Dynamics of the Ising-Spin System in a Fluctuating Environment
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概要
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The dynamics of the Ising-spin system, whose time evolution is governed by the Glauber type master equation, but with fluctuating parameters, is investigated using the molecular field approximation. If the fluctuation of the environment is very fast, the response of the system becomes Debye type. But in the case of slow fluctuation, deviation from a Debye type response is observed.
- 社団法人日本物理学会の論文
- 1973-04-05