AN INVERSE VARIABLE TECHNIQUE IN THE MHD-EQUILIBRIUM PROBLEM

[1] [Anonymous], 1957, J EXP THEOR PHYS USS

[2] ENERGY PRINCIPLE WITH SPECIFIC INDUCTANCE [J]. NUCLEAR FUSION, 1973, 13 (02) : 227 - 238

[3] BAUER F, 1978, SPRINGER SERIES COMP

[4] BESPOLUDENNOV SG, 1981, 10TH P EUR C PLASM P, V1, pG4

[5] BESPOLUDENNOV SG, 1983, N30 KELD I APPL MATH

[6] DERIVATIVE CALCULATION FROM FINITE-ELEMENT SOLUTIONS [J]. COMPUTER METHODS IN APPLIED MECHANICS AND ENGINEERING, 1982, 35 (01) : 1 - 14

[7] DEGTAREV LM, 1985, FIZ PLAZ, V11, P39

[8] 2-STROKE TOKAMAK REACTOR [J]. NUCLEAR FUSION, 1980, 20 (01) : 102 - 103

[9] DEGTYAREV LM, 1981, 11TH P EUR C PLASM P

[10] DEGTYAREV LM, 1984, N32 KELD I APPL MATH

[1] [Anonymous], 1957, J EXP THEOR PHYS USS

[2] ENERGY PRINCIPLE WITH SPECIFIC INDUCTANCE [J]. NUCLEAR FUSION, 1973, 13 (02) : 227 - 238

[3] BAUER F, 1978, SPRINGER SERIES COMP

[4] BESPOLUDENNOV SG, 1981, 10TH P EUR C PLASM P, V1, pG4

[5] BESPOLUDENNOV SG, 1983, N30 KELD I APPL MATH

[6] DERIVATIVE CALCULATION FROM FINITE-ELEMENT SOLUTIONS [J]. COMPUTER METHODS IN APPLIED MECHANICS AND ENGINEERING, 1982, 35 (01) : 1 - 14

[7] DEGTAREV LM, 1985, FIZ PLAZ, V11, P39

[8] 2-STROKE TOKAMAK REACTOR [J]. NUCLEAR FUSION, 1980, 20 (01) : 102 - 103

[9] DEGTYAREV LM, 1981, 11TH P EUR C PLASM P

[10] DEGTYAREV LM, 1984, N32 KELD I APPL MATH