岩体是一种被不连续结构面切割的不连续介质。
Rock mass is a discontinuum separated by structural surfaces.
对高频继电器RF性能影响较大的不连续结构进行优化，使高频继电器的RF性能在工作频率下得到较大的提升。
The discontinuity regions which influence the rf performance of high frequency are optimized and finally the rf performance of the relay is improved greatly within the working frequency.
声子传输和热导性质与不连续结构的形状和位置有直接的关系，声子传输和热导性质对量子线的温度环境相当敏感。
In conclusion, the phonon transmission and thermal conductance have direct relationship with the shape and location of structure and temperature environment.
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