Alcator C-Mod Run 1120125 Information

Miniproposals

Miniproposal: 669

Date Filed: 10/17/2011

Title: Rotated Antenna Commissioning and Initial Characterization

First Author: Steve Wukitch

Session Leader: Steve Wukitch (shots 1-35)

Operators
Session leader(s):	Steve Wukitch
Physics operator(s):	Greg Wallace
Engineering operator(s):	Roza Tesfaye,Andy Pfeiffer,Bill Byford

Engineering Operator Run Comment
MP669 - field-aligned-J antenna evaluation (post-boronization); SL: S. W

Session Leader Plans

Entered: Jan 25 2012 09:44:04:943AM

Author: Steve Wukitch

Use vanilla 5.4 T, 0.8 MA discharges (start with 1120105019) to
evaluate FA-Jant boronization recovery

1. Comparison of H-mode heating and impurity characteristics.

2. scan plasma current 0.5, 0.7, 1.1 MA

3. dynamic gap scan

4. gap scan 0.5, 1, 1.5, 2 cm right gap

Would like to have gpi and LH-SOL reflectometer data for this run.

Physics Operators Plans

Entered: Jan 24 2012 05:08:14:763PM

Author: Greg Wallace

PO plan:

1120125: MP669 - field-aligned-J antenna evaluation (post-boronization)

Session leader: S. Wukitch/Y. Lin
Physics operator: G. Wallace

-----------------
No overnight boronization
----------------------------
No post boronization ECDC
----------------------------

---------------------------------------

Run begins at 9:00 am and ends at 5:00 pm

Power systems as on: 1120124007

A-coil configuration: +Dtop -Dbot -Jtop +Jbot; Hybrid enabled (standard
configuration)

Gas Setup:
-------
fill B-Top with 6 psi D2 Hybrid enabled (PG4)
fill B-side lower with 1 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)
Leave H-bot as is D2 Hybrid DISABLED (PG5)
DO NOT fill B-div, Hybrid DISABLED (PG6)
DO NOT fill H-div, Hybrid DISABLED (PG7)
***fill NINJA with 10 psi helium, DISABLED

Enable gate-valves and shutters: ECE, VUV, HiREX Sr, Xeus, LoWEUS
Z-bolo shutter should be closed unless requested by physop

Check with the physop before opening other diagnostic gate-valves or shutters.

------
Specific diagnostics: GPI, and LH-SOL reflectometer

------------------------------------------------------------------------------
Torvac gatevalve toggle (yes/no): no
Boronization: no
Overnight ECDC: no
Impurity injection: no
ICRF: 1,2 4 transmitters
LH: no
DNB: no
Cryopump: no

Vessel temperature: 35/35/35

-----------

Run plan:

1. Load seg 1 from 1120124007 and seg 2 from 1120124007.

Then proceed with Session Leader plan to investigate FA-J antenna loading and impurity characteristics.

Session Leader Summaries

Entered: Jan 26 2012 09:18:24:217AM

Author: Steve Wukitch

We investigated plasma response to each antenna and power
compatibility limits in H-mode. The core Mo XXXII was significantly
lower for FA-J antenna compared with either D or E antennas. We were
able to couple <3.5 MW reasonably well but had significantly more
difficulty at 4 MW and above. We began a current scan to investigate
core Mo response but at 0.5 MA we did not achieve H-mode.

Physics Operator Summaries

Entered: Jan 25 2012 05:27:16:770PM

Author: Greg Wallace

Physop Summary for 1120125

Today was a continuation of the post-boronization ICRF recovery run interrupted yesterday by the alternator air switch problem. We had a few issues during the day. Two duds were caused by EF1 power supply failures. Gary fixed this by power cycling a cabinet in the control room. An earlier fizzle was not associated with any particular problem and resolved itself on the following shot with no DPCS changes. Many Fe injections and a disruption were caused during the strike point sweep from the divertor slot onto the vertical divertor plate. The injections came in as the strike point crossed the lower tile(s) of the divertor plate. Slight changes in ZXL and RXL programming (5mm change each) were able to correct this problem.

Session Leader Comments

Jan 25 2012 09:16:52:727AM 1120125001 Steve Wukitch 001 request: BT=5.4T, Ip=0.8 MA, nl_04~0.9
D : t = [0.95, 1.25] sec, 0.40 to 1.50 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.50 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.30 to 1.50 MW, 78.0 MHz
result: plasma multiple H-modes
J ran fairly well at high power
D and E are a bit ratty
next: lower BT to 5.2 T to center D/E/J cyclotron resonance

Jan 25 2012 09:32:33:433AM 1120125002 Steve Wukitch 002 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [0.95, 1.25] sec, 0.40 to 1.50 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.50 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.30 to 1.50 MW, 78.0 MHz
result: plasma multiple H-modes

next: repeat - get clean J antenna pulse

Jan 25 2012 09:42:47:073AM 1120125003 Steve Wukitch 003 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [0.95, 1.25] sec, 0.40 to 1.50 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.50 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.30 to 1.50 MW, 78.0 MHz
result: plasma multiple H-modes
clear arc on J but recovered
next: repeat - get clean J antenna pulse

Jan 25 2012 10:04:04:570AM 1120125004 Steve Wukitch 004 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [0.95, 1.25] sec, 0.40 to 1.50 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.50 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.30 to 1.50 MW, 78.0 MHz
result: plasma multiple H-modes
J voltage limit is too tight
next: repeat - get clean J antenna pulse

Jan 25 2012 10:11:27:550AM 1120125005 Steve Wukitch 005 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [0.95, 1.25] sec, 0.40 to 1.50 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.50 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.30 to 1.50 MW, 78.0 MHz
result: plasma multiple H-modes
good shot
next: D-J-E

Jan 25 2012 10:31:33:580AM 1120125006 Steve Wukitch 006 ill timed dirt ball

next: disable Ar - see if H-mode becomes steady

Jan 25 2012 10:52:47:810AM 1120125008 Steve Wukitch 008 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.60, 0.90] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.95, 1.25] sec, 0.40 to 1.30 MW, 78.0 MHz
result: plasma - early disruption during E antenna
next: repeat minus the disruption

Jan 25 2012 11:04:28:240AM 1120125009 Steve Wukitch 009 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.60, 0.90] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.95, 1.25] sec, 0.40 to 1.30 MW, 78.0 MHz
result: plasma - good comparison
next: J-E-D

Jan 25 2012 11:24:10:537AM 1120125010 Steve Wukitch 010 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.40 to 1.30 MW, 78.0 MHz
result: plasma - good comparison
next: stack antennas increase injected power to 2.4 MW and step to 4 MW

Jan 25 2012 11:38:44:653AM 1120125011 Steve Wukitch 011 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.40 to 1.20 MW, 78.0 MHz
result: plasma - long H-mode
D and E faulter at toward the end of the pulse
next: 3 MW and 4 MW stacked pulses

Jan 25 2012 11:54:44:790AM 1120125012 Steve Wukitch 012 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.40 to 1.20 MW, 78.0 MHz
result: plasma - long H-mode
D and E faulter at toward the end of the pulse
next: raise Ip=1 MA

Jan 25 2012 01:53:45:667PM 1120125013 Steve Wukitch 013 request: BT=5.2T, Ip=1 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.40 to 1.20 MW, 78.0 MHz
result: plasma - injection then ratty RF after 1 sec
next: repeat with higher initial RF

Jan 25 2012 02:36:49:707PM 1120125014 Steve Wukitch 014 request: BT=5.2T, Ip=1 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 78.0 MHz
result: plasma - looks reasonable til RF starts faulting
H/H+D is climbing
next: improve match

Jan 25 2012 02:34:40:317PM 1120125015 Steve Wukitch 015 request: BT=5.2T, Ip=1 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 78.0 MHz
result: plasma - looks good til RF starts faulting
next: improve RF match

Jan 25 2012 02:32:04:087PM 1120125016 Steve Wukitch 016 request: BT=5.2T, Ip=1 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 1.30] sec, 0.30 to 1.10 MW, 78.0 MHz
result: early disruption - injection @0.85 s
ratty RF particularly at high power
next: repeat

Jan 25 2012 02:24:04:877PM 1120125017 Steve Wukitch 017 request: BT=5.2T, Ip=1 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.30 to 1.10 MW, 78.0 MHz
result: early disruption - injection
next: repeat sans disruption

Jan 25 2012 02:16:19:700PM 1120125018 Steve Wukitch fizzle

Jan 25 2012 02:09:21:177PM 1120125019 Steve Wukitch 019 request: BT=5.2T, Ip=1 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.30 to 1.10 MW, 78.0 MHz
result: plasma - injection at ~0.9 s
next: attempt to get rid of injection

Jan 25 2012 01:58:30:323PM 1120125020 Steve Wukitch 020 request: BT=5.2T, Ip=1 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.30 to 1.10 MW, 78.0 MHz
result: plasma - no injection
next: lower Ip to 0.9 MA

Jan 25 2012 02:04:39:197PM 1120125021 Steve Wukitch 021 request: BT=5.2T, Ip=0.9 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.30 to 1.10 MW, 78.0 MHz
result: plasma - still falling out of EDA
J is hitting voltage limit
next: lower Ip to 0.8 MA

Jan 25 2012 02:15:46:350PM 1120125022 Steve Wukitch 022 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.30 to 1.10 MW, 78.0 MHz
result: plasma - steady EDA

next: raise power

Jan 25 2012 02:29:18:763PM 1120125023 Steve Wukitch 023 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9
D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.30 to 1.30 MW, 78.0 MHz
result: plasma - steady EDA
bit of faulting from D and J
next: raise power, move strike point to the vertical plate earlier

Jan 25 2012 02:40:51:980PM 1120125024 Steve Wukitch 024 fizzle but it is a failure to commutate on EF1 that is the root problem

Jan 25 2012 03:00:09:053PM 1120125025 Steve Wukitch dud

Jan 25 2012 03:14:11:067PM 1120125026 Steve Wukitch 026 request: Bt=5.2T, Ip=0.8 MA, nl04=0.8
D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz
E : t = [0.60, 1.40] sec, 0.30 to 1.60 MW, 80.0 MHz
J4: t = [0.60, 1.40] sec, 0.30 to 1.30 MW, 78.0 MHz
result: plasma - nice EDA at ~3.2 MW bit ratty at 4 MW

next: back to comparison J-D-E

Jan 25 2012 03:30:49:260PM 1120125027 Steve Wukitch 027 request: Bt=5.2T, Ip=0.8 MA, nl04=0.8
D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.40 to 1.30 MW, 78.0 MHz
result: plasma - H mode with J and D but not E

next: E-J-D

Jan 25 2012 03:48:26:527PM 1120125028 Steve Wukitch 028 request: Bt=5.2T, Ip=0.8 MA, nl04=0.8
D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.60, 0.90] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.95, 1.25] sec, 0.40 to 1.30 MW, 78.0 MHz
result: plasma - H-mode with D and E but not J

next: D-J-E

Jan 25 2012 03:49:29:790PM 1120125029 Steve Wukitch 029 request: Bt=5.2T, Ip=0.8 MA, nl04=0.8
D : t = [0.60, 0.90] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.95, 1.25] sec, 0.41 to 1.30 MW, 78.0 MHz
result: plasma
next: J-D-E

Jan 25 2012 04:04:54:943PM 1120125030 Steve Wukitch 030 request: Bt=5.2T, Ip=0.8 MA, nl04=0.8
D : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.41 to 1.30 MW, 78.0 MHz
result: plasma
next: J-D-E with Ip=0.5 MA

Jan 25 2012 04:14:07:373PM 1120125031 Steve Wukitch 031 request: Bt=5.2T, Ip=0.5 MA, nl04=0.8
D : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.41 to 1.30 MW, 78.0 MHz
result: plasma - RF mismatched
next: lower nl04=0.6

Jan 25 2012 04:29:43:933PM 1120125032 Steve Wukitch 032 request: Bt=5.2T, Ip=0.5 MA, nl04=0.6
D : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.41 to 1.30 MW, 78.0 MHz
result: plasma - no H-modes
next: raise current to 1.1 MA (more ohmic heating) and density back to nl04~0.9

Jan 25 2012 04:41:28:873PM 1120125033 Steve Wukitch 033 request: Bt=5.2T, Ip=1.1 MA, nl04=0.9
D : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.41 to 1.30 MW, 78.0 MHz
result: plasma - no H-mode with J
next: try lowering the strike point to lower H-mode threshold

Jan 25 2012 04:51:36:897PM 1120125034 Steve Wukitch 034 request: Bt=5.2T, Ip=1.1 MA, nl04=0.9
D : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.60, 0.90] sec, 0.41 to 1.30 MW, 78.0 MHz
result: plasma - H-modes
next: E-J-D

Jan 25 2012 05:04:12:613PM 1120125035 Steve Wukitch 035 request: Bt=5.2T, Ip=1.1 MA, nl04=0.9
D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz
E : t = [0.60, 0.90] sec, 0.30 to 1.20 MW, 80.0 MHz
J4: t = [0.95, 1.25] sec, 0.41 to 1.30 MW, 78.0 MHz
result: plasma - H-modes
next: EoR

Physics Operator Comments

Jan 25 2012 09:21:56:640AM 1120125001 Greg Wallace Changes: Load seg 1 and 2 from 1120124007 (good shot from yesterday afternoon).

Result: Plasma through rampdown. Many (4? 5?) short H-modes. Lots of faulting from D and E, less from J.

Next shot: Lower toroidal field to 5.2 T. Ramp down TF current from -150000A to -143382A between 0.1 s and 0.15 s.

Jan 25 2012 09:33:29:873AM 1120125002 Greg Wallace Changes: Lower toroidal field to 5.2 T. Ramp down TF current from -150000A to -143382A between 0.1 s and 0.15 s.

Result: Plasma through rampdown. Again, many short H-modes. A little bounce on startup. Will see how it goes on the next shot. Pressure was a little higher than previous shot.

Next shot: No DPCS changes.

Jan 25 2012 09:46:58:937AM 1120125003 Greg Wallace Changes: No DPCS changes.

Result: Plasma through rampdown. Two short H-modes. Many faults on J, D and E are better.

Next shot: No DPCS changes.

Jan 25 2012 10:02:53:340AM 1120125004 Greg Wallace Changes: No DPCS changes.

Result: Plasma through rampdown. Cell access for Yijun.

Next shot: No DPCS changes.

Jan 25 2012 10:17:37:203AM 1120125005 Greg Wallace Changes: No DPCS changes.

Result: Several short H-modes again. RF looks better. Some H-alpha and C-III spikes around 0.01 s. Looks similar to shot 2. Will continue to wait and see if it gets worse.

Next shot: Bruce requests change of gas in NINJA plenum to 10psi D2. No DPCS changes.

Jan 25 2012 10:30:35:410AM 1120125006 Greg Wallace Changes: Bruce requests change of gas in NINJA plenum to 10psi D2. No DPCS changes.

Result: Disruption at 0.03 s, 150 kA. Big bright snowball on upper right of WIDE2 camera looks like it might be the cause.

Next shot: Disable Ar puff (PG1 B-side lower).

Jan 25 2012 10:44:00:357AM 1120125007 Greg Wallace Changes: Disable Ar puff (PG1 B-side lower).

Result: Plasma through rampdown. Three longer H-modes each terminate shortly after ICRF turns off. Nice looking ICRF power traces.

Next shot: No DPCS changes.

Jan 25 2012 10:57:37:900AM 1120125008 Greg Wallace Changes: No DPCS changes.

Result: Disruption at 0.77 s, shortly after E-port increases to 1.2 MW. Can't see any probems with the programming.

Next shot: No DPCS changes. Hope the disruption goes away.

Jan 25 2012 11:07:37:597AM 1120125009 Greg Wallace Changes: No DPCS changes. Hope the disruption goes away.

Result: Plasma through rampdown. 3 good looking RF waveforms and 3 H-modes.

Next shot: No DPCS changes. Enable DNB gate valve.

Jan 25 2012 11:23:13:883AM 1120125010 Greg Wallace Changes: No DPCS changes. Enable DNB gate valve.

Result: Plasma through rampdown. 3 good RF pulses. Earl noticed that strike point is on the vertical leg for 2nd and 3rd pulses but on the horizontal plate for the 1st pulse.

Next shot: No DPCS changes.

Jan 25 2012 11:36:22:817AM 1120125011 Greg Wallace Changes: No DPCS changes.

Result: Plasma into rampdown. Disruption as current ramps down to about 400 kA. One long H-mode. J looks good, D and E less so. All 3 antennas are stacked. 2.5 MW increases to 4 MW at 1.0 s.

Next shot: No DPCS changes.

Jan 25 2012 11:47:31:840AM 1120125012 Greg Wallace Changes: No DPCS changes.

Result: Plasma through rampdown. One long H-mode. J-port power looks to be missing. Injection at 1.07 s does not kill H-mode.

Next shot: Increase Ip in flattop to 1e6 A.

Jan 25 2012 12:10:30:290PM 1120125013 Greg Wallace Changes: Increase Ip in flattop to 1e6 A.

Result: 1 MA shot ran into rampdown. Disruption at about 400 kA during rampdown. Startup looks a little sickly. C-III and H-alpha spike around 0.013 s, current ramp slows down at same time. The startup seems to be getting worse then improving every few shots. Some injections later in shot (Fe?) cause RF faults and drop from H-mode.

Next shot: No DPCS changes.

Jan 25 2012 12:30:09:247PM 1120125014 Greg Wallace Changes: No DPCS changes.

Result: Plasma into rampdown. Disruption at about 400 kA in rampdown again. Catherine says neutron count is creeping up! Startup looks better again. Long cell access for Josh & Yijun. Problems with one of the 216 digitizers for J monitor. Will press on.

Next shot: No DPCS changes.

Jan 25 2012 12:47:23:880PM 1120125015 Greg Wallace Changes: No DPCS changes.

Result: Plasma through rampdown, disrupts at 300 kA. 3 H-modes.

Next shot: No DPCS changes.

Jan 25 2012 12:59:56:030PM 1120125016 Greg Wallace Changes: No DPCS changes.

Result: Plasma through rampdown.

Next shot: No DPCS changes.

Jan 25 2012 01:13:17:333PM 1120125017 Greg Wallace Changes: No DPCS changes.

Result: Disruption at 0.89 s. Big spike in radiated power just before disruption. Fe again. Injection seems to be coming about when strike point moves. Will see if it happens on next shot before changing strike point programming.

Next shot: No DPCS changes.

Jan 25 2012 01:25:38:243PM 1120125018 Greg Wallace Changes: No DPCS changes.

Result: Fizzle. C-III has big spike around 0.011 s. H-alpha looks close to normal. Current rise is very slow starting around 0.007 s. Fields and pressure look very similar to shot 17. Not sure what the issue is...

Next shot: Try again. No changes.

Jan 25 2012 01:42:08:390PM 1120125019 Greg Wallace Changes: Try again. No changes.

Result: Plasma through rampdown. Injection around 0.9 s but does not kill the plasma this time. Again, this is shortly after strike point moves up onto the vertical plate.

Next shot: Keep strike point in slot, do sweep up the divertor plate. Import seg 2 into seg 3. Turn off seg 2, turn on seg 3. Change ZXL programming in seg 3 so that ZXL remains constant at -.005 between 0.6 s and 1.5 s. RXL programming is already constant. Leave upper strike point programming as is.

Jan 25 2012 01:50:35:727PM 1120125020 Greg Wallace Changes: Keep strike point in slot, do sweep up the divertor plate. Import seg 2 into seg 3. Turn off seg 2, turn on seg 3. Change ZXL programming in seg 3 so that ZXL remains constant at -.005 between 0.6 s and 1.5 s. RXL programming is already constant. Leave upper strike point programming as is.

Result: ZXL programming change did not alter strike point sweep significantly. Fe injection moved later and is now smaller.

Next shot: Reduce Ip to 900 kA in seg 3.

Jan 25 2012 02:09:44:267PM 1120125021 Greg Wallace Changes: Reduce Ip to 900 kA in seg 3.

Result: Plasma through rampdown.

Next shot: Reduce Ip to 800 kA in seg 3.

Jan 25 2012 02:19:35:543PM 1120125022 Greg Wallace Changes: Reduce Ip to 800 kA in seg 3.

Result: Plasma through rampdown. Long steady H-mode at lower power and lower current.

Next shot: No DPCS changes, more ICRF power.

Jan 25 2012 02:32:14:330PM 1120125023 Greg Wallace Changes: No DPCS changes. More ICRF power.

Result: Plasma through rampdown with long H-mode at 800 kA. Several faults after power level is raised.

Next shot: Move lower x-point up and to the right to keep strike point on shelf for duration of RF pulse. Increase RXL from -0.01 to -0.005 during flattop. Move ZXL from -0.005 to 0 during flattop.

Jan 25 2012 02:50:40:740PM 1120125024 Greg Wallace Changes: Move lower x-point up and to the right to keep strike point on shelf for duration of RF pulse. Increase RXL from -0.01 to -0.005 during flattop. Move ZXL from -0.005 to 0 during flattop.

Result: Dud or fizzle. Fud? Dizzle? Flash of H-alpha light but looks like EF1U and EF1L both failed to commutate.

Next shot: Try again.

Jan 25 2012 03:04:18:210PM 1120125025 Greg Wallace Changes: Try again.

Result: Another dud, still EF1U and EF1L. Wolfe says EF1 switches never closed on this shot. Gary found that cabinet in power room needed to be power cycled.

Next shot: Try again for plasma.

Jan 25 2012 03:10:41:253PM 1120125026 Greg Wallace Changes: Try again for plasma.

Result: Plasma through rampdown.

Next shot: Repeat with different RF waveform.

Jan 25 2012 03:29:35:000PM 1120125027 Greg Wallace Changes: Repeat with different RF waveform. No DPCS changes.

Result: Plasma through rampdown. Three good RF pulses but no H-mode in middle pulse.

Next shot: No DPCS changes.

Jan 25 2012 03:36:31:530PM 1120125028 Greg Wallace Changes: No DPCS changes.

Result: Plasma through rampdown. Similar to shot 27. Early and late H-modes.

Next shot: No DPCS changes, switch order of RF antennas.

Jan 25 2012 03:53:33:780PM 1120125029 Greg Wallace Changes: No DPCS changes, switch order of RF antennas.

Result: H-modes in first and third RF pulses.

Next shot: No DPCS changes, switch order of RF antennas.

Jan 25 2012 04:05:39:037PM 1120125030 Greg Wallace Changes: No DPCS changes, switch order of RF antennas.

Result: Same shot, different number. H-modes in first and third RF pulses as per the norm. Plasma through rampdown.

Next shot: Reduce Ip to 500 kA in seg 3.

Jan 25 2012 04:21:53:447PM 1120125031 Greg Wallace Changes: Reduce Ip to 500 kA in seg 3.

Result: Plasma into rampdown. No H-mode.

Next shot: Reduce programmed nl_04 to 0.6e19 in seg 3.

Jan 25 2012 04:28:34:557PM 1120125032 Greg Wallace Changes: Reduce programmed nl_04 to 0.6e19 in seg 3.

Result: Plasma through rampdown. Nothing but faults from E-port. No H-mode.

Next shot: Change to 1.1MA and nl_04=0.9e20.

Jan 25 2012 04:44:20:180PM 1120125032 Greg Wallace Changes: Change to 1.1MA and nl_04=0.9e20.

Result: Plasma through rampdown. Three H-modes starting at 1 s.

Next shot: Pull strike point back down into the slot. Reduce RXL and ZXL by 5mm each.

Jan 25 2012 05:20:44:223PM 1120125034 Greg Wallace Changes: Pull strike point back down into the slot. Reduce RXL and ZXL by 5mm each.

Result: 5 H-modes. Plasma through rampdown. A hint of a bounce in startup.

Next shot: No DPCS changes.

Jan 25 2012 05:21:10:333PM 1120125035 Greg Wallace Changes: No DPCS changes.

Result: Plasma through rampdown. 4 H-modes. Last shot of the day.

Engineering Operator Comments

Shot Time Type Status Comment

1 09:08:20:910AM Plasma Ok

2 09:22:03:947AM Plasma Ok

3 09:34:37:390AM Plasma Ok

4 09:47:47:923AM Plasma Ok

5 10:03:00:953AM Plasma Ok

6 10:16:29:267AM Plasma Ok

7 10:31:39:220AM Plasma Ok

8 10:44:27:420AM Plasma Ok

9 10:57:06:657AM Plasma Ok

10 11:10:52:243AM Plasma Ok

11 11:23:51:330AM Plasma Ok

12 11:36:50:067AM Plasma Ok

13 11:54:47:827AM Plasma Ok

14 12:08:06:920PM Plasma Ok

15 12:30:32:527PM Plasma Ok

16 12:47:29:480PM Plasma Ok

17 01:00:20:150PM Plasma Ok

18 01:13:02:797PM Plasma Ok

19 01:28:42:017PM Plasma Ok

20 01:41:57:110PM Plasma Ok

21 01:54:47:327PM Plasma Ok

22 02:07:14:947PM Plasma Ok

23 02:20:40:037PM Plasma Ok

24 02:33:27:970PM Plasma Ok

25 02:47:42:087PM Plasma Bad No EF1 Commutation

26 03:05:04:260PM Plasma Ok

27 03:17:52:163PM Plasma Ok

28 03:31:06:303PM Plasma Ok

29 03:44:00:463PM Plasma Ok

30 03:56:36:243PM Plasma Ok

31 04:09:17:270PM Plasma Ok

32 04:22:32:360PM Plasma Ok

33 04:35:18:790PM Plasma Ok

34 04:48:16:293PM Plasma Ok

35 05:00:55:490PM Plasma Ok

System Availability

Jan 25 2012 09:07:56:937AM

System Available Comment Availability
Changed Owner Description Who Can
Change
Active MHD no secured - tagged out Jun 02 2008 11:03AM (sears) Joe Snipes Active MHD Antenna golfit
BES yes BES system is online Nov 22 2011 02:21PM (bespam) Bill Rowan Beam Emission Spectroscopy bespam,liao,rowan
Bolometers yes Midplane and LEDGE-AX diodes functioning properly. Midplane bolometers working and calibrated. LEDGE/DIV bolometers working, but toaster calibration not yet complete. Jan 23 2012 12:02PM (mlreinke) Matt Reinke Bolometers hutch,mlreinke
Boronization no Bottle Removed. System has been tested and will be ready once bottle is installed Jan 09 2012 06:32AM (dekow) Jim Irby Boronization dekow,irby
CECE no Jan 06 2012 03:48PM Anne White Correlation ECE whitea
CNPA yes Multiple channel CNPA available, no safety risk for in-vessel access Apr 14 2011 12:01PM (parker) Ron Parker Compact Neutral Analyzer parker
Cryopump - Upper Divertor yes Operational. He level meter not working on 500L dewar. Frank will take manual readings. Jan 11 2012 11:46AM (labombard) Brian LaBombard Upper Divertor Cryopump dekow,irby,labombard
CXRS yes core-CXRS system is online Nov 22 2011 02:21PM (bespam) Bill Rowan Charge Exchange Spectroscopy bespam,blip,liao,rachmcd,rowan
CXRS edge yes Michael CHurchill has primary responsibility at the moment Apr 19 2011 11:44AM (blip) Bruce Lipshultz Measurement of CXR light in the pedestal region at both the high- and low-field sides blip,rmchurch
D Alpha yes \ha2_bright is available; \SPECTROSCOPY::TOP.VUV.VIS_SIGNALS:MCP_VIS_SIG1 is not available Jul 01 2009 09:45AM (terry) Jim Terry Balmer Alpha Monitor irby,terry,wolfe
Dalsa no system is is installed and aligned, but not functional (appears to be a broken cable) Dec 05 2011 02:41PM (marmar) Earl Marmar Visible Bremsstrahlung Imaging marmar
Disruption Mitigation no gas jet valve disabled on 2011/04/13 Apr 13 2011 02:04PM (granetz) Robert Granetz Gas Jet granetz,whyte
Divertor IR no Mar 06 2007 10:50AM Glen Wurden Divertor IR Digital Video gwurden,terry
Divertor IR Spectroscopy no Mar 06 2007 10:51AM Glen Wurden Divertor IR Spectroscopy gwurden,terry
DMBolo AXUV diodes no Diodes are taking data, but system is not fully operational yet. Post-acquisition data processing code is not yet functional. Dec 02 2011 03:27PM (golynyk) Geoff Olynyk Set of six AXUV diodes in a toroidal array of midplane wall boxes. golynyk,granetz,mlreinke,whyte
DNB yes Dec 01 2011 11:46AM (granetz) Robert Granetz Diagnostic Neutral Beam dterry,granetz,mochung
ECDC yes Operational as of 11/19/11 Nov 22 2011 03:01PM (irby) Jim Irby 2.45 GHz, 3 kW, discharge cleaning system dekow,irby,pfeiffer
FRC-ECE no Power off to RF and IF sections- Power on to DA Apr 11 2011 02:54PM (phillips) Perry Phillips Heterodyne ECE-32 channels bespam,liao,phillips,rowan,whitea
FTCI no Jan 06 2012 04:36PM Jim Irby Fast two-color interferometer irby
G-Side Ratiomatic yes Dec 02 2011 12:24PM (toland) Brian LaBombard G-side ratiomatic ionization gauge labombard,toland
Glow Discharge no Power supply unplugged and redtagged, HV cables removed Apr 14 2011 08:03AM (dekow) Jim Irby 1 kV, 5 A, glow discharge system dekow,dterry,irby
GPC yes Using new preamps. Nov 30 2011 07:51AM (hubbard) Amanda Hubbard ECE Polychromater hubbard
GPC2 yes Dewar cold. Nov 21 2011 09:55AM (hubbard) Amanda Hubbard ECE Polychromater hubbard
GPI yes The Xpt-view, the midplane-view cameras are operational. The innerwall GPI (coupled to the fast-diodes) is available. Jul 01 2009 09:45AM (terry) Jim Terry Gas Puff Imaging terry,zweben
H/D yes system is functional and taking data Dec 05 2011 02:42PM (marmar) Earl Marmar H/D Ratio marmar
HEAT yes Jan 09 2012 06:32AM (dekow) Gary Dekow - Machine Heaters - burke,dekow
Hirex Jr yes Hirex-Jr has been installed Jun 28 2010 03:36PM (rice) John Rice High Resolution X-Ray ince,rice
Hirex Sr yes Installed and aligned. Will be available for Ti/Vr profiles after focusing tests and locked modes are taken. Dec 06 2011 08:21AM (ypodpaly) John Rice High Resolution X-Ray cgao,ldelgado,rice,ypodpaly
HXR yes 32 Channels operational,, no safety risk for in-vessel access Apr 14 2011 12:05PM (parker) Ron Parker Hard X-Ray Array faust,parker,schmidt
ICRF D-Antenna no secured Apr 14 2011 08:55AM (wukitch) Steve Wukitch D-port antenna wukitch,ylin
ICRF E-Antenna no secured Apr 14 2011 08:55AM (wukitch) Steve Wukitch E-port antenna wukitch,ylin
ICRF J-Antenna no secured Apr 14 2011 08:56AM (wukitch) Steve Wukitch J-port antenna wukitch,ylin
Impurity Spectroscopy yes Being upgraded with better optics and new spectrographs. Dan Miller has primary responsibility. Apr 19 2011 11:46AM (blip) Bruce Lipshultz Measurement of recycling light and impurity source rates at multiple surfaces around the tokamak blip,miller
Laser Blow-Off yes Operational and tested Jan 06 2012 03:50PM (g) Martin Greenwald Impurity Injection System g,nthoward
Lower Hybrid no LH HV Breaker Opened and Tagged, TPS Upgrade Underway Nov 10 2011 03:51PM (dterry) Ron Parker Lower Hybrid dterry,parker,wallaceg
Lower Hybrid Reflectometer no off Apr 15 2011 08:24AM (dominguez) Arturo Dominguez Lower Hybrid Reflectometer dominguez,marmar,parker,sgbaek
LoWEUS yes LoWEUS viewing the 10-30 nm region, spectral brightness vs. lambda and time are being stored in tree. Jan 23 2012 12:03PM (mlreinke) Matthew L. Reinke Long Wavelength Extreme Ultraviolet Spectrometer markchil,mlreinke
LPI no Beam line removed May 30 2008 02:09PM (bose) Earl Marmar Lithium Pellet Injector bose,marmar
Ly-alpha yes Midplane Lyman-a and LEDGE-LY working normally. New B-PORT Lyman (BPLY) still being debugged. Jan 23 2012 12:04PM (mlreinke) Matt Reinke Lyman alpha cameras faustian,labombard,mlreinke
Magnetics yes Dec 01 2011 11:51AM (g) Robert Granetz Bp coils and flux loops for equilibrium control granetz,wolfe
McPherson yes McPherson viewing the 10-14 nm region for molybdenum monitoring. It's days are numbered as LoWEUS has demonstrated superiority. Jan 23 2012 12:05PM (mlreinke) Jim Terry VUV Spectrometer markchil,mlreinke,terry
Michelson yes Front end at 4.5e-8 T. Reduced speed for initial operation. Nov 30 2011 07:51AM (hubbard) Amanda Hubbard ECE Te Profiles hubbard,schmidt
MKS yes Dec 02 2011 12:27PM (toland) Brian LaBombard Baratron pressure gauges labombard,toland
MLP no System is in edge lab. Version 2 drivers ready to test. Needs a student to help work on it. Jul 14 2009 09:20PM (labombard) Brian LaBombard Mirror Langmuir Probe Electronics System labombard
MSE no 1/3/2011: push-pull mechanism broken. MSE inoperative Jan 03 2012 11:47AM (sscott) Steve Scott Motional Stark Effect jinseok,sscott
Neutrons yes High voltage is on. We're ready for plasma. Nov 21 2011 12:58PM (fiore) Catherine Fiore Neutron Detectors fiore
Neuts and Hards yes All detectors Powered On --- Waiting for neutrons for calibration Nov 22 2011 01:05PM (irby) Jim Irby X-Ray/Neutron Detectors at K-Hor irby
NINJA yes C-bottom and new F-bottom system ready. Dec 02 2011 12:28PM (toland) Brian LaBombard NINJA gas puff labombard,terry,toland
PCI yes Operational. Nov 30 2011 12:45PM (ntsujii) Miklos Porkolab Phase Contrast Imaging emd,ennever,ntsujii,porkolab
Penning Gauges yes Operational. High voltage comes on during INIT and off at RECOOL. Dec 09 2011 09:48AM (labombard) Brian LaBombard Penning Ionization Gauges labombard
Plasma TV yes WIDE1, WIDE2 (chan 33), DANT, JANT and DIV are operational. Jul 01 2009 09:46AM (terry) Jim Terry Video of plasma via several cameras dekow,irby,terry,wolfe
Polarimeter yes 3 chords operational but with high noise level Jan 06 2012 04:22PM (irby) Jim Irby C-Mod Polarimeter irby
Power - Alternator Air Switch yes Jan 09 2012 06:33AM (dekow) Gary Dekow feeds all the other supplies cochran,dekow,dterry,irby
Power - PEI yes Jan 09 2012 06:33AM (dekow) Gary Dekow PEI System cochran,dekow,dterry,irby
Power - TMX yes Jan 09 2012 06:33AM (dekow) Gary Dekow Ef2s,. EFCs and A-Coils byford,cochran,dekow,dterry,irby
Power Systems yes Jan 09 2012 06:33AM (dekow) Jim Irby C-Mod Magnet Supplies byford,cochran,dekow,dterry,irby
Probe Array - ISD yes Operational, except for probe #1 (open circuit) and probe #16 (not installed). Dec 09 2011 09:50AM (labombard) Brian Labombard Inner Lower Divertor Probe Array labombard
Probe Array - LH yes Operational, except for bottom-D probe (open circuit). Dec 09 2011 09:52AM (labombard) Brian LaBombard Lower Hybrid Probe Array labombard
Probe Array - OSD yes F-divertor ok. J-divertor ok, except for JDIV_06 which is shorted out. Dec 09 2011 09:54AM (labombard) Brian LaBombard Outer Lower Divertor Probe Array (F and J) labombard
Probe Array - UDIV yes Operational except for probes #4, 5 and 13 (open) Dec 09 2011 09:56AM (labombard) Brian LaBombard Upper Divertor Probe Array labombard
Reflectometer yes As of 1120105xxx, all channels are connected Jan 05 2012 09:14AM (dominguez) Earl Marmar Reflectometer dominguez,marmar
Scanning Probe - ASP yes Ion Sensitive Probe head installed. Testing in piggy-back mode. Dec 20 2011 12:33PM (labombard) Brian LaBombard A-Port Scanning Probe labombard
Scanning Probe - FSP yes Operational. Dec 09 2011 09:57AM (labombard) Brian LaBombard F-Port Scanning Probe labombard
Scanning Probe - WASP yes A-port WASP is operational. K-port WASP is dead (all probes melted together). Dec 09 2011 09:58AM (labombard) Brian LaBombard Inner Wall Scanning Probe labombard,nsmick
Shoelace Antenna yes Fixed frequency operation available (100kHz) at moderate power (< 0.5kW). Otherwise in receiver mode. Jan 11 2012 11:50AM (labombard) Brian LaBombard High-k active MHD antenna, for QCM, WCM studies golfit,labombard
SOL reflectometer yes c-port waveguides operational, h-port waveguides are not. Nov 29 2011 12:04PM (cornwall) Cornwall Lau SOL reflectometer cornwall,wukitch,ylin
Sparker yes New Type II sparker replaced Type I on 11/17/2011 Nov 23 2011 08:53AM (irby) Jim Irby Field Emission Preionization for C-Mod dekow,irby,parkin
Surface Science Station no SSS is up to air, no safety issues Apr 14 2011 12:06PM (ochoukov) Bruce Lipschultz Radially scanning probe located on K-port blip,ochoukov
TCI yes TCI Operational. Density feedback operational. Nov 10 2011 11:47AM (irby) Jim Irby Two-Color Interferometer irby,murray
TS - Core no Lasers and core Thomson are operating Jan 19 2012 10:22AM (yma) Jerry Hughes Core Thomson scattering jrwalk,jwhughes,yma
TS - Edge no All lasers are shut down and cannot be fired into cell. Apr 11 2011 01:20PM (jwhughes) Jerry Hughes Millimeter resolution edge Thomson scattering jrwalk,jwhughes,yma
Vispec no 350 and 670 nm, 4 spatial channels Nov 28 2007 09:58AM (agraf) Alex Graf Visible Spectrometer agraf
XEUS yes XEUS viewing the 1-6 nm region, spectral brightness vs. lambda and time are being stored in tree. Jan 23 2012 12:13PM (mlreinke) Matt Reinke X-ray Extended Ultraviolet Spectrometer markchil,mlreinke
XTOMO yes ARRAY1->4 working normally, ARRAY5 (new core view) working but spatial calibration issues not yet resolved Jan 23 2012 12:13PM (mlreinke) Robert Granetz X-Ray Tomography faustian,granetz,mlreinke

Session Leader Comments
Jan 25 2012 09:16:52:727AM	1120125001	Steve Wukitch	001 request: BT=5.4T, Ip=0.8 MA, nl_04~0.9 D : t = [0.95, 1.25] sec, 0.40 to 1.50 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.50 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.30 to 1.50 MW, 78.0 MHz result: plasma multiple H-modes J ran fairly well at high power D and E are a bit ratty next: lower BT to 5.2 T to center D/E/J cyclotron resonance
Jan 25 2012 09:32:33:433AM	1120125002	Steve Wukitch	002 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [0.95, 1.25] sec, 0.40 to 1.50 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.50 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.30 to 1.50 MW, 78.0 MHz result: plasma multiple H-modes next: repeat - get clean J antenna pulse
Jan 25 2012 09:42:47:073AM	1120125003	Steve Wukitch	003 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [0.95, 1.25] sec, 0.40 to 1.50 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.50 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.30 to 1.50 MW, 78.0 MHz result: plasma multiple H-modes clear arc on J but recovered next: repeat - get clean J antenna pulse
Jan 25 2012 10:04:04:570AM	1120125004	Steve Wukitch	004 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [0.95, 1.25] sec, 0.40 to 1.50 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.50 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.30 to 1.50 MW, 78.0 MHz result: plasma multiple H-modes J voltage limit is too tight next: repeat - get clean J antenna pulse
Jan 25 2012 10:11:27:550AM	1120125005	Steve Wukitch	005 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [0.95, 1.25] sec, 0.40 to 1.50 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.50 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.30 to 1.50 MW, 78.0 MHz result: plasma multiple H-modes good shot next: D-J-E
Jan 25 2012 10:31:33:580AM	1120125006	Steve Wukitch	006 ill timed dirt ball next: disable Ar - see if H-mode becomes steady
Jan 25 2012 10:52:47:810AM	1120125008	Steve Wukitch	008 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.60, 0.90] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.95, 1.25] sec, 0.40 to 1.30 MW, 78.0 MHz result: plasma - early disruption during E antenna next: repeat minus the disruption
Jan 25 2012 11:04:28:240AM	1120125009	Steve Wukitch	009 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.60, 0.90] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.95, 1.25] sec, 0.40 to 1.30 MW, 78.0 MHz result: plasma - good comparison next: J-E-D
Jan 25 2012 11:24:10:537AM	1120125010	Steve Wukitch	010 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.40 to 1.30 MW, 78.0 MHz result: plasma - good comparison next: stack antennas increase injected power to 2.4 MW and step to 4 MW
Jan 25 2012 11:38:44:653AM	1120125011	Steve Wukitch	011 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.40 to 1.20 MW, 78.0 MHz result: plasma - long H-mode D and E faulter at toward the end of the pulse next: 3 MW and 4 MW stacked pulses
Jan 25 2012 11:54:44:790AM	1120125012	Steve Wukitch	012 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.40 to 1.20 MW, 78.0 MHz result: plasma - long H-mode D and E faulter at toward the end of the pulse next: raise Ip=1 MA
Jan 25 2012 01:53:45:667PM	1120125013	Steve Wukitch	013 request: BT=5.2T, Ip=1 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.40 to 1.20 MW, 78.0 MHz result: plasma - injection then ratty RF after 1 sec next: repeat with higher initial RF
Jan 25 2012 02:36:49:707PM	1120125014	Steve Wukitch	014 request: BT=5.2T, Ip=1 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 78.0 MHz result: plasma - looks reasonable til RF starts faulting H/H+D is climbing next: improve match
Jan 25 2012 02:34:40:317PM	1120125015	Steve Wukitch	015 request: BT=5.2T, Ip=1 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 78.0 MHz result: plasma - looks good til RF starts faulting next: improve RF match
Jan 25 2012 02:32:04:087PM	1120125016	Steve Wukitch	016 request: BT=5.2T, Ip=1 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 1.30] sec, 0.30 to 1.10 MW, 78.0 MHz result: early disruption - injection @0.85 s ratty RF particularly at high power next: repeat
Jan 25 2012 02:24:04:877PM	1120125017	Steve Wukitch	017 request: BT=5.2T, Ip=1 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.30 to 1.10 MW, 78.0 MHz result: early disruption - injection next: repeat sans disruption
Jan 25 2012 02:16:19:700PM	1120125018	Steve Wukitch	fizzle
Jan 25 2012 02:09:21:177PM	1120125019	Steve Wukitch	019 request: BT=5.2T, Ip=1 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.30 to 1.10 MW, 78.0 MHz result: plasma - injection at ~0.9 s next: attempt to get rid of injection
Jan 25 2012 01:58:30:323PM	1120125020	Steve Wukitch	020 request: BT=5.2T, Ip=1 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.30 to 1.10 MW, 78.0 MHz result: plasma - no injection next: lower Ip to 0.9 MA
Jan 25 2012 02:04:39:197PM	1120125021	Steve Wukitch	021 request: BT=5.2T, Ip=0.9 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.30 to 1.10 MW, 78.0 MHz result: plasma - still falling out of EDA J is hitting voltage limit next: lower Ip to 0.8 MA
Jan 25 2012 02:15:46:350PM	1120125022	Steve Wukitch	022 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.30 to 1.10 MW, 78.0 MHz result: plasma - steady EDA next: raise power
Jan 25 2012 02:29:18:763PM	1120125023	Steve Wukitch	023 request: BT=5.2T, Ip=0.8 MA, nl_04~0.9 D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.30 to 1.30 MW, 78.0 MHz result: plasma - steady EDA bit of faulting from D and J next: raise power, move strike point to the vertical plate earlier
Jan 25 2012 02:40:51:980PM	1120125024	Steve Wukitch	024 fizzle but it is a failure to commutate on EF1 that is the root problem
Jan 25 2012 03:00:09:053PM	1120125025	Steve Wukitch	dud
Jan 25 2012 03:14:11:067PM	1120125026	Steve Wukitch	026 request: Bt=5.2T, Ip=0.8 MA, nl04=0.8 D : t = [0.60, 1.40] sec, 0.30 to 1.40 MW, 80.5 MHz E : t = [0.60, 1.40] sec, 0.30 to 1.60 MW, 80.0 MHz J4: t = [0.60, 1.40] sec, 0.30 to 1.30 MW, 78.0 MHz result: plasma - nice EDA at ~3.2 MW bit ratty at 4 MW next: back to comparison J-D-E
Jan 25 2012 03:30:49:260PM	1120125027	Steve Wukitch	027 request: Bt=5.2T, Ip=0.8 MA, nl04=0.8 D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.40 to 1.30 MW, 78.0 MHz result: plasma - H mode with J and D but not E next: E-J-D
Jan 25 2012 03:48:26:527PM	1120125028	Steve Wukitch	028 request: Bt=5.2T, Ip=0.8 MA, nl04=0.8 D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.60, 0.90] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.95, 1.25] sec, 0.40 to 1.30 MW, 78.0 MHz result: plasma - H-mode with D and E but not J next: D-J-E
Jan 25 2012 03:49:29:790PM	1120125029	Steve Wukitch	029 request: Bt=5.2T, Ip=0.8 MA, nl04=0.8 D : t = [0.60, 0.90] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.95, 1.25] sec, 0.41 to 1.30 MW, 78.0 MHz result: plasma next: J-D-E
Jan 25 2012 04:04:54:943PM	1120125030	Steve Wukitch	030 request: Bt=5.2T, Ip=0.8 MA, nl04=0.8 D : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.41 to 1.30 MW, 78.0 MHz result: plasma next: J-D-E with Ip=0.5 MA
Jan 25 2012 04:14:07:373PM	1120125031	Steve Wukitch	031 request: Bt=5.2T, Ip=0.5 MA, nl04=0.8 D : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.41 to 1.30 MW, 78.0 MHz result: plasma - RF mismatched next: lower nl04=0.6
Jan 25 2012 04:29:43:933PM	1120125032	Steve Wukitch	032 request: Bt=5.2T, Ip=0.5 MA, nl04=0.6 D : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.41 to 1.30 MW, 78.0 MHz result: plasma - no H-modes next: raise current to 1.1 MA (more ohmic heating) and density back to nl04~0.9
Jan 25 2012 04:41:28:873PM	1120125033	Steve Wukitch	033 request: Bt=5.2T, Ip=1.1 MA, nl04=0.9 D : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.41 to 1.30 MW, 78.0 MHz result: plasma - no H-mode with J next: try lowering the strike point to lower H-mode threshold
Jan 25 2012 04:51:36:897PM	1120125034	Steve Wukitch	034 request: Bt=5.2T, Ip=1.1 MA, nl04=0.9 D : t = [0.95, 1.25] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.60, 0.90] sec, 0.41 to 1.30 MW, 78.0 MHz result: plasma - H-modes next: E-J-D
Jan 25 2012 05:04:12:613PM	1120125035	Steve Wukitch	035 request: Bt=5.2T, Ip=1.1 MA, nl04=0.9 D : t = [1.30, 1.60] sec, 0.30 to 1.20 MW, 80.5 MHz E : t = [0.60, 0.90] sec, 0.30 to 1.20 MW, 80.0 MHz J4: t = [0.95, 1.25] sec, 0.41 to 1.30 MW, 78.0 MHz result: plasma - H-modes next: EoR

Physics Operator Comments
Jan 25 2012 09:21:56:640AM	1120125001	Greg Wallace	Changes: Load seg 1 and 2 from 1120124007 (good shot from yesterday afternoon). Result: Plasma through rampdown. Many (4? 5?) short H-modes. Lots of faulting from D and E, less from J. Next shot: Lower toroidal field to 5.2 T. Ramp down TF current from -150000A to -143382A between 0.1 s and 0.15 s.
Jan 25 2012 09:33:29:873AM	1120125002	Greg Wallace	Changes: Lower toroidal field to 5.2 T. Ramp down TF current from -150000A to -143382A between 0.1 s and 0.15 s. Result: Plasma through rampdown. Again, many short H-modes. A little bounce on startup. Will see how it goes on the next shot. Pressure was a little higher than previous shot. Next shot: No DPCS changes.
Jan 25 2012 09:46:58:937AM	1120125003	Greg Wallace	Changes: No DPCS changes. Result: Plasma through rampdown. Two short H-modes. Many faults on J, D and E are better. Next shot: No DPCS changes.
Jan 25 2012 10:02:53:340AM	1120125004	Greg Wallace	Changes: No DPCS changes. Result: Plasma through rampdown. Cell access for Yijun. Next shot: No DPCS changes.
Jan 25 2012 10:17:37:203AM	1120125005	Greg Wallace	Changes: No DPCS changes. Result: Several short H-modes again. RF looks better. Some H-alpha and C-III spikes around 0.01 s. Looks similar to shot 2. Will continue to wait and see if it gets worse. Next shot: Bruce requests change of gas in NINJA plenum to 10psi D2. No DPCS changes.
Jan 25 2012 10:30:35:410AM	1120125006	Greg Wallace	Changes: Bruce requests change of gas in NINJA plenum to 10psi D2. No DPCS changes. Result: Disruption at 0.03 s, 150 kA. Big bright snowball on upper right of WIDE2 camera looks like it might be the cause. Next shot: Disable Ar puff (PG1 B-side lower).
Jan 25 2012 10:44:00:357AM	1120125007	Greg Wallace	Changes: Disable Ar puff (PG1 B-side lower). Result: Plasma through rampdown. Three longer H-modes each terminate shortly after ICRF turns off. Nice looking ICRF power traces. Next shot: No DPCS changes.
Jan 25 2012 10:57:37:900AM	1120125008	Greg Wallace	Changes: No DPCS changes. Result: Disruption at 0.77 s, shortly after E-port increases to 1.2 MW. Can't see any probems with the programming. Next shot: No DPCS changes. Hope the disruption goes away.
Jan 25 2012 11:07:37:597AM	1120125009	Greg Wallace	Changes: No DPCS changes. Hope the disruption goes away. Result: Plasma through rampdown. 3 good looking RF waveforms and 3 H-modes. Next shot: No DPCS changes. Enable DNB gate valve.
Jan 25 2012 11:23:13:883AM	1120125010	Greg Wallace	Changes: No DPCS changes. Enable DNB gate valve. Result: Plasma through rampdown. 3 good RF pulses. Earl noticed that strike point is on the vertical leg for 2nd and 3rd pulses but on the horizontal plate for the 1st pulse. Next shot: No DPCS changes.
Jan 25 2012 11:36:22:817AM	1120125011	Greg Wallace	Changes: No DPCS changes. Result: Plasma into rampdown. Disruption as current ramps down to about 400 kA. One long H-mode. J looks good, D and E less so. All 3 antennas are stacked. 2.5 MW increases to 4 MW at 1.0 s. Next shot: No DPCS changes.
Jan 25 2012 11:47:31:840AM	1120125012	Greg Wallace	Changes: No DPCS changes. Result: Plasma through rampdown. One long H-mode. J-port power looks to be missing. Injection at 1.07 s does not kill H-mode. Next shot: Increase Ip in flattop to 1e6 A.
Jan 25 2012 12:10:30:290PM	1120125013	Greg Wallace	Changes: Increase Ip in flattop to 1e6 A. Result: 1 MA shot ran into rampdown. Disruption at about 400 kA during rampdown. Startup looks a little sickly. C-III and H-alpha spike around 0.013 s, current ramp slows down at same time. The startup seems to be getting worse then improving every few shots. Some injections later in shot (Fe?) cause RF faults and drop from H-mode. Next shot: No DPCS changes.
Jan 25 2012 12:30:09:247PM	1120125014	Greg Wallace	Changes: No DPCS changes. Result: Plasma into rampdown. Disruption at about 400 kA in rampdown again. Catherine says neutron count is creeping up! Startup looks better again. Long cell access for Josh & Yijun. Problems with one of the 216 digitizers for J monitor. Will press on. Next shot: No DPCS changes.
Jan 25 2012 12:47:23:880PM	1120125015	Greg Wallace	Changes: No DPCS changes. Result: Plasma through rampdown, disrupts at 300 kA. 3 H-modes. Next shot: No DPCS changes.
Jan 25 2012 12:59:56:030PM	1120125016	Greg Wallace	Changes: No DPCS changes. Result: Plasma through rampdown. Next shot: No DPCS changes.
Jan 25 2012 01:13:17:333PM	1120125017	Greg Wallace	Changes: No DPCS changes. Result: Disruption at 0.89 s. Big spike in radiated power just before disruption. Fe again. Injection seems to be coming about when strike point moves. Will see if it happens on next shot before changing strike point programming. Next shot: No DPCS changes.
Jan 25 2012 01:25:38:243PM	1120125018	Greg Wallace	Changes: No DPCS changes. Result: Fizzle. C-III has big spike around 0.011 s. H-alpha looks close to normal. Current rise is very slow starting around 0.007 s. Fields and pressure look very similar to shot 17. Not sure what the issue is... Next shot: Try again. No changes.
Jan 25 2012 01:42:08:390PM	1120125019	Greg Wallace	Changes: Try again. No changes. Result: Plasma through rampdown. Injection around 0.9 s but does not kill the plasma this time. Again, this is shortly after strike point moves up onto the vertical plate. Next shot: Keep strike point in slot, do sweep up the divertor plate. Import seg 2 into seg 3. Turn off seg 2, turn on seg 3. Change ZXL programming in seg 3 so that ZXL remains constant at -.005 between 0.6 s and 1.5 s. RXL programming is already constant. Leave upper strike point programming as is.
Jan 25 2012 01:50:35:727PM	1120125020	Greg Wallace	Changes: Keep strike point in slot, do sweep up the divertor plate. Import seg 2 into seg 3. Turn off seg 2, turn on seg 3. Change ZXL programming in seg 3 so that ZXL remains constant at -.005 between 0.6 s and 1.5 s. RXL programming is already constant. Leave upper strike point programming as is. Result: ZXL programming change did not alter strike point sweep significantly. Fe injection moved later and is now smaller. Next shot: Reduce Ip to 900 kA in seg 3.
Jan 25 2012 02:09:44:267PM	1120125021	Greg Wallace	Changes: Reduce Ip to 900 kA in seg 3. Result: Plasma through rampdown. Next shot: Reduce Ip to 800 kA in seg 3.
Jan 25 2012 02:19:35:543PM	1120125022	Greg Wallace	Changes: Reduce Ip to 800 kA in seg 3. Result: Plasma through rampdown. Long steady H-mode at lower power and lower current. Next shot: No DPCS changes, more ICRF power.
Jan 25 2012 02:32:14:330PM	1120125023	Greg Wallace	Changes: No DPCS changes. More ICRF power. Result: Plasma through rampdown with long H-mode at 800 kA. Several faults after power level is raised. Next shot: Move lower x-point up and to the right to keep strike point on shelf for duration of RF pulse. Increase RXL from -0.01 to -0.005 during flattop. Move ZXL from -0.005 to 0 during flattop.
Jan 25 2012 02:50:40:740PM	1120125024	Greg Wallace	Changes: Move lower x-point up and to the right to keep strike point on shelf for duration of RF pulse. Increase RXL from -0.01 to -0.005 during flattop. Move ZXL from -0.005 to 0 during flattop. Result: Dud or fizzle. Fud? Dizzle? Flash of H-alpha light but looks like EF1U and EF1L both failed to commutate. Next shot: Try again.
Jan 25 2012 03:04:18:210PM	1120125025	Greg Wallace	Changes: Try again. Result: Another dud, still EF1U and EF1L. Wolfe says EF1 switches never closed on this shot. Gary found that cabinet in power room needed to be power cycled. Next shot: Try again for plasma.
Jan 25 2012 03:10:41:253PM	1120125026	Greg Wallace	Changes: Try again for plasma. Result: Plasma through rampdown. Next shot: Repeat with different RF waveform.
Jan 25 2012 03:29:35:000PM	1120125027	Greg Wallace	Changes: Repeat with different RF waveform. No DPCS changes. Result: Plasma through rampdown. Three good RF pulses but no H-mode in middle pulse. Next shot: No DPCS changes.
Jan 25 2012 03:36:31:530PM	1120125028	Greg Wallace	Changes: No DPCS changes. Result: Plasma through rampdown. Similar to shot 27. Early and late H-modes. Next shot: No DPCS changes, switch order of RF antennas.
Jan 25 2012 03:53:33:780PM	1120125029	Greg Wallace	Changes: No DPCS changes, switch order of RF antennas. Result: H-modes in first and third RF pulses. Next shot: No DPCS changes, switch order of RF antennas.
Jan 25 2012 04:05:39:037PM	1120125030	Greg Wallace	Changes: No DPCS changes, switch order of RF antennas. Result: Same shot, different number. H-modes in first and third RF pulses as per the norm. Plasma through rampdown. Next shot: Reduce Ip to 500 kA in seg 3.
Jan 25 2012 04:21:53:447PM	1120125031	Greg Wallace	Changes: Reduce Ip to 500 kA in seg 3. Result: Plasma into rampdown. No H-mode. Next shot: Reduce programmed nl_04 to 0.6e19 in seg 3.
Jan 25 2012 04:28:34:557PM	1120125032	Greg Wallace	Changes: Reduce programmed nl_04 to 0.6e19 in seg 3. Result: Plasma through rampdown. Nothing but faults from E-port. No H-mode. Next shot: Change to 1.1MA and nl_04=0.9e20.
Jan 25 2012 04:44:20:180PM	1120125032	Greg Wallace	Changes: Change to 1.1MA and nl_04=0.9e20. Result: Plasma through rampdown. Three H-modes starting at 1 s. Next shot: Pull strike point back down into the slot. Reduce RXL and ZXL by 5mm each.
Jan 25 2012 05:20:44:223PM	1120125034	Greg Wallace	Changes: Pull strike point back down into the slot. Reduce RXL and ZXL by 5mm each. Result: 5 H-modes. Plasma through rampdown. A hint of a bounce in startup. Next shot: No DPCS changes.
Jan 25 2012 05:21:10:333PM	1120125035	Greg Wallace	Changes: No DPCS changes. Result: Plasma through rampdown. 4 H-modes. Last shot of the day.

Engineering Operator Comments
Shot	Time	Type	Status	Comment
1	09:08:20:910AM	Plasma	Ok
2	09:22:03:947AM	Plasma	Ok
3	09:34:37:390AM	Plasma	Ok
4	09:47:47:923AM	Plasma	Ok
5	10:03:00:953AM	Plasma	Ok
6	10:16:29:267AM	Plasma	Ok
7	10:31:39:220AM	Plasma	Ok
8	10:44:27:420AM	Plasma	Ok
9	10:57:06:657AM	Plasma	Ok
10	11:10:52:243AM	Plasma	Ok
11	11:23:51:330AM	Plasma	Ok
12	11:36:50:067AM	Plasma	Ok
13	11:54:47:827AM	Plasma	Ok
14	12:08:06:920PM	Plasma	Ok
15	12:30:32:527PM	Plasma	Ok
16	12:47:29:480PM	Plasma	Ok
17	01:00:20:150PM	Plasma	Ok
18	01:13:02:797PM	Plasma	Ok
19	01:28:42:017PM	Plasma	Ok
20	01:41:57:110PM	Plasma	Ok
21	01:54:47:327PM	Plasma	Ok
22	02:07:14:947PM	Plasma	Ok
23	02:20:40:037PM	Plasma	Ok
24	02:33:27:970PM	Plasma	Ok
25	02:47:42:087PM	Plasma	Bad	No EF1 Commutation
26	03:05:04:260PM	Plasma	Ok
27	03:17:52:163PM	Plasma	Ok
28	03:31:06:303PM	Plasma	Ok
29	03:44:00:463PM	Plasma	Ok
30	03:56:36:243PM	Plasma	Ok
31	04:09:17:270PM	Plasma	Ok
32	04:22:32:360PM	Plasma	Ok
33	04:35:18:790PM	Plasma	Ok
34	04:48:16:293PM	Plasma	Ok
35	05:00:55:490PM	Plasma	Ok