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Results: 1-17 |
Results: 17
J-ASTERISK OPTIMIZATION OF SMALL ASPECT RATIO STELLARATOR TOKAMAK HYBRID DEVICES/
Authors: SPONG DA HIRSHMAN SP WHITSON JC BATCHELOR DB CARRERAS BA LYNCH VE ROME JA
Citation: Da. Spong et al., J-ASTERISK OPTIMIZATION OF SMALL ASPECT RATIO STELLARATOR TOKAMAK HYBRID DEVICES/, Physics of plasmas, 5(5), 1998, pp. 1752-1758
TRANSPORT OPTIMIZATION AND MHD STABILITY OF A SMALL ASPECT RATIO TOROIDAL HYBRID STELLARATOR
Authors: HIRSHMAN SP SPONG DA WHITSON JC LYNCH VE BATCHELOR DB CARRERAS BA ROME JA
Citation: Sp. Hirshman et al., TRANSPORT OPTIMIZATION AND MHD STABILITY OF A SMALL ASPECT RATIO TOROIDAL HYBRID STELLARATOR, Physical review letters, 80(3), 1998, pp. 528-531
REDUCED-ORDER METHODS FOR FULL-WAVE ICRF CALCULATIONS IN TOKAMAKS
Authors: JAEGER EF BERRY LA BATCHELOR DB
Citation: Ef. Jaeger et al., REDUCED-ORDER METHODS FOR FULL-WAVE ICRF CALCULATIONS IN TOKAMAKS, Nuclear fusion, 38(3), 1998, pp. 437-447
PHYSICS CAPABILITIES OF AN IGNITION AND MODERATE-BURN EXPERIMENT BASED ON ITER PHYSICS GUIDELINES
Authors: NEILSON GH BATCHELOR DB CARTER MD GALAMBOS JD LAZARUS EA SWAIN DW TSAI CC UCKAN NA GOLDSTON RJ KESSEL CE MIKKELSEN DR REIERSEN W SCHMIDT JA BULMER RH HILL DN NEVINS WM WANG PW
Citation: Gh. Neilson et al., PHYSICS CAPABILITIES OF AN IGNITION AND MODERATE-BURN EXPERIMENT BASED ON ITER PHYSICS GUIDELINES, Fusion technology, 30(3), 1996, pp. 1261-1265
ULTRA-LOW ASPECT RATIO STELLARATOR OR HYBRID CONFIGURATIONS
Authors: MOROZ PE BATCHELOR DB CARRERAS BA HIRSHMAN SP LEE DK LYNCH VE SPONG DA TOLLIVER JS WARE AS WHITSON JC
Citation: Pe. Moroz et al., ULTRA-LOW ASPECT RATIO STELLARATOR OR HYBRID CONFIGURATIONS, Fusion technology, 30(3), 1996, pp. 1347-1354
ICRF EDGE INTERACTION GUIDELINES FOR ICRF ANTENNA DESIGN AND INITIAL ICRF/EDGE INTERACTION EXPERIMENTS ON THE TORE SUPRA TOKAMAK/
Authors: THOMAS CE HARRIS JH HASTE GR KLEPPER CC HOGAN JT TOBIN S BAITY FW ISLER RC UCKAN T BATCHELOR DB CARTER MD RYAN PM HOFFMAN DJ SAOUTIC B BEAUMONT B BECOULET A KUUS H FRABOULET D GROSMAN A GUILHEM D HESS W WALTER J LOARER T CHATELIER M
Citation: Ce. Thomas et al., ICRF EDGE INTERACTION GUIDELINES FOR ICRF ANTENNA DESIGN AND INITIAL ICRF/EDGE INTERACTION EXPERIMENTS ON THE TORE SUPRA TOKAMAK/, Fusion technology, 30(1), 1996, pp. 1-39
3-DIMENSIONAL MODELING OF ICRF LAUNCHERS FOR FUSION DEVICES
Authors: CARTER MD RASMUSSEN DA RYAN PM HANSON GR STALLINGS DC BATCHELOR DB BIGELOW TS ENGLAND AC HOFFMAN DJ MURAKAMI M WANG CY WILGEN JB ROGERS JH WILSON JR MAJESKI R SCHILLING G
Citation: Md. Carter et al., 3-DIMENSIONAL MODELING OF ICRF LAUNCHERS FOR FUSION DEVICES, Nuclear fusion, 36(2), 1996, pp. 209-223
EFFECT OF ALFVEN RESONANCE ON LOW-FREQUENCY FAST-WAVE CURRENT DRIVE
Authors: WANG CY BATCHELOR DB CARTER MD JAEGER EF STALLINGS DC
Citation: Cy. Wang et al., EFFECT OF ALFVEN RESONANCE ON LOW-FREQUENCY FAST-WAVE CURRENT DRIVE, Physics of plasmas, 2(7), 1995, pp. 2760-2764
ON SPURIOUS MODES DOR FINITE LARMOR RADIUS MODELS IN THE ION-CYCLOTRON RANGE OF FREQUENCIES
Authors: WANG CY BATCHELOR DB JAEGER EF
Citation: Cy. Wang et al., ON SPURIOUS MODES DOR FINITE LARMOR RADIUS MODELS IN THE ION-CYCLOTRON RANGE OF FREQUENCIES, Physics of plasmas, 2(7), 1995, pp. 2863-2865
POWER DEPOSITION IN HIGH-DENSITY INDUCTIVELY-COUPLED PLASMA TOOLS FORSEMICONDUCTOR PROCESSING
Authors: JAEGER EF BERRY LA TOLLIVER JS BATCHELOR DB
Citation: Ef. Jaeger et al., POWER DEPOSITION IN HIGH-DENSITY INDUCTIVELY-COUPLED PLASMA TOOLS FORSEMICONDUCTOR PROCESSING, Physics of plasmas, 2(6), 1995, pp. 2597-2604
PARALLEL FORCES INDUCED BY WAVES IN ION-CYCLOTRON RANGE OF FREQUENCIES
Authors: WANG CY BATCHELOR DB JAEGER EF
Citation: Cy. Wang et al., PARALLEL FORCES INDUCED BY WAVES IN ION-CYCLOTRON RANGE OF FREQUENCIES, Physics of plasmas, 2(4), 1995, pp. 1056-1062
THE TOKAMAK PHYSICS EXPERIMENT - TOKAMAK IMPROVEMENT THROUGH ADVANCEDSTEADY-STATE CONTROL
Authors: NEILSON GH BATCHELOR DB HILL DN GOLDSTON RJ JARDIN SC MEDLEY SS NEVINS WM PORKOLAB M SCHMIDT JA THOMASSEN KI ULRICKSON M
Citation: Gh. Neilson et al., THE TOKAMAK PHYSICS EXPERIMENT - TOKAMAK IMPROVEMENT THROUGH ADVANCEDSTEADY-STATE CONTROL, Fusion engineering and design, 26(1-4), 1995, pp. 563-574
ICRF HEATING AND TRANSPORT OF DEUTERIUM-TRITIUM PLASMAS IN TFTR
Authors: MURAKAMI M JAEGER EF MAJESKI R PHILLIPS CK RASMUSSEN DA ROGERS JH SCHILLING G STEVENS JE TAYLOR G WANG CY WILSON JR BATCHELOR DB BELL MG BUDNY RV BUSH CE BRETZ NL DARROW D ENGLAND AC FREDERICKSON E GOLDFINGER R HAMMETT G HANSON GR HOSEA JC PARK HK SCOTT SD SYNAKOWSKI E WIELAND RM WILGEN JB ZARNSTORFF MC
Citation: M. Murakami et al., ICRF HEATING AND TRANSPORT OF DEUTERIUM-TRITIUM PLASMAS IN TFTR, Fusion technology, 27, 1995, pp. 131-137
PREPARATIONS FOR DEUTERIUM-TRITIUM EXPERIMENTS ON THE TOKAMAK FUSION TEST REACTOR .3.
Authors: HAWRYLUK RJ ADLER H ALLING P ANCHER C ANDERSON H ANDERSON JL ANDERSON JW ARUNASALAM V ASCIONE G ASCHROFT D BARNES CW BARNES G BATCHELOR DB BATEMAN G BATHA S BAYLOR LA BEER M BELL MG BIGLOW TS BITTER M BLANCHARD W BONOLI P BRETZ NL BRUNKHORST C BUDNY R BURGESS T BUSH H BUSH CE CAMP R CAORLIN M CARNEVALE H CHANG Z CHEN L CHENG CZ CHRZANOWSKI J COLLAZO I COLLINS J COWARD G COWLEY S CROPPER M DARROW DS DAUGERT R DELOOPER J DUONG H DUDEK L DURST R EFTHIMION PC ERNST D FAUNCE J FONCK RJ FREDD E FREDRICKSON E FROMM N FU GY FURTH HP GARZOTTO V GENTILE C GETTELFINGER G GILBERT J GIOIA J GOLDFINGER RC GOLIAN T GORELENKOV N GOUGE MJ GREK B GRISHAM LR HAMMETT G HANSON GR HEIDBRINK W HERMANN HW HILL KW HIRSHMAN S HOFFMAN DJ HOSEA J HULSE RA HSUAN H JAEGER EF JANOS A JASSBY DL JOBES FC JOHNSON DW JOHNSON LC KAMPERSCHROER J KESNER J KUGEL H KWON S LABIK G LAM NT LAMARCHE PH LAUGHLIN MJ LAWSON E LEBLANC B LEONARD M LEVINE J LEVINTON FM LOESSER D LONG D MACHUZAK J MANSFIELD DE MARCHLIK M MARMAR ES MARSALA R MARTIN A MARTIN G MASTROCOLA V MAZZUCATO E MCCARTHY MP MAJESKI R MAUEL M MCCORMACK B MCCUNE DC MCGUIRE KM MEADE DM MEDLEY SS MIKKELSEN DR MILORA SL MONTICELLO D MUELLER D MURAKAMI M MURPHY JA NAGY A NAVRATIL GA NAZIKIAN R NEWMAN R NISHITANI T NORRIS M OCONNOR T OLDAKER M ONGENA J OSAKABE M OWENS DK PARK H PARK W PAUL SF PAVLOV YI PEARSON G PERKINS F PERRY E PERSING R PETROV M PHILLIPS CK PITCHER S POPOVICHEV S QUALLS AL RAFTOPOULOS S RAMAKRISHNAN R RAMSEY A RASMUSSEN DA REDI MH RENDA G REWOLDT G ROBERTS D ROGERS J ROSSMASSLER R ROQUEMORE AL SABBAGH SA SASAO M SCHARER J SCHILLING G SCHIVELL J SCHMIDT GL SCILLIA R SCOTT SD SENKO T SISSINGH R SKINNER C SNIPES J SNOOK P STENCEL J STEVENS J STEVENSON T STRATTON BC STRACHAN JD STODIEK W SWANSON J SYNAKOWSKI E TANG W TAYLOR G TERRY J THOMPSON ME TIMBERLAKE JR TOWNER HH ULRICKSON M VONHALLE A VANNOY C WIELAND R WILGEN JB WILLIAMS M WILSON JR WRIGHT K WONG D WONG KL WOSKOV P WURDEN GA YAMADA M YEUN A YOSHIKAWA S YOUNG KM ZAKHAROV L ZARNSTORFF MC ZWEBEN SJ
Citation: Rj. Hawryluk et al., PREPARATIONS FOR DEUTERIUM-TRITIUM EXPERIMENTS ON THE TOKAMAK FUSION TEST REACTOR .3., Physics of plasmas, 1(5), 1994, pp. 1560-1567
FAST-WAVE POLOIDAL FLOW GENERATION IN A PLASMA
Authors: WANG CY JAEGER EF BATCHELOR DB SIDIKMAN KL
Citation: Cy. Wang et al., FAST-WAVE POLOIDAL FLOW GENERATION IN A PLASMA, Physics of plasmas, 1(12), 1994, pp. 3890-3895
MISSION AND PHYSICS DESIGN OF THE TOKAMAK PHYSICS EXPERIMENT
Authors: NEILSON GH BATCHELOR DB MIODUSZEWSKI PK STRICKLER DJ GOLDSTON RJ JARDIN SC BIALEK JM KESSEL CE MEDLEY SS SCHMIDT JA BULMER RH HILL DN NEVINS WM THOMASSEN KI BONOLI PT PORKOLAB M POLITZER PA EDMONDS PH
Citation: Gh. Neilson et al., MISSION AND PHYSICS DESIGN OF THE TOKAMAK PHYSICS EXPERIMENT, Fusion technology, 26(3), 1994, pp. 343-350
THE DESIGN OF THE TOKAMAK PHYSICS EXPERIMENT (TPX)
Authors: SCHMIDT JA THOMASSEN KI GOLDSTON RJ NEILSON GH NEVINS WM SINNIS JC ANDERSON P BAIR W BARR WL BATCHELOR DB BAXI C BERG G BERNABEI S BIALEK JM BONOLI PT BOOZER A BOWERS D BRONNER G BROOKS JN BROWN TG BULMER R BUTNER D CAMPBELL R CASPER T CHANIOTAKIS E CHAPLIN M CHEN SJ CHIN E CHRZANOWSKI J CITROLO J COLE MJ DAHLGREN F DAVIS FC DAVIS J DAVIS S DIATCHENKO N DINKEVICH S FELDSHTEYN Y FELKER B FENG T FENSTERMACHER ME FLEMING R FOGARTY PJ FRAGETTA W FREDD E GABLER M GALAMBOS J GOHAR Y GORANSON PL GREENOUGH N GRISHAM LR HAINES J HANEY S HASSENZAHL W HEIM J HEITZENROEDER PJ HILL DN HODAPP T HOULBERG WA HUBBARD A HYATT A JACKSON M JAEGER EF JARDIN SC JOHNSON J JONES GH JULIANO DR JUNGE R KALISH M KESSEL CE KNUTSON D LAHAYE RJ LANG DD LANGLEY RA LIEW SL LU E MANTZ H MANICKAM J MAU TK MEDLEY S MIKKELSEN DR MILLER R MONTICELLO D MORGAN D MOROZ P MOTLOCH C MUELLER J MYATT L NELSON BE NEUMEYER CL NILSON D OCONNER T PEARLSTEIN LD PEEBLES WA PELOVITZ M PERKINS FW PERKINS LJ PETERSEN D PILLSBURY R POLITZER PA POMPHREY N PORKOLAB M POSEY A RADOVINSKY A RAFTOPOULIS S RAMAKRISHNAN S RAMOS J RAUCH W RAVENSCROFT D REDLER K REIERSEN WT REIMAN A REIS E REWOLDT G RICHARDS DJ ROCCO R ROGNLIEN TD RUZIC D SABBAGH S SAPP J SAYER RO SCHARER JE SCHMITZ L SCHULTZ J SEVIER L SHIPLEY SE SIMMONS RT SLACK D SMITH GR STAMBAUGH R STEILL G STEVENSON T STOENESCU S STONGE KT STOTLER DP STRAIT T STRICKLER DJ SWAIN DW TANG W TUSZEWSKI M ULRICKSON MA VONHALLE A WALKER MS WANG C WANG P WARREN J WERLEY KA WEST WP WILLIAMS F WONG R WRIGHT K WURDEN GA YUGO JJ ZAKHAROV L ZBASNIK J
Citation: Ja. Schmidt et al., THE DESIGN OF THE TOKAMAK PHYSICS EXPERIMENT (TPX), Journal of fusion energy, 12(3), 1993, pp. 221-258
Risultati: 1-17 |