| Miniproposals | ||||||||||
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| Operators | |
| Session leader(s): | John Walk,Ken Liao |
| Physics operator(s): | Syunichi Shiraiwa |
| Engineering operator(s): | Bill Parkin,Bill Byford,Thomas Toland |
| Engineering Operator Run Comment |
| MP707 - Pedestal and SOL heat-flux width scaling studies in I-mode plasm |
| Session Leader Plans |
| Entered: Sep 18 2012 03:53:44:477PM |
| Author: Ken Liao |
| MP 694 Transport of helium impurity in L-mode, H-mode, and I-mode
Required systems: DNB, Thomson, ICRF, cryopump, reflectometer This is a continuation of MP 694 from run 1120822. During that run, we weren't able to obtain steady I-mode due to uncontrollable density rise during ICRF and a lengthy boronization recovery, so we are trying again without boronization, using a configuration for steady I-modes with nebar ~1.2*10^20 taken from Hubbard's run 1120829. Also, we'll take some ohmic shots for comparison to the previous data. Fill H-bottom with 10 psi He4 Hybrid ENABLED (PG5) Shot plan: Run is at 5.8T 1. Load shot 1120907026, nl04 0.8. But use constant 2.4MW ICRF power from 0.6s - 1.4s. Puff 30ms He4 at 0.9s. DNB timing: 60/20, starting at 0.500 seconds, 14 beam pulses, at 46.5 keV, highest safe current. Once we get a good I-mode shot, repeat 4 times for statistics, using different beam start times. 2. Switch back to I-mode, change ICRF power. a. ICRF to 3.5MW power from 0.6s - 1.4s. b. ICRF to 3.0MW power from 0.6s - 1.4s. c. ICRF to 2.0MW power from 0.6s - 1.4s. d. ICRF to 1.0MW power from 0.6s - 1.4s. (expect out of I-mode) 3. Switch to ohmic shots. Same plasma shape. nl04 0.8. Take 4 shots with beam. 4. If time allows, then switch main fuel plenum to He4 and run a helium main ion plasma. |
| Entered: Sep 19 2012 06:21:32:100PM |
| Author: John Walk |
| SL Plan for run 1120920 (morning)
MP707 - Pedestal and SOL heat-flux width scaling studies in I-mode plasmas This half-day will continue the runs from 1120824 and 1120828, studying pedestal structure and scaling, along with SOL heat flux measurements, across a scan in plasma current, density, and RF heating power. Today's shots may also extend down into low-field operation. Required diagnostics: core and edge Thomson Scattering ECE, tuned for 5.8T O-mode reflectometer, using CECE fast digitization CECE, tuned for pedestal top divertor thermocouples and IR thermography HiReX SR, high-Te configuration. 20ms timing. He puffing for GPI CXRS, set up for He and D2 puffing Engineering setup: toroidal field: 5.8T, reversed field. plasma current: 600-1300kA (reversed) working gas: D2 ICRF: 3-5MW, 80MHz Gas puffing: D2 fueling D2 or He for CXRS, He for GPI - 10PSI C-port He, 7PSI F-port D2 Ar for HiReX Ne seeding available cryo OFF DNB OFF Shot Plan: The goal for the last half-day of the MP is twofold: to cover the low current/low density range that was not accessible previously in the run, and to fill in GPI data missing across the entire range of the parameter scan. Phase (1): we will start with recovery from the preceding night's boronization. Load shot 1120907035, plan 3-5MW ICRF stairstep in 500kW steps from 0.5 to 1.5s - while the ultimate target is lower density, we will run higher density to recover density control. If density control is not established, program intentional VDE. 5 shots. When controlled high density, high current is established, run steady shot at 4 and 5MW with GPI. Phase (2): low current, low density. We will reduce the current and density to 1000kA and f_Gr = 0.2 (nl04 = 0.77), then down to 850kA, f_Gr = 0.2 (nl04 = 0.66). These shots will be at lower RF power (2.5-3.5MW) to avoid excessive heating of limiters and antennas. If necessary, lower the field to 4.8T to move ICRF resonance to the high-field side. Adjust density as needed to access I-mode and prevent wall heating. When steady I-modes are attained, repeat with flat-top RF and GPI. 10 shots. Phase (3): low field. If time permits, we may attempt low-field (2.5-3T) I-modes. Ip = 650kA, 2nd harmonic heating. This is a largely unexplored regime, and will be interesting for stability analysis with high beta. |
| Entered: Sep 21 2012 09:57:26:500AM |
| Author: Mike Churchill |
| edge CXRS
HFS periscope Views 19-27 hooked up to the slow diodes with Dbeta filters. Puffing D2 at 1.55s. |
| Physics Operators Plans |
| Entered: Sep 20 2012 08:51:37:043AM |
| Author: Syunichi Shiraiwa |
| MP707 - Pedestal and SOL heat-flux width scaling studies in I-mode plasmas
MP 694 Transport of helium impurity in L-mode, H-mode, and I-mode ----------------- Engineering Setup ----------------- Run begins at 09:00 and ends at 17:00 Power systems as on: 1120907035 Acoil: -Dtop +Dbot +Jtop -Jbot; Hybrid enabled (reversed field) Gas setup: Fill B-Top with 6 psi D2 Hybrid enabled (PG4) fill B-side lower with 1.5 psi Ar 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 10 psi He4 Hybrid DISABLED (PG5) leave B-div as is Hybrid DISABLED (PG6) leave H-div as is Hybrid DISABLED (PG7) fill NINJA F-port with 7 psi D2 enabled fill NINJA C-port with 10 psi He enabled 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): no -> 6hrs He ECDC was done. ICRF(yes/no): yes LH(yes/no): no Cryopump (yes/no): yes (disabled for morning session) DNB (yes/no): yes (disabled for morning session) Vessel temperature: 35/35/35 ------------------------------ ECDC Parameters (if requested) ------------------------------ gas and pressure: D2 at 2e-4 Torr sweep: 44/45/103 cm scan: 20/120 s ------------------------------ LMC (if requested) ------------------------------ pure Ar on B-SIDE-LOWER: 1120917011 |
| Session Leader Summaries |
| Entered: Sep 20 2012 05:55:34:723PM |
| Author: Ken Liao |
| SL summary for run 1120920, shots 17-31 for MP694.
For reasons that I don't understand, we needed about 4MW ICRF for sustained I-mode. This put some constraint on the ICRF duration to keep a reasonable heat load. We got several shots with sustained I-mode, and two shots with I-mode and beam performing adequately. Unfortunately, beam performed very unreliably during the run, and cost us a lot of time. Also, beam ran at reduced parameters, so the signal level was not so good. Nevertheless, we do have data for a couple of I-mode shots, and a couple ohmic shots for comparison. The H-bottom plenum was acting finicky during the start of the run (shots 17-20), putting out much less helium than it was supposed to. The problem was present on Monday, and is intermittent. We checked if the piezo was freezing, but that turned out to not be the case. Doing a single shot (shot 21) with 100ms puff seemed to have cleared it up, and following shots at 50ms puff had no problem. The helium recycling appears to be quite a bit lower with ICRF on than in an ohmic plasma. In I-mode shots, the time constant for disappearance of edge He is approximately 0.2s, and it is approximately 3s in ohmic plasma. |
| Entered: Sep 20 2012 06:35:22:167PM |
| Author: John Walk |
| Run summary, 1120920 (morning)
MP707 - pedestal and heat-flux width scaling studies in I-mode plasmas 16 shots: 3 fizzles 1 early disruption 2 VDE (1 intentional) 5 L-mode 5 I-mode plasmas Given the lack of recent boronization, we boronized last night. This necessitated using the first shots of the morning for boronization recovery (planned for 5 shots). 001 and 003 were high-density I-mode attempts, with 002 fizzling. RF faults on 001 prevented I-mode access, although conditioning improved on 003. 004-005 were planned VDE shots to get more outgassing from the walls - 004 fizzled, 005 disrupted as planned. Afte this, we targeted f_Gr = 0.2 1MA plasmas to start moving down into the low density/current phase of the experiment; however, 006 fizzled and 007 disrupted, as evidently the VDE coil programming was still on for these shots. We then moved into the plasma phase, continuing attempts at 1MA, nl04 = 0.77 plasmas. 008-010 did not reach I-mode, although RF conditioning substantially improved; I suspect the fairly heavy Ne seeding kept Prad high, bleeding off too much heat to get the edge temperature up. From 011 on we had smooth operation, apart from one early disruption due to a Moly(?) injection. 011 and 012 were at 5.8T, 1MA with 4MW ICRF, both reaching I-mode before the 4MW step-up in heating; this was encouraging, as we had been unable to reach I-mode at this current with 3MW in previous run days on this MP. 012 had He puffing for GPI, but the outer gap was too large for good pedestal data, and the long RF pulse was causing some heat loading on the limiter and shoelace antenna. We reduced the RF pulse to 3.5MW and shortened it to compensate for reducing the outer gap, and got good GPI data in addition to a decently hot I-mode pedestal (though I did not see a clear WCM on the reflectometer). For 014-016, we reduced Ip to 800kA and nl04 to 0.66 (keeping f_Gr ~ 0.2) and shortened the RF step further; this, along with reducing Bt to 4.8T to shift the RF resonance to the HFS, was fairly successful in mitigating the heat loading we were seeing on the GH limiter and shoelace antenna. Got I-modes at 800kA, which we had been unable to do on 1120824 or 1120828. With GPI data on 016, we finally got some pedestal coverage at the low-current point. Overall, this MP's runtime has gotten good coverage across 3-5MW RF power, current from 800-1300kA, and at low and mid densities at multiple field points in I-modes. |
| Physics Operator Summaries |
| Entered: Sep 20 2012 05:21:50:680PM |
| Author: Syunichi Shiraiwa |
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| Session Leader Comments | |||
| Sep 20 2012 10:14:30:233AM | 1120920001 | John Walk | shot 001
attempt: we'll start off with boronization recovery. Optimistically, we'll start by trying high density I-modes, loading 1120907035 from Amanda's run. 1.1MA, 5.8T, 4-5MW ICRF. result: high-density L-mode. Looks like J-port ICRF didn't go, so not enough power to get into I-mode. nl04 around 1.5, core density around 2.5. next: repeat, try to get J-port conditioned. |
| Sep 20 2012 10:13:50:590AM | 1120920002 | John Walk | attempt: repeat, try to get ICRF conditioned.
result: fizzle. next: one more try. |
| Sep 20 2012 10:13:24:960AM | 1120920003 | John Walk | attempt: one more try at high density.
result: another high-density L-mode. J-antenna is doing better, still pretty trippy. nl04 ~1.5, ne(core) ~2.5. next: push a little harder to recover from the boronization. Had good luck with that in Amanda's run with an intentional VDE. Load 1120907004. |
| Sep 20 2012 10:12:57:403AM | 1120920004 | John Walk | attempt: intentional VDE for boronization recovery.
result: fizzle. next: repeat. |
| Sep 20 2012 10:12:31:153AM | 1120920005 | John Walk | attempt: intentional VDE for boronization recovery.
result: nl04 to 1.5, disrupts at 1.2s as programmed. next: get started on lower current/density phase. Bring the current down to 1000kA, target nl04 = 0.77. |
| Sep 20 2012 10:07:11:173AM | 1120920006 | John Walk | shot 006 - begin lower current/density phase of run. We'll start bringing the current/density down gradually for easier access.
attempt: 1000kA, nl04 = 0.77 (f_Gr = 0.2). Same shaping. ICRF: 3MW starting at 0.5s, step up to 4MW at 1.0s to 1.5s, 1MW into rampdown. We'll target the density lower than 0.77 to account for outgassing from the walls. result: fizzle. next: repeat. |
| Sep 20 2012 10:23:26:323AM | 1120920007 | John Walk | attempt: repeat 1000kA, nl04 = 0.77
result: result: plasma, disrupts at 1.3s. nl04 reaches 1.0 before disruption. The programming from the VDE shots was still loaded? On the bright side, RF looks good. next: load coil settings from shot 003 and repeat. |
| Sep 20 2012 10:48:28:350AM | 1120920008 | John Walk | attempt: repeat, corrected coil programming.
result: plasma into rampdown, RF looks great. nl04 reaches 1.2. Doesn't look like it gets into I-mode. Large dip in density just before RF, approaching locked-mode territory. next: same target current and density. Delay RF pulse to 0.7s to let the density get back under control. Looks like we're getting heating on the limiter, probably in the early low-density part, so delaying the RF pulse will help that as well. |
| Sep 20 2012 10:58:28:857AM | 1120920009 | John Walk | attempt: 1000kA, 3-4MW ICRF, nl04 = 0.77. Delayed RF pulse to cut down on limiter heating, get density under control.
result: plasma to rampdown, RF looks good. nl04 = 1.0. Extra fueling, either from RF or from NINJA. Looks to be cooling the edge, preventing I-mode access. next: repeat. disable NINJA, try to reduce fueling to get into I-mode. |
| Sep 20 2012 11:14:21:497AM | 1120920010 | John Walk | attempt: 1000kA, 3-4MW ICRF. Disable NINJA.
result: plasma to rampdown. nl04 ~ 0.8-0.9, more under control. Prad is high. next: repeat, reduce Ne puff by half to lower Prad. |
| Sep 20 2012 11:41:19:440AM | 1120920011 | John Walk | attempt: repeat with half the Ne seeding, try to reduce Prad.
result: success! I-mode 1.1-1.3s. Prad comes up at 1.3, not sure why. next: repeat with He puff for GPI at 1.1s. Reduce outer gap to 1cm at J. Terry's request. |
| Sep 20 2012 11:56:49:873AM | 1120920012 | John Walk | attempt: repeat with GPI. reduce outer gap.
result: I-mode at 0.85s (3MW, which we hadn't gotten before at this current). Stays in after 1.1, but is cooling, not steady. RF trips. outer gap too large for GPI, but we're heating up the limiter badly. next: shorten RF pulse to 0.8-1.2s, lower max power to 3.5MW. Keep target density and current. GPI starting at 1.0s. |
| Sep 20 2012 12:25:50:040PM | 1120920013 | John Walk | attempt: reduce outer gap to 1.3cm. Reduce RF pulse to 0.8-1.2s, 3-3.5MW to counteract heating. Flatten density at 0.77. GPI 1.0-1.2s.
result: cooler I-mode 0.9-1.2s in RF flattop, density and edge temperature steady. Got GPI data. next: reduce current to 800kA, nl04 to 0.66. Reduce field to 4.8T to put heating on HFS. Keep RF programming. |
| Sep 20 2012 12:39:59:167PM | 1120920014 | John Walk | attempt: reduce Ip to 800kA, nl04 to 0.66, Bt to 4.8T to put heating on HFS, try to protect limiters and shoelace antenna.
result: runs, weak I-mode 1.0-1.2s. No WCM, but clear turbulence suppression on 88l. Still a good result for this current. next: repeat with GPI. shift RF stepup for 3.5MW to 0.9s. He puff at 1.0, run GPI 1.0-1.2s. |
| Sep 20 2012 12:48:46:073PM | 1120920015 | John Walk | attempt: repeat with GPI.
result: disrupts before RF. next: repeat. |
| Sep 20 2012 01:06:16:277PM | 1120920016 | John Walk | attempt: repeat with GPI and CXRS
result: plasma into rampdown, I-mode 0.9-1.2. Injection from GH limiter at 0.5s. next: hand off to Ken |
| Sep 20 2012 01:29:41:113PM | 1120920017 | Ken Liao | First shot for my run.
Try to obtain shot similar to 1120907026 which had a nice I-mode which was accessed with 2MW ICRF power. For this shot, try 2.4MW power on this shot. Results: No I-mode, density too high. nl04 ~ 0.98 Beam had many faults. Next shot: Try to decrease the density to 0.8 decrease He4 puff to 25ms. Try ICRF ramp from 2.4-3.0MW to find the I-mode |
| Sep 20 2012 01:39:03:167PM | 1120920018 | Ken Liao | No I-mode. Density still high.
Beam is faulting. Next shot: Increase ICRF to 3.5MW Decrease the density request. Increase helium puff back to 30ms. |
| Sep 20 2012 02:03:35:133PM | 1120920019 | Ken Liao | Disruption at 0.7s.
Next shot. Try to use shot similar to shot 11 from today. Ask for 3.8MW on ICRF from 0.75 to 1.3s. |
| Sep 20 2012 02:35:16:210PM | 1120920020 | Ken Liao | I think we got an I-mode at .8-1.3, but Amanda says it is weird. Edge temperature is low for part of that.
Don't see any increase in He4 at 0.9s. I don't think it really puffed. The piezo might be frozen. Density really low, nl04~0.52 Lots of radiated power, maybe need to increase density setpoint and also increase Neon puffing. Tommy checking if pg5 is frozen. Result: piezo is not frozen. There were no obvious problems. Next shot: increase neon puff to 150ms. increase density, want to get nl04 0.7 increase outer gap to avoid burning shoelace antenna. Change helium 4 puff to 100ms. |
| Sep 20 2012 02:46:15:940PM | 1120920021 | Ken Liao | I-mode from 0.9-1.0, drops out of I-mode, then back into I-mode 1.2-1.3
Beam is performing poorly. I can't really see clear beam enhancement. Next shot. Go to 4MW ICRF. Reduce He puff to 50ms. |
| Sep 20 2012 03:04:53:737PM | 1120920023 | Ken Liao | Disrupted at 0.51 s
Repeat shot Increase beam arc current to 3.3 |
| Sep 20 2012 03:24:20:683PM | 1120920024 | Ken Liao | I-mode from 1.0-1.3.
Beam faulted over time span when helium was in plasma. Repeat shot Move start of ICRF pulse to 0.7s. Decrease beam arc current to 3.0 |
| Sep 20 2012 03:48:20:950PM | 1120920025 | Ken Liao | Good shot. Beam is adequate.
Repeat shot Move beam start time to 0.53s. |
| Sep 20 2012 03:58:58:793PM | 1120920026 | Ken Liao | I-mode from about 0.9-1.3. Beam almost good, but the one pulse that happens to follow the helium puff is weak.
Repeat shot Move beam start time to 0.51s. |
| Sep 20 2012 04:17:48:410PM | 1120920027 | Ken Liao | Beam faulted during interval surrounding puff. Also, I-mode didn't start until 1.15s or so.
Next shot: Turn off the RF. This will be an ohmic plasma, with similar shape to the I-mode plasma. |
| Sep 20 2012 04:26:37:253PM | 1120920027 | Ken Liao | Ohmic shot. Beam performed poorly. Density nl04~0.67 before puff, 0.77 after.
Next shot: move beam start time to 0.49. |
| Sep 20 2012 04:43:48:070PM | 1120920029 | Ken Liao | Beam digitizer failed. Also, beam faulted many times during shot.
Repeat shot. Hope for better beam. |
| Sep 20 2012 04:54:45:160PM | 1120920030 | Ken Liao | mediocre beam.
next shot. move beam start time to 0.53s |
| Sep 20 2012 05:12:58:880PM | 1120920031 | Ken Liao | Last shot.
Beam looked bad. A few pulses look usable. Anyways, that's it for the run. |
| Physics Operator Comments | |||
| Sep 20 2012 09:04:18:247AM | 1120920001 | Syunichi Shiraiwa | Change B-SIDE-LOWER to Ne/Ar mix for both neon seeding + HiRex.
Loaded 1120907035 Changed PG1 to 50V Result: Got a plasma |
| Sep 20 2012 09:23:40:490AM | 1120920002 | Syunichi Shiraiwa | Repeat for recoverty.
Fixed ratiomatic... Result: fizzle,, to much gas? Next: reduce a gas to 30ms (it is 40ms in shot2) |
| Sep 20 2012 09:32:15:953AM | 1120920003 | Syunichi Shiraiwa | got a plasma.
breakdown pressure is about the same as 11200907035. still Ha signal is much higher and dIp/dt is lower than the reference shot. Next: put vertical displcacement based on 1120907004 |
| Sep 20 2012 09:45:42:017AM | 1120920004 | Syunichi Shiraiwa | Fizzle
Next: reduce prepuff to 25ms |
| Sep 20 2012 10:03:01:410AM | 1120920005 | Syunichi Shiraiwa | Got a plasma.
Disrupted during the VDE. Next 1MA, 0.77e20, no VDE, reduce prepuff to avoid PDF |
| Sep 20 2012 10:09:23:610AM | 1120920006 | Syunichi Shiraiwa | Fizzle
next: repeat |
| Sep 20 2012 10:21:24:430AM | 1120920007 | Syunichi Shiraiwa | Got a plasma. Disrupted at 1.2
next: remove VDE (this is operator mistake) |
| Sep 20 2012 10:51:53:533AM | 1120920008 | Syunichi Shiraiwa | A full length plasma.
Next: reduce puff after breakdown to reduce ne04 at 0.5 (RF start) also adjusted PID gains... |
| Sep 20 2012 11:11:23:667AM | 1120920010 | Syunichi Shiraiwa | got a full length plasma
next: enable H-bottom reduce ne to 0.1s |
| Sep 20 2012 11:44:17:070AM | 1120920012 | Syunichi Shiraiwa | Got a plasma.
Density becomes lower. Outer gap become 1.5-1.7cm. |
| Sep 20 2012 12:04:08:700PM | 1120920012 | Syunichi Shiraiwa | Got a plasma.
Density becomes lower than the previous shot Outer gap become 1.5-1.7cm. Heating out the antettena next: reduce the outer gap to 1.1-.3mm increase the density request by 0.1e20 |
| Sep 20 2012 12:26:33:427PM | 1120920013 | Syunichi Shiraiwa | ne is 0.7-0.8e20
outer gap is about 1.1-1.2 cm Next: 4.8T, 800kA, 0.66e20 (0.2 of n_gw) |
| Sep 20 2012 12:32:40:457PM | 1120920014 | Syunichi Shiraiwa | ne 0.66
clean RF pulse. 4.8T |
| Sep 20 2012 12:57:16:563PM | 1120920015 | Syunichi Shiraiwa | Repeat of 14.
Disrupted at 0.6s |
| Sep 20 2012 12:58:08:003PM | 1120920015 | Syunichi Shiraiwa | Repeat of 14.
Disrupted at 0.6s. Mo from somewhere.... |
| Sep 20 2012 01:03:43:520PM | 1120920016 | Syunichi Shiraiwa | Got a full lenght plasma.
The last shot of morning session. |
| Sep 20 2012 01:27:35:610PM | 1120920017 | Syunichi Shiraiwa | First shot for ken
load 1120907026 enable cryo pump 30ms H-bottom (he4) from 0.9s Density is 0.9e20. Next : adjust ne04 PID and reduce the density request. reduce H-bottom to 25ms |
| Sep 20 2012 01:36:46:503PM | 1120920018 | Syunichi Shiraiwa | ne04 ~ 0.9e20
next: reduce ne04 set H-bottom 30ms |
| Sep 20 2012 01:45:47:563PM | 1120920019 | Syunichi Shiraiwa | disrupted at 0.7s |
| Sep 20 2012 02:44:46:423PM | 1120920021 | Syunichi Shiraiwa | Increased outer gap to 2cm
increased the density request so that ne04 will be around 0.7e20 set H-bottom to 100ms to test it. Result: Got He into the plasma Limter seems to be happier in this shot. Next: reduce the He to 50ms |
| Sep 20 2012 03:02:28:890PM | 1120920023 | Syunichi Shiraiwa | Disraupted around 0.5s |
| Sep 20 2012 03:21:40:233PM | 1120920024 | Syunichi Shiraiwa | Got a plasma but the beam was not good.
Next: repeat |
| Sep 20 2012 03:47:04:757PM | 1120920025 | Syunichi Shiraiwa | Beam is good in this shot.
Next: one more repeat of this shot...? |
| Sep 20 2012 04:12:05:867PM | 1120920027 | Syunichi Shiraiwa | Beam is not good for this shot..
Next switch to OH target. |
| Sep 20 2012 04:25:10:893PM | 1120920028 | Syunichi Shiraiwa | Got a full lenght OH plasma.
Small bump during the break-down process. |
| Sep 20 2012 04:55:43:207PM | 1120920030 | Syunichi Shiraiwa | Got a full lenght OH plasma.
Next: repeat |
| Sep 20 2012 05:10:02:807PM | 1120920031 | Syunichi Shiraiwa | Got a full lenght OH plasma.
Last shot. Beam was not good this shot. |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 08:57:43:773AM | Plasma | Ok | |
| 2 | 09:11:55:427AM | Plasma | Ok | |
| 3 | 09:25:58:997AM | Plasma | Ok | |
| 4 | 09:38:51:163AM | Plasma | Ok | |
| 5 | 09:51:20:973AM | Plasma | Ok | |
| 6 | 10:05:01:133AM | Plasma | Ok | |
| 7 | 10:17:39:003AM | Plasma | Ok | |
| 8 | 10:31:08:297AM | Plasma | Ok | |
| 9 | 10:48:25:700AM | Plasma | Ok | |
| 10 | 11:03:16:970AM | Plasma | Ok | |
| 11 | 11:17:33:880AM | Plasma | Ok | |
| 12 | 11:36:49:673AM | Plasma | Ok | |
| 13 | 12:04:18:273PM | Plasma | Ok | |
| 14 | 12:26:08:463PM | Plasma | Ok | |
| 15 | 12:45:24:960PM | Plasma | Ok | |
| 16 | 12:59:05:210PM | Plasma | Ok | |
| 17 | 01:16:50:943PM | Plasma | Ok | |
| 18 | 01:29:56:300PM | Plasma | Ok | |
| 19 | 01:43:09:883PM | Plasma | Ok | |
| 20 | 02:02:37:353PM | Plasma | Ok | |
| 21 | 02:33:49:163PM | Plasma | Ok | |
| 22 | 02:46:36:690PM | Plasma | Ok | |
| 23 | 03:00:00:290PM | Plasma | Ok | |
| 24 | 03:13:46:997PM | Plasma | Ok | |
| 25 | 03:37:25:397PM | Plasma | Ok | |
| 26 | 03:52:23:537PM | Plasma | Ok | |
| 27 | 04:05:38:380PM | Plasma | Ok | |
| 28 | 04:20:28:370PM | Plasma | Ok | |
| 29 | 04:35:30:910PM | Plasma | Ok | |
| 30 | 04:49:43:240PM | Plasma | Ok | |
| 31 | 05:06:53:433PM | Plasma | Ok | |
| System Availability | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Sep 20 2012 08:57:23:847AM | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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