| Miniproposals | ||||||||||
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| Operators | |
| Session leader(s): | Lee,Catherine Fiore |
| Physics operator(s): | Bill Rowan |
| Engineering operator(s): | Ed Fitzgerald |
| Engineering Operator Run Comment |
| MP#317 ITB Studies with improved diagnostics SL:Fiore/Lee PO:Rowan EO:Fi |
| Session Leader Plans |
| Physics Operators Plans |
| Session Leader Summaries |
| Entered: Jul 7 2004 03:49:31:367PM |
| Author: To Be Determined |
| This run is in support of MP#317, ITB with improved diagnostics. The purpose of this experiment is to reproduce the off-axis ITB studies from 2001 described in MP269, MP289a,and MP291a with the expanded diagnostic set which is now available. The goal is to obtain detailed density profiles from visible bremsstrahlung and Thomson scattering, detailed temperature measurements from Thomson scattering, ECE, HIREX, and CX (if available) diagnostics, and improved plasma rotation data for input into TRANSP and GS2 or other gyrokinetic codes. This proposal calls for obtaining EDA H-mode plasmas at a series of magnetic fields, suitable for obtaining both high and low field ITBs. We will begin with a shot from October 11th (14) where we obtained an ITB using 70 MHz off axis on the low field side. The target field is 6.3 T for 80 Mhz off-axis heating, however. We manage to get a few poor quality ITBs. Mostly we had a problem maintaining the H-modes for a sufficient time for ITBs to build up. Obtaining low field side ITBs with 80 Mhz remains an elusive proposition at this point. Shot summary: 1021018001 5.8T Good shot, late H-mode. 5.8 T. No power from E-port 1021018002 6.2 T Good shot. We are trying to get H-modes with just D-port power because of a control system problem on E-port. The H-mode came in about 1.1 s. The field was 6.2T and rf power was 1.2, both a little lower than requested. No ITB except for an ENmode. 1021018003 6.3 T Good shot. The H-mode came in about 1.s. RF power was almost 1.4 MW. No ITB. 1021018004 6.3 T Good shot. The H-mode came in about 1.s. RF power was almost 1.4 MW. No ITB. Scaling from the run of 10/11/02 says that we should actually have the field slightly higher, so we will go to 6.4 T 1021018005 6.4 T Good shot. The H-mode came in about 1.1s. RF power was almost 1.4 MW. Possible ITB. 1021018006 6.4 T Good shot. The H-mode came in about 1.s. RF power was almost 1.4 MW. Apparent ITB. 1021018007 6.4 T Good shot. The H-mode came in about 0.9s. We raised the current to 0.9MA. RF power was almost 1.4 MW. Apparent ITB. Density at H-mode was a little high, and we will lower it slightly for the next shot. 1021018008 6.4 T Good shot. The H-mode came in about 0.65s, dropped out and restruck at 1.s. RF power was almost 1.4 MW. Possible ITB, although it looks a little ratty on first inspection. Density at H-mode onset was on target. We are going to try to raise the rf power a little higher. 1021018009 6.4 T Good shot. 6.4T. Three H-modes. RF power was almost 1.5 MW but had a lot of drop outs. No ITB. 1021018010 6.4 T Good shot. Three H-modes. RF power was almost 1.5 MW but had a lot of drop outs. No ITB. RF group wants to lower the power for the next shot. 1021018011 6.4 T Good shot. Late H-mode RF power was 1.MW and steady. RF group will raise the power for the next shot. No Dalsa data was stored for that shot. It was unlikely to have an ITB. 1021018012 6.4 T Good shot. Two H-modes, starting after 1.1s. RF power was 1.2 MW and steady. No ITB. RF group will raise the power for the next shot. Dalsa has been restored. 1021018013 6.4 T Good shot. Two H-modes. RF power was 1. 4 MW but drops out frequently. Slight density peaking on the 2nd H-mode, but RF drop outs are a problem. 1021018014 6.4 T Good shot. Four H-modes. RF power was 1. 4 MW with many drop outs. Slight density peaking on the last H-mode, but RF drop outs are a problem. We will let the RF group check further to see if E-port can be resuscitated. 1021018015 6.4 T Good shot.Three H-modes. Eport has been fixed, but did not fire into the plasma because someone accidently left it going into the dummy load. RF power was 1. MW with 1 drop out. No ITB. 1021018016 6.4 T Good shot. 6.4T. Three H-modes. 2 MW RF. No ITB. We would like to get back to having a steady H-mode, so we will try increasing the target density slightly. 1021018017 Fizzle 1021018018 6.4 T Good shot. Two H-modes. Density peaks up on the first one, probable ITB. 2 MW RF 1021018019 6.4 T Good shot. Two H-modes. No apparent ITB 1021018020 6.47 T Good shot. Three H-modes. No apparent ITB 1021018021 6.47 T Good shot. Three H-modes. No apparent ITB 1021018022 6.41 T Good shot. Two H-modes. No apparent ITB 1021018023 No Power 1021018024 6.41 T Good shot. 3 H-modes. No ITB 1021018025 6.41 T Good shot. 3 H-modes. Some peaking on second H-mode, although it looks more like it was trying to go into an EN mode. Plasma current was 1 MA. |
| Physics Operator Summaries |
| Entered: Jul 7 2004 04:37:16:600PM |
| Author: To Be Determined |
| Physop Summary for Friday 10/18/2002. 1021018. Run Plan------------------------------------------------------------------ MP#317 ITB Studies with improved diagnostics The idea is to get more data on low-field side resonance ITB's. Start from 1021011018 but with the field increased to 6.3 T and try to get an ITB shot with 80MHz ICRF (D&E) (low-field side resonance). This may require a TF scan in increments of 0.1T to 0.05 T to find the ITB. If we are able to get a reasonable ITB under these conditions, we'll scan the field, and perhaps the current, to document the ITB behavior. If time and plasma behavior permits. If we are unsuccessful, we will scan the field for Davis Lee to obtain rotation data. Engineering Setup---------------------------------------------------------- SL: Fiore and Lee PO: Rowan Engineering Setup Power Systems as on 1021011018 Increase the TF current limit to 165 kA. Overnight ECDC in D2 at 2e-4 torr off by 7:00AM Run to begin at 9:00 AM Gas setup: B-Top 6 psi D2 Hybrid Enabled (PG4) B-side lower 1 psi Ar Hybrid Enabled (PG1) B-side upper 10 psi D2 Hybrid DISABLED (PG2, for ECDC) C-Side 30 psi D2 Hybrid Enabled (PG3) J-Bottom as is, Hybrid DISABLED Enable the following gate valves, assuming no vacuum problems: ECE,VUV,DNB RF Setup: #1,2 in Run On by 7:00AM Results------------------------------------------------------------------ The search for ITBs was largely unsuccessful. Initially only D antenna was avaiable as the transmitter for E had a control problem. Some time was spent in a repair attempt with no success. Using the one antenna, a few shots were produced with ITBs. In an attempt to improve coupling to the antenna, the outer gap was decreased by approximately 2 mm. This resulted in faulting. Returning the outer gap to the original value did not improve things. Additional time was devoted to the repair of the control system for the transmitter for E. This time the repair was successful and 2 MW was produced for essentially the remainder of the run. Small TF, IP, and ne scans did not produce good ITBs. See SL report for details of shot numbers for the ITB discharges. Score Card Plasmas 23 Disruptions 0 Fizzles 1 Duds 0 Engineering 1 Total 25 Log---------------------------------------------------------------------- ECDC off at approximately 7am LOAD/CLEAN 1021011014 Coldstart by engineering operator Increased ITF to 164000. Imported segment 1 from shot 1021017029 and increased pg4 from 30 to 32 ms 001. Plasma BT= 5.8. Not what I wanted. 1 MW. One H-mode late. Pause for power room access for RF Next shot. itf = -174000. 002. Plasma. D port antenna is begin tested alone. BT = 6.2T with ITF = -174000 RF 1.2 MW Next shot. ITF = -178000 003. Plasma BT = 6.3 T as requested RF 1.4 MW H-mode at approx 1 s Next shot. Repeat 004. Plasma RF 1.3 MW H-mode just after 1 s Next shot. SL requests 6.4 T. ITF set to -180000 005. Plasma BT = 6.4 T H-mode. a bit later than last shot RF 1.3 MW Next shot. Repeat. 006. Plasma H-mode at 1s RF 1.4 MW ITB see SL Next shot. IP increased from 800 kA to 900 kA to decrease q95 007. Plasma IP = 0.9 MA H-mode earlier; .9s q95 is 5.4 at 1.2s RF 1.3 MW ITB Next shot. Reduced the density demand from 8.0 to 7.5 SL concerned about the density being a little high on entry into H-mode. Match 006. 008. Plasma RF 1.4 MW nl_04 - 8.6e+19 at entry into h-mode Next shot. Decrease the outer gap from 10 mm to 8 mm by increasing rcur by 1 mm 009. Plasma 4 H-modes Outer gap is approx 8 mm RF 1.4 MW with many drop outs Next shot. Increase the outer gap from 8 mm to 10 mm by decreasing rcur by 1 mm 010. Plasma Several H-modes Outer gap is approx 10 mm RF 1.4 MW with drop outs Next shot. Reduce RF power to remove drop outs. 011. Plasma Couple of H-modes. RF 0.9 MW Next shot. Increase RF power 012. Plasma 2 h-modes RF 1.1 MW Next shot. Increase RF Power 013. Plasma H-modes RF 1.3 MW with drop outs. Next shot : repeat 014. Plasma Several H-modes RF 1.4 MW with drop outs Next shot. Pause first to try to bring E up No other changes 015. Plasma H-modes RF 1.1 MW; one drop out Next shot. Try for D&E 016. Plasma 3 h-modes Next shot. Increase the density: nl_04 changed from 7.5 to 5.0e+19 5 minutes of ecdc before this shot 017. Fizzle Next shot. Reduced pg4 by 2 ms to 30 ms 018. Plasma RF 2 MW ITB Next shot. Repeat 019. Plasma RF 2 MW H-modes Next shot. Changed ITF = -181300. Expect Bt = 6.45 020. Plasma 3 H-modes RF 2 MW with drop outs Next shot Repeat 021. Plasma 3 h-modes RF 1.8 MW Next shot. ITF = -179339. Expect BT=6.4 022. Plasma BT = 6.42T RF 2 MW Next shot. Raise zxu by 2 cm to 5 cm 023. no power shot I^2t fault 024. Plasma 3 H-modes Next shot. ZXU returned to 3 cm IP increased to 1 MA 025. Plasma Multiple h-modes RF 2 MW. IP = 1 MA |
| Session Leader Comments | |||
| Oct 18 2002 09:04:41:133AM | Catherine Fiore | This run is in support of MP#317, ITB with improved diagnostics. The purpose of this experiment is to reproduce the off-axis ITB studies from 2001 described in MP269, MP289a,and MP291a with the expanded diagnostic set which is now available. The goal is to obtain detailed density profiles from visible bremsstrahlung and Thomson scattering, detailed temperature measurements from Thomson scattering, ECE, HIREX, and CX (if available) diagnostics, and improved plasma rotation data for input into TRANSP and GS2 or other gyrokinetic codes. This proposal calls for obtaining EDA H-mode plasmas at a series of magnetic fields, suitable for obtaining both high and low field ITBs. We will begin with a shot from October 11th (14) where we obtained an ITB using 70 MHz off axis on the low field side. The target field is 6.3 T for 80 Mhz off-axis heating, however. | |
| Oct 18 2002 09:07:19:107AM | 1021018001 | Catherine Fiore | Good shot, late H-mode. 5.8 T. No power from E-port |
| Oct 18 2002 10:07:15:450AM | 1021018002 | Catherine Fiore | Good shot. We are trying to get H-modes with just D-port power because of a control system problem on E-port. The H-mode came in about 1.1 s. The field was 6.2T and rf power was 1.2, both a little lower than requested. No ITB except for an ENmode. |
| Oct 18 2002 10:20:21:360AM | 1021018003 | Catherine Fiore | Good shot. 6.3T The H-mode came in about 1.s. RF power was almost 1.4 MW. No ITB |
| Oct 18 2002 10:35:30:053AM | 1021018004 | Catherine Fiore | Good shot. 6.3T The H-mode came in about 1.s. RF power was almost 1.4 MW. No ITB. Scaling from the run of 10/11/02 says that we should actually have the field slightly higher, so we will go to 6.4 T |
| Oct 18 2002 10:58:05:980AM | 1021018005 | Catherine Fiore | Good shot. 6.4T The H-mode came in about 1.1s. RF power was almost 1.4 MW. Possible ITB. |
| Oct 18 2002 11:17:28:040AM | 1021018006 | Catherine Fiore | Good shot. 6.4T The H-mode came in about 1.s. RF power was almost 1.4 MW. Apparent ITB. |
| Oct 18 2002 11:36:34:193AM | 1021018007 | Catherine Fiore | Good shot. 6.4T The H-mode came in about 0.9s. We raised the current to 0.9MA. RF power was almost 1.4 MW. Apparent ITB. Density at H-mode was a little high, and we will lower it slightly for the next shot. |
| Oct 18 2002 11:53:30:190AM | 1021018008 | Catherine Fiore | Good shot. 6.4T The H-mode came in about 0.65s, dropped out and restruck at 1.s. RF power was almost 1.4 MW. Possible ITB, although it looks a little ratty on first inspection. Density at H-mode onset was on target. We are going to try to raise the rf power a little higher. |
| Oct 18 2002 12:06:58:397PM | 1021018009 | Catherine Fiore | Good shot. 6.4T. hree H-modes. RF power was almost 1.5 MW but had a lot of drop outs. No ITB. |
| Oct 18 2002 12:28:46:197PM | 1021018010 | Catherine Fiore | Good shot. 6.4T. hree H-modes. RF power was almost 1.5 MW but had a lot of drop outs. No ITB. RF group wants to lower the power for the next shot. |
| Oct 18 2002 12:52:55:013PM | 1021018011 | Catherine Fiore | Good shot. 6.4T. Late H-mode RF power was 1. MW and steady. No ITB. RF group will raise the power for the next shot. No Dalsa data was stored for that shot. It was unlikely to have an ITB. |
| Oct 18 2002 01:07:08:690PM | 1021018012 | Catherine Fiore | Good shot. 6.4T. Two H-modes, starting after 1.1s RF power was 1. 2 MW and steady. No ITB. RF group will raise the power for the next shot. Dalsa has been restored. |
| Oct 18 2002 01:47:38:317PM | 1021018013 | Catherine Fiore | Good shot. 6.4T. Two H-modes. RF power was 1. 4 MW but drops out frequently. Slight density peaking on the 2nd H-mode, but RF drop outs are a problem. |
| Oct 18 2002 01:46:36:237PM | 1021018014 | Catherine Fiore | Good shot. 6.4T. Four H-modes. RF power was 1. 4 MW with many drop outs. Slight density peaking on the last H-mode, but RF drop outs are a problem. We will let the RF group check further to see if E-port can be resuscitated. |
| Oct 18 2002 02:21:00:620PM | 1021018015 | Catherine Fiore | Good shot. 6.4T. Three H-modes. Eport has been fixed, but did not fire into the plasma because someone accidently left it going into the dummy load. RF power was 1. MW with 1 drop out. No ITB. |
| Oct 18 2002 02:44:50:623PM | 1021018016 | Catherine Fiore | Good shot. 6.4T. Three H-modes. 2 MW RF. No ITB. We would like to get back to having a steady H-mode, so we will try increasing the target density slightly. |
| Oct 18 2002 02:51:15:773PM | 1021018017 | Catherine Fiore | Fizzle |
| Oct 18 2002 03:18:09:283PM | 1021018018 | Catherine Fiore | Good shot. Two H-modes. Density peaks up on the first one, probable ITB. 2 MW RF |
| Oct 18 2002 03:36:26:267PM | 1021018019 | Catherine Fiore | Good shot. 6.4 T Two H-modes. No apparent ITB |
| Oct 18 2002 03:52:56:697PM | 1021018020 | Catherine Fiore | Good shot. 6.47T Three H-modes. No apparent ITB |
| Oct 18 2002 04:09:48:880PM | 1021018021 | Catherine Fiore | Good shot. 6.47T Three H-modes. No apparent ITB |
| Oct 18 2002 04:31:20:630PM | 1021018022 | Catherine Fiore | Good shot. 6.41T Two H-modes. No apparent ITB |
| Oct 18 2002 04:39:43:940PM | 1021018023 | Catherine Fiore | No Power |
| Oct 18 2002 04:57:00:170PM | 1021018024 | Catherine Fiore | Good shot. 3 H-modes. No ITB |
| Oct 18 2002 05:12:55:693PM | 1021018025 | Catherine Fiore | Good shot. 3 H-modes. Some peaking on second H-mode, although it looks more like it was trying to go into an EN mode. |
| Physics Operator Comments | |||
| Oct 18 2002 08:16:47:170AM | Bill Rowan | Run Plan and Engineering Setup for Friday 10/18/2002 MP#317 ITB Studies with improved diagnostics SL: Fiore and Lee PO: Rowan Engineering Setup Power Systems as on 1021011018 Increase the TF current limit to 165 kA. Overnight ECDC in D2 at 2e-4 torr off by 7:00AM Run to begin at 9:00 AM Gas setup: B-Top 6 psi D2 Hybrid Enabled (PG4) B-side lower 1 psi Ar Hybrid Enabled (PG1) B-side upper 10 psi D2 Hybrid DISABLED (PG2, for ECDC) C-Side 30 psi D2 Hybrid Enabled (PG3) J-Bottom as is, Hybrid DISABLED Enable the following gate valves, assuming no vacuum problems: ECE,VUV,DNB RF Setup: #1,2 in Run On by 7:00AM Run Plan: --------- The idea is to get more data on low-field side resonance ITB's. Start from 1021011018 but with the field increased to 6.3 T and try to get an ITB shot with 80MHz ICRF (D&E) (low-field side resonance). This may require a TF scan in increments of 0.1T to 0.05 T to find the ITB. If we are able to get a reasonable ITB under these conditions, we'll scan the field, and perhaps the current, to document the ITB behavior. If time and plasma behavior permits. If we are unsuccessful, we will scan the field for Davis Lee to obtain rotation data. | |
| Oct 18 2002 08:45:41:650AM | Bill Rowan | ECDC off at approximately 7am LOAD/CLEAN 1021011014 Coldstart by engineering operator Increased ITF to 164000. Imported segment 1 from shot 1021017029 and increased pg4 from 30 to 32 ms | |
| Oct 18 2002 09:18:30:340AM | 1021018001 | Bill Rowan | 001. Plasma BT= 5.8. Not what I wanted. Pause for power room access for RF Next shot. itf = -174000. |
| Oct 18 2002 10:06:13:960AM | 1021018002 | Bill Rowan | 002. Plasma. D port antenna is used alone. BT = 6.2T with ITF = -174000 RF 1.2 MW Next shot. ITF = -178000 |
| Oct 18 2002 10:18:12:247AM | 1021018003 | Bill Rowan | 003. Plasma BT = 6.3 T as requested RF 1.4 MW H-mode at approx 1 s Next shot. Repeat |
| Oct 18 2002 10:35:32:757AM | 1021018004 | Bill Rowan | 004. Plasma RF 1.3 MW H-mode just after 1 s Next shot. SL requests 6.4 T. ITF set to -180000 |
| Oct 18 2002 10:55:07:583AM | 1021018005 | Bill Rowan | 005. Plasma BT = 6.4 T H-mode. a bit later than last shot RF 1.3 MW Next shot. Repeat. |
| Oct 18 2002 11:17:49:773AM | 1021018006 | Bill Rowan | 006. Plasma H-mode at 1s RF 1.4 MW ITB see SL Next shot. IP increased from 800 kA to 900 kA to decrease q95 |
| Oct 18 2002 11:35:54:943AM | 1021018007 | Bill Rowan | 007. Plasma IP = 0.9 MA H-mode earlier; .9s q95 is 5.4 at 1.2s RF 1.3 MW ITB Next shot. Reduced the density demand from 8.0 to 7.5 SL concerned about the density being a little high on entry into H-mode. Match 006. |
| Oct 18 2002 11:53:07:330AM | 1021018008 | Bill Rowan | 008. Plasma RF 1.4 MW nl_04 - 8.6e+19 at entry into h-mode Next shot. Decrease the outer gap from 10 mm to 8 mm by increasing rcur by 1 mm |
| Oct 18 2002 12:10:03:340PM | 1021018009 | Bill Rowan | 009. Plasma 4 H-modes Outer gap is approx 8 mm RF 1.4 MW with many drop outs Next shot. Increase the outer gap from 8 mm to 10 mm by decreasing rcur by 1 mm |
| Oct 18 2002 12:26:13:410PM | 1021018010 | Bill Rowan | 010. Plasma Several H-modes Outer gap is approx 10 mm RF 1.4 MW with drop outs Next shot. Reduce RF power to remove drop outs. |
| Oct 18 2002 12:46:35:787PM | 1021018011 | Bill Rowan | 011. Plasma Couple of H-modes. RF 0.9 MW Next shot. Increase RF power |
| Oct 18 2002 01:05:52:707PM | 1021018012 | Bill Rowan | 012. Plasma 2 h-modes RF 1.1 MW Next shot. Increase RF Power |
| Oct 18 2002 01:25:46:563PM | 1021018013 | Bill Rowan | 013. Plasma H-modes RF 1.3 MW with drop outs. Next shot : repeat |
| Oct 18 2002 02:14:52:873PM | 1021018015 | Bill Rowan | 014. Plasma Several H-modes RF 1.4 MW with drop outs Next shot. Pause first to try to bring E up No other changes |
| Oct 18 2002 02:21:05:510PM | 1021018015 | Bill Rowan | 015. Plasma H-modes RF 1.1 MW; one drop out Next shot. Try for D&E |
| Oct 18 2002 02:43:35:230PM | 1021018016 | Bill Rowan | 016. Plasma 3 h-modes Next shot. Increase the density: nl_04 changed from 7.5 to 5.0e+19 5 minutes of ecdc before this shot |
| Oct 18 2002 02:58:09:940PM | 1021018017 | Bill Rowan | 017. Fizzle Next shot. Reduced pg4 by 2 ms to 30 ms |
| Oct 18 2002 03:17:07:237PM | 1021018018 | Bill Rowan | 018. Plasma RF 2 MW ITB Next shot. Repeat |
| Oct 18 2002 03:48:17:940PM | 1021018020 | Bill Rowan | 020. Plasma 3 H-modes RF 2 MW with drop outs Next shot Repeat |
| Oct 18 2002 04:07:59:987PM | 1021018021 | Bill Rowan | 021. Plasma 3 h-modes RF 1.8 MW Next shot. ITF = -179339. Expect BT=6.4 |
| Oct 18 2002 04:31:44:617PM | 1021018022 | Bill Rowan | 022. Plasma BT = 6.42T RF 2 MW Next shot. Raise zxu by 2 cm to 5 cm |
| Oct 18 2002 04:37:50:280PM | 1021018023 | Bill Rowan | 023. no power shot I^2t fault |
| Oct 18 2002 04:55:37:153PM | 1021018024 | Bill Rowan | 024. Plasma 3 H-modes Next shot. ZXU returned to 3 cm IP increased to 1 MA |
| Oct 18 2002 05:06:25:640PM | 1021018025 | Bill Rowan | 025. Plasma Multiple H-modes Rf 2 MW IP = 1 MA |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 09:01:43:597AM | Plasma | Ok | |
| 2 | 09:56:29:117AM | Plasma | Ok | |
| 3 | 10:10:40:500AM | Plasma | Ok | |
| 4 | 10:25:33:507AM | Plasma | Ok | |
| 5 | 10:45:11:740AM | Plasma | Ok | |
| 6 | 11:04:50:863AM | Plasma | Ok | |
| 7 | 11:23:44:160AM | Plasma | Ok | |
| 8 | 11:41:04:043AM | Plasma | Ok | |
| 9 | 12:00:08:213PM | Plasma | Ok | |
| 10 | 12:18:13:493PM | Plasma | Ok | |
| 11 | 12:36:44:160PM | Plasma | Ok | |
| 12 | 12:55:30:377PM | Plasma | Ok | |
| 13 | 01:14:13:687PM | Plasma | Ok | |
| 14 | 01:33:27:123PM | Plasma | Ok | |
| 15 | 02:14:21:453PM | Plasma | Ok | |
| 16 | 02:30:21:133PM | Plasma | Ok | |
| 17 | 02:49:07:427PM | Plasma | Ok | |
| 18 | 03:05:59:953PM | Plasma | Ok | |
| 19 | 03:23:27:310PM | Plasma | Ok | |
| 20 | 03:41:10:727PM | Plasma | Ok | |
| 21 | 03:58:49:503PM | Plasma | Ok | |
| 22 | 04:17:13:813PM | Plasma | Ok | |
| 23 | 04:35:30:433PM | Plasma | Bad | No power shot, I squared T fault during INIT. |
| 24 | 04:46:07:780PM | Plasma | Ok | |
| 25 | 04:59:18:377PM | Plasma | Ok | |