Casimir effect on compressed vacuum state in a dissipative cavity
The Casimir effect on compressed vacuum state in a dissipative cavity is studied by using Fox-Li quasi-mode theory,and the divergence problem in calculation is overcome by using Riemann Zeta function normalization method.The results show that the Casimir force in the dissipative cavity is related to the cavity size,decay rate and compression coefficient.That is the Casimir force decreases with the increase of cavity size and decay rate,and increases with the increase of compression coefficient.
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