TRANSP Web Archive

The purpose of this archive is to help facilitate the use and visualization of TRANSP data through animations. Currently TRANSP is used to model two promising C-MOD AT scenarios:

  1. Reverse Shear
  2. Double Barrier
All runs are based on earlier work done by Paul Bonoli. Recent runs are listed in the table below with brief descriptions. I also have organized a list of all my TRANSP runs before TRANSP 2278. For TRANSP 2278 and after I found a good combination of namelist switches. I'm also getting closer to producing good results.

For more recent runs I have assigned a "goodness" and "reliability" factors. This is to remind myself which runs are good and also to allow others to be able to sift the information quickly.
TRANSP Results
G,R C-MOD Shot # TRANSP ID # Brief Description Storage Status
2,2
960223047
2278
Density barrier d=5cm 1.5MW LH power
 Deleted
1,2
960223047
2279
2278 with 2.0MW of LH
 Deleted
2,2
960223047
2280
Density barrier d=5cm Input chi profiles
 Deleted
1,2
960223047
2282
Original 960223047 run w/frozen chi (2211)
 Deleted
1,2
960223047
2283
2282 with run fixed density at 0.2s
 Deleted
NR
960223047
2290
LSC TEST
 Deleted
2,2
960223047
2291
2283 with one lobe in LH spect at n0=2.75
Deleted
2,2
960223047
2292
2279 with one lobe in LH spect at n0=2.75
 Deleted
4,2
960223047
2293
2282 without any chi modification
 Deleted
4,2
960223047
2294
2283 without any chi modification
 Deleted
4,2
960223047
2295
2282 with no chi modification or LH
 Deleted
NR
960223047
2297
LH smoothing test
 Deleted
4,2
960223047
2298
2283 with n=n*1.5
 Deleted
5,3
960223047
2299
2283 with n=n*2.0
 Deleted
1,2
960223047
2300
2279 with n=n*1.5
 Deleted
2,2
960223047
2301
2279 with n=n*2.0
 Deleted
4,3
960223047
2302
2283 with n=n*2.0
 Deleted
3,2
960223047
2303
2300 with input chi
 Deleted
3,2
960223047
2304
2303 with one lobe
 Deleted
2,2
960223047
2305
2300 with n=n(1001220016)
 Deleted
4,2
960223047
2306
2305 with n=n*.58
 Deleted
4,2
960223047
2307
2280 with one lobe
 Deleted
2,2
960223047
2308
2303 with low chi
 Deleted
1,2
960223047
2309
2303 with 'good' chi, ahh success
 Not pasted
NR
960223047
2310
Exp. double barrier density
 Deleted
NR
960223047
2312
2309 using NCLASS
 Deleted
NR
960223047
2315
2312 raising chi on axis (t discont)
 Deleted
NR
960223047
2316
2315 moving icrf of axis (t discont)
 Deleted
NR
960223047
2317
2316 moving icrf even farther (t discont)
 Deleted
NR
960223047
2318
2316 with 2MW icrf (t discont)
 Deleted
NR
960223047
2320
2315 increasing zones (removes t discont)
 Deleted
NR
960223047
2328
2320 moving NCLASS transition 0.15(Jbs on axis)
 Deleted
NR
960223047
2330
2320 moving NCLASS transition 0.21(Jbs on axis)
 Not pasted
NR
960223047
2334
2320 no bs smoothing NCLASS transition 0.10(Jbs on axis)
 Not pasted
NR
960223047
2335
2334 using HH no Jbs on axis (LH spike)
 Not pasted
NR
960223047
2336
bad news (neg lh and spike)
 Not pasted
NR
960223047
2337
2335 w/lower lh power to reduce ohmic (lh spike)
 Not pasted
NR
960223047
2339
2335 with lower still lh power (lh spike)
 Not pasted
NR
960223047
2341
2339 heavily smoothed (lh spike neg lh)
 Not pasted
NR
960223047
2373
2339 with all smoothing off (lh spike only)
 Not pasted
NR
960223047
2374
2339 with only a little lh smoothinig (lh spike and neg lh))
 Not pasted
NR
960223047
2375
2373 Dql smoothing change (lh spike)
 Not pasted
NR
960223047
2376
2373 with current diffusion=0.5 (lh spike)
 Not pasted
NR
960223047
2377
2373 with current diffusion=0.2 (lh spike)
 Not pasted
NR
960223047
2380
2376 with NZONES=60 (lh spike)
 Not pasted
NR
960223047
2385
2380 with NZONES=40, no good (lh spike)
 Not pasted
NR
960223047
2386
cur dif on w/smoo, looks good NZONES=60 (lh kinda ok)
 Not pasted
NR
960223047
2387
2380 with NZONES=30 bad
 Not pasted
NR
960223047
2388
2283 super od, bad
 Not pasted
NR
960223047
2389
2282 w/ big od, bad
 Not pasted
NR
960223047
2401
2386 params w/n0~4e20(OD)
 Not pasted
NR
960223047
2402
2386 params w/n0~5e20(OD)
 Not pasted
NR
960223047
2403
2386 params w/n0~3e20
 Not pasted
NR
960223047
2404
2386 params exp barrier w/n0~3e20(UD)
 Not pasted
NR
960223047
2405
2386 params exp barrier w/n0~4e20 (UD)
 Not pasted
NR
960223047
2406
2386 params exp barrier w/n0~5e20(UD)
 Not pasted
NR
960223047
2407
2386 params barrier at r/a=0.6 w/n0~3e20(UD)
 Not pasted
NR
960223047
2408
2386 params barrier at r/a=0.4 w/n0~3e20(odd)
 Not pasted
NR
960223047
2408
2403 w/lh off at t=0.5s
 Not pasted
NR
960223047
2410
2403 w/plh=1.5MW try to UD
 Not pasted
NR
960223047
2411
2403 w/plh=1.8MW try to 0D
 Not pasted
NR
960223047
2412
2403 w/npar=3,plh=2MW try to move rs
 Not pasted
NR
960223047
2413
2403 w/npar=2.5,plh=1.4MW try to move rs
 Not pasted
NR
960223047
2414
2403 w/npar=2.75,3.0,plh=1.8MW (did it work?)
 Not pasted
NR
960223047
2415
2386 params w/chi, n freeze at 0.2s, plh=2.1MW
 Not pasted
NR
960223047
2416
2386 params w/chi freeze at 0.2s, plh=2.4MW
 Not pasted
NR
960223047
2418
2403 w/nzones=100, njsmlh=0, plh=1.65MW
 Not pasted
NR
960223047
2419
2401 w/nzones=100, njsmlh=0, plh=1.95MW
 Not pasted
NR
960223047
2420
2401 w/nzones=100, njsmlh=0, plh=2.25MW
 Not pasted
NR
960223047
2421
2404 w/nzones=100, njsmlh=0, plh=2MW
 Not pasted
NR
960223047
2422
2405 w/nzones=100, njsmlh=0, plh=2.4MW
 Not pasted
NR
960223047
2423
2406 w/nzones=100, njsmlh=0, plh=2.8MW
 Not pasted
NR
960223047
2424
2415 w/nzones=100, njsmlh=0, plh=2.05MW
 Not pasted
NR
960223047
2425
2416 w/nzones=100, njsmlh=0, plh=2.5MW
 Not pasted
NR
960223047
2426
2419 w/plh=1.85MW
 Not pasted
NR
960223047
2427
2420 w/plh=2.05MW
 Not pasted
NR
960223047
2428
2412 w/nzones=100, njsmlh=0,diffujrf=0.35
 Not pasted
NR
960223047
2429
2413 w/nzones=100, njsmlh=0,diffujrf=0.35
 Not pasted
NR
960223047
2430
2409 w/nzones=100, njsmlh=0
 Not pasted
NR
960223047
2431
2418 w/diffujrf=0.35
 Not pasted

The JavaScript animator used in these pages was written by Mark Hadfield.