressure of about 930 torr. Used copied feedback from shot 6. Ace of a shot, can well see the D2 going into the central plasma. |
| Mar 9 1995 10:16:13:790AM | 950309007 | D Jablonski | Meant to be basis shot. Same as 6 without NINJA. Density is all over
the place. 6 and 7 will probably be written off as useless. |
| Mar 9 1995 10:16:43:880AM | 950309008 | D Jablonski | Meant to be basis shot. Same as 6 without NINJA. Density is all over
the place. 6 and 7 will probably be written off as useless. |
| Mar 9 1995 10:17:15:820AM | 950309008 | D Jablonski | Meant to be basis shot. Same as 7 without NINJA. Density is all over
the place. 8 and 7 will probably be written off as useless. Disregard the last two entries. |
| Physics Operator Comments | |||
| Mar 9 1995 07:48:40:020AM | John Goetz | Run 950309 - MiniProposal 071B - Comparison of NINJA Fueling Locations
and Puffing Rates in Identical Plasmas 1. Begin with shot 950308011 and NL_04 = 0.6e20 2. When shot is acceptable, copy gas valve signal into PULSE_GAS_3 voltage programming and turn off feedback. 3. Use various plenum pressures and various valve locations to puff deuterium (and possibly helium) into the plasma beginning at 0.45sec. Coldstart hybrid - all matrices respond | |
| Mar 9 1995 08:46:32:340AM | 950309001 | John Goetz | Shot 950309001:
Load 950308011 NL_04 = 0.6e20 P_0 = 2.0e-5 Results: Plasma - disrupts @ 1.38 i.gap=2; o.gap=2. DSEP=2; SSEP=1.6 |
| Mar 9 1995 09:10:06:390AM | 950309002 | John Goetz | Shot 950309002:
slow down CLEARIN ramp (to try and stop disruption) cut M_OUT_14 (which is PG3) into PG3 voltage programming and turn off NL_04 feedback Results: fizzle - not much of a null, but it looks just like shots that went. plasma took a bounce |
| Mar 9 1995 09:11:10:990AM | 950309003 | John Goetz | Shot 950309003:
P_0 = 2.2e-5 Results: plasma - disrupts @ 1.09 gaps look good - stable target for the FSP density low though - NL_04 = 0.45e20 |
| Mar 9 1995 09:25:09:550AM | 950309004 | John Goetz | Shot 950309004:
P_0 = 2.4e-5 more V on PG3 to bring up density make CLEARIN ramp faster at the end of the shot Results: fizzle - burned out Halpha, but no current rise Br a little too positive? |
| Mar 9 1995 09:35:56:580AM | 950309005 | John Goetz | Shot 950309005:
P_0 = 2.2e-5 turn on NL_04 feedback (P=4) BR_0=5.5e-3 Results: Fizzle - bad radial field Bounces - vertical field coming in too quickly |
| Mar 9 1995 09:46:00:700AM | 950309006 | John Goetz | Shot 950309006:
BR_0=6.0e-3 V_OH1 raised by 20V between .005 and .015sec Results: Plasma - disr. @ 1.35 gaps and SEPs o.k. - stable target for FSP NL_04 = 0.65e20 |
| Mar 9 1995 10:17:38:750AM | 950309007 | John Goetz | Shot 950309007:
cut M_OUT_14 into PG3 voltage programming turn off NL_04 feedback Results: plasma - disr. @ 1.12 density >1e20 divertor gas puff |
| Mar 9 1995 10:19:27:450AM | 950309008 | John Goetz | Shot 950309008:
lower gains on ZCUR(2) during rampdown move x-points in - and ramp CLEARIN in faster during rampdown Results: plasma - disr. @ 1.46 NL_04=1e20 |
| Mar 9 1995 10:47:42:950AM | 950309009 | John Goetz | Shot 950309009:
lower gains on ZCUR(2) during rampdown move x-points in - and ramp CLEARIN in faster during rampdown Results: plasma - disr. @ 1.47 NL_04=0.65e20 good target plasma |
| Mar 9 1995 10:49:08:780AM | 950309010 | John Goetz | Shot 950309010:
M_OUT_14 into PG3 voltage and turn off NL_04 feedback at 0.5sec Results: plasma - disr. @ 1.45 FSP moly injection @ 0.6 gaps and SEPs constant |
| Mar 9 1995 11:04:07:230AM | 950309011 | John Goetz | Shot 950309011:
no changes Results: plasma - disr. @ 1.46 gaps and SEPs are o.k. |
| Mar 9 1995 11:19:38:030AM | 950309012 | John Goetz | Shot 950309012:
no changes Results: plasma - disr. @ 1.48 NL_04 = 0.6e20 (baseline shot) |
| Mar 9 1995 11:33:58:260AM | 950309013 | John Goetz | Shot 950309013:
make CLEARIN ramp more negative (n/ncrit getting large) Results: plasma - disrupts @ 1.5 NL_04 = 0.7e20 before puff |
| Mar 9 1995 11:56:15:200AM | 950309014 | John Goetz | Shot 950309014:
make CLEARIN ramp more negative (n/ncrit doesn't get as large until later, compared to 012) Results: plasma - disr. @ 1.5 hard x-rays @ 0.14sec interesting flow pattern seen on plasma TV |
| Mar 9 1995 12:07:16:450PM | 950309015 | John Goetz | Shot 950309015:
P_0=2.3e-5 Results: plasma - disr. @ 1.45 - less than 0.1MA o.k target plasma |
| Mar 9 1995 12:25:19:620PM | 950309016 | John Goetz | Shot 950309016:
ramp CLEARIN more quickly at end of shot Results: plasma - disr. @ 1.43 good target plasma |
| Mar 9 1995 12:33:39:670PM | 950309017 | John Goetz | Shot 950309017:
A_SIDE plenum pressure = 18.5PSIA no gas puff (baseline) Results: plasma - disr. @ 0.64 EF1L single phases after commutation and finally dies at ~0.6sec |
| Mar 9 1995 12:43:01:660PM | 950309018 | John Goetz | Shot 950309018:
slow down initial density ramp and D gain on NL_04 = 1.5 Results: plasma - disr. @ 1.12 low density at the end of this shot - preprogrammed voltage not enough to hold up the density |
| Mar 9 1995 01:04:09:140PM | 950309019 | John Goetz | Shot 950309019:
remove spike @ 1sec on V_PG3 puff 5 capillaries at once Results: plasma - disr. @ 0.94 EF1L dead at 0.89sec shot is acceptable though - nice target NL-04->1.5e20 |
| Mar 9 1995 01:17:47:100PM | 950309020 | John Goetz | Shot 950309020:
divertor plenum pressure = 36.8PSIA Results: fizzle - fields are as good or bad as usual slight bounce carbon signal is up a bit |
| Mar 9 1995 01:27:36:230PM | 950309021 | John Goetz | Shot 950309021:
no changes Results: plasma - all the way down multiple moly injections when at low density detaches soon after divertor puff |
| Mar 9 1995 01:37:28:650PM | 950309022 | John Goetz | Shot 950309022:
no changes Results: plasma - disr. @ 1.41 good target plasma evidence of flow from midplane (in D2!, or is it carbon from the wall) |
| Mar 9 1995 01:57:01:110PM | 950309023 | John Goetz | Shot 950309023:
no changes Results: plasma - disr. @ 1.41 good target plasma |
| Mar 9 1995 02:09:21:880PM | 950309024 | John Goetz | Shot 950309024:
P_0 = 2.5e-5 Results: fizzle - fields as usual - slight bounce |
| Mar 9 1995 02:22:31:210PM | 950309025 | John Goetz | Shot 950309025:
P_0 = 2.4e-5 Results: plasma - disr. @ 1.41 no hesitation on current rise good target plasma |
| Mar 9 1995 02:35:40:170PM | 950309026 | John Goetz | Shot 950309026:
no changes Results: plasma - disr. @ 1.41 good target plasma moly injection @ 0.86 |
| Mar 9 1995 02:53:49:480PM | 950309027 | John Goetz | Shot 950309027:
add puff @ 1sec on V_PG3 (baseline shot) Results: plasma - disr. @ 1.45 NL_04=0.53->0.59e20; good baseline |
| Mar 9 1995 03:02:34:980PM | 950309028 | John Goetz | Shot 950309028:
remove puff @ 1sec on V_PG3 Results: plasma - disr. @ 1.45 no divertor gas puff due to PLC error |
| Mar 9 1995 03:26:09:710PM | 950309029 | John Goetz | Shot 950309029:
no changes Results: plasma - disr @ 0.48 large moly injection killed this one |
| Mar 9 1995 03:32:56:680PM | 950309030 | John Goetz | Shot 950309030:
no changes Results: fizzle - no bounce - make it to .03MA before current stops CII light never burns out |
| Mar 9 1995 03:41:52:640PM | 950309031 | John Goetz | Shot 950309031:
no changes Results: plasma - disr. @ 1.41 good target; good puff |
| Mar 9 1995 03:52:23:770PM | 950309032 | John Goetz | Shot 950309032:
no changes Results: plasma - disr. @ 1.41 slight hesitation on the current rise good target |
| Mar 9 1995 04:05:01:690PM | 950309033 | John Goetz | Shot 950309033:
no changes Results: plasma - disr. @ 1.02 too much MARFE?!! puffed with two inner wall capillaries |
| Mar 9 1995 04:20:48:380PM | 950309034 | John Goetz | Shot 950309034:
pressure in divertor plenum = 2.95PSIA put puff @ 1sec on V_PG3 Results: plasma - disr. @ 0.57 done in by a large molybdenum injection |
| Mar 9 1995 04:28:16:630PM | 950309035 | John Goetz | Shot 950309035:
no changes Results: fizzle - fields as usual CII light doesn't burn out this was predicted based on the previous Mo induced disruption behavior |
| Mar 9 1995 04:37:46:240PM | 950309036 | John Goetz | Shot 950309036:
no changes Results: plasma - disr. @ 1.44 three moly injections throughout the shot divertor gas puff doesn't raise the density |
| Mar 9 1995 04:49:41:820PM | 950309037 | John Goetz | Shot 950309037:
fill divertor plenum with 3.4PSIA of CH4 Results: fizzle - a bouncer - current rises too slowly and the vertical field comes in too quickly |
| Mar 9 1995 04:59:36:320PM | 950309038 | John Goetz | Shot 950309038:
raise V_OH1 by 20V between .005 & .015sec Results: plasma - disr. @ 1.44 methane is quite visible on TV (and *CX) acceptable target plasma |
| Mar 9 1995 05:07:02:000PM | 950309039 | John Goetz | Shot 950309039:
no power supplies disable fizzle detector copy M_OUT_14 from 950309038 in V_PG3 and turn off NL_04 feedback Results: gas puffed into the machine |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 08:31:16:960AM | Plasma | Ok | no faults |
| 2 | 08:46:45:930AM | Plasma | Ok | no faults |
| 3 | 08:56:21:300AM | Plasma | Ok | no faults |
| 4 | 09:15:37:760AM | Plasma | Ok | no faults |
| 5 | 09:26:07:200AM | Plasma | Ok | no faults |
| 6 | 09:36:24:560AM | Plasma | Ok | disruption induced comm faults |
| 7 | 09:47:34:890AM | Plasma | Ok | disruption induced comm faults |
| 8 | 10:07:19:550AM | Plasma | Ok | no faults |
| 9 | 10:25:09:650AM | Plasma | Ok | no faults |
| 10 | 10:35:42:860AM | Plasma | Ok | no faults |
| 11 | 10:54:29:570AM | Plasma | Ok | no faults |
| 12 | 11:10:57:170AM | Plasma | Ok | no faults |
| 13 | 11:24:32:470AM | Plasma | Ok | no faults |
| 14 | 11:41:16:560AM | Plasma | Ok | no faults |
| 15 | 11:55:25:250AM | Plasma | Ok | no faults |
| 16 | 12:11:50:960PM | Plasma | Ok | no faults |
| 17 | 12:26:40:630PM | Plasma | Bad | ef1l comm fault early |
| 18 | 12:37:11:160PM | Plasma | Ok | no faults |
| 19 | 12:53:04:410PM | Plasma | Bad | ef1l comm fault |
| 20 | 01:09:12:850PM | Plasma | Ok | no faults |
| 21 | 01:18:58:490PM | Plasma | Ok | no faults |
| 22 | 01:28:59:510PM | Plasma | Ok | No Faults. |
| 23 | 01:49:20:920PM | Plasma | Ok | No Faults. |
| 24 | 02:03:48:820PM | Plasma | Ok | no faults |
| 25 | 02:13:00:060PM | Plasma | Ok | no faults |
| 26 | 02:27:46:140PM | Plasma | Ok | No Faults. |
| 27 | 02:43:00:150PM | Plasma | Ok | No Faults. |
| 28 | 02:57:56:330PM | Plasma | Ok | No Faults. |
| 29 | 03:15:24:060PM | Plasma | Ok | Comm Fault OH2U&L |
| 30 | 03:26:03:670PM | Plasma | Ok | No Faults. |
| 31 | 03:35:02:040PM | Plasma | Ok | No Faults. |
| 32 | 03:44:04:230PM | Plasma | Ok | No Faults |
| 33 | 03:58:19:680PM | Plasma | Ok | Comm Fault OH2L & OH1 |
| 34 | 04:11:48:590PM | Plasma | Ok | No Faults. |
| 35 | 04:21:23:730PM | Plasma | Ok | No Faults |
| 36 | 04:29:53:220PM | Plasma | Ok | No Faults. |
| 37 | 04:43:43:880PM | Plasma | Ok | No Faults. |
| 38 | 04:52:22:260PM | Plasma | Ok | No Faults |
| 39 | 05:01:32:330PM | Test | Ok | GAS PUFF TEST. |