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Simulation of Nonstationary Thermal Processes in Superconducting Systems

V. I. Subbotin
Moscow Engineering Physics Institute Moscow, USSR Academy of Sciences, Moscow, USSR

V. I. Deev
Moscow Engineering and Physics Institute (State University), Moscow

B. A. Vakhneneko
Moscow Engineering Physics Institute, Moscow, USSR

A. V. Philippov
Moscow Engineering Physics Institute, Moscow, USSR

I. G. Merinov
Moscow Engineering Physics Institute, Moscow, USSR

V. S. Kharitonov
Moscow Engineering and Physics Institute (State University), Moscow

V. V. Shako
Moscow Engineering Physics Institute, Moscow, USSR

A. V. Gavrilin
Moscow Engineering Physics Institute, Moscow, USSR

Abstrakt

Nonstationary thermal processes in superconducting magnetic systems (SMS) to great extent influence the efficiency of the given systems. Mathematical simulation is one of the tools for study the processes. For complex installations such as charge particle accelerators and fusion reactors, where direct experimenting is complicated and expensive, simulation is extremely valid. Simulation techniques and some calculation results for such installations are given below.

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