与功能相同的连续传导模式设计相比，边界模式还允许使用较小的变压器。
Boundary mode also permits the use of a smaller transformer compared to equivalent continuous conduction mode designs.
在此基础上，结合文献提出了偶极矩微扰下的细丝传导模式来解释这种现象。
This phenomenon was explained by a model based on filamentary conduction disturbed by dipoles in view of experimental results.
采用矢量场法，得到了在弱导条件下传导模式的特征方程和截止频率的近似计算公式。
The eigenvalue equation and approximate formula for cut-off frequencies of guided modes are obtained by vector-field-method.
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