'Hhfw' diaporamas de présentation

HHFW Heating and Current Drive Studies of NSTX H-Mode Plasmas*

NSTX. Supported by. HHFW Heating and Current Drive Studies of NSTX H-Mode Plasmas*. Gary Taylor 1

569 views • 45 slides

HHFW & EBW Progress and Plans

438 views • 32 slides

HHFW Heating and Current Drive Studies of NSTX H-Mode Plasmas*

NSTX. Supported by. HHFW Heating and Current Drive Studies of NSTX H-Mode Plasmas*. Gary Taylor 1

478 views • 30 slides

Performance of High Non-Inductive Current Fraction H-Modes Generated by HHFW Heating in NSTX*

NSTX. Supported by. Performance of High Non-Inductive Current Fraction H-Modes Generated by HHFW Heating in NSTX*. Gary Taylor 1 N. Bertelli 1 , T. Bonoli 2 , R. W. Harvey 3 , J. C. Hosea 1 , E. F. Jaeger 4 , B. P. LeBlanc 1 , R. J. Perkins 1 , C. K. Phillips 1 ,

374 views • 23 slides

XP 835 Heating and CD Phase scans in NB Deuterium H-mode plasmas

XP 835 Heating and CD Phase scans in NB Deuterium H-mode plasmas. Phil Ryan, Joel Hosea R. Bell, L. Delgado-Aparicio, E. F. Jaeger, S. Kubota, B. LeBlanc, F. Levinton, C. K. Philips, S. Sabbaugh, G. Taylor, K. Tritz, J. Wilgen, J.R. Wilson. 28 May 2008. Goals of Experiment.

341 views • 23 slides

XP 835 Heating and CD Phase scans in NB Deuterium H-mode plasmas

XP 835 Heating and CD Phase scans in NB Deuterium H-mode plasmas. Phil Ryan, Joel Hosea R. Bell, L. Delgado-Aparicio, E. F. Jaeger, S. Kubota, B. LeBlanc, F. Levinton, C. K. Philips, S. Sabbaugh, G. Taylor, K. Tritz, J. Wilgen, J.R. Wilson. 28 May 2008. Goals of Experiment.

238 views • 23 slides

High Harmonic Fast Wave Progress and Plans

NSTX. Supported by. High Harmonic Fast Wave Progress and Plans. College W&M Colorado Sch Mines Columbia U CompX General Atomics INL Johns Hopkins U LANL LLNL Lodestar MIT Nova Photonics New York U Old Dominion U ORNL PPPL PSI Princeton U Purdue U SNL Think Tank, Inc.

380 views • 20 slides

XP627: Non-solenoidal Rampup with HHFW and NBI

Office of Science. Supported by. XP627: Non-solenoidal Rampup with HHFW and NBI. C. Kessel, J. Hosea, D. Mueller, P. Ryan, R. Wilson Princeton Plasma Physics Laboratory NSTX Results Review, 7/26/2006. Basic NSTX Plan for Non-solenoidal Rampup.

206 views • 9 slides

XP-920: HHFW Heating of Low T e (0), I p Plasmas

NSTX. Supported by. XP-920: HHFW Heating of Low T e (0), I p Plasmas. Gary Taylor PPPL. Wave-Particle Interaction Topical Science Group Meeting May 21, 2009. Modeling Predicts 5-6 MW of HHFW Power Can Achieve Fully Non-Inductive I p Ramp-up in NSTX. TSC Modeling (Chuck Kessel).

220 views • 8 slides

HHFW Heating into Reversed-shear Plasmas

HHFW Heating into Reversed-shear Plasmas. B.P. LeBlanc Princeton Plasma Physics Laboratory NSTX Research Results Dec 13, 2005 Princeton, NJ. HHFW Heating into Reversed-shear Plasmas. Goal of experiment Apply HHFW power to reversed-shear (RS) scenario

147 views • 6 slides

XP Review Plasma Transport With Varying Fractions of P HHFW and P NBI

166 views • 5 slides

XP 521 Ip Rampup with HHFW

XP 521 Ip Rampup with HHFW. C. Kessel. 8/16/05. Goal: Use HHFW heating and/or CD to sustain or rampup Ip from low Te and low Ip ----> necessary part of non-solenoidal Ip startup in an ST Examined Ip = 300, 275, and 250 kA HHFW 14 m -1 heating (2 shots with 7 m -1 co-CD)

130 views • 2 slides