本论文研究了该领域的两个重要课题：层状电介质复合结构的微波介电特性及铁电特性。
This thesis focused on the microwave dielectric characteristics and ferroelectric characteristics of the layered dielectric complex structures, which were two important issues in this area.
电解电容依赖于充电以维持其氧化铝的介电特性。如果长时间不充电，其电介质会分解。
The electrolytic capacitor relies on charge to maintain its aluminium oxide dielectric. Without charge the dielectric decomposes over time.
在生物电介质介电模型的基础上，探讨了脉冲电磁场对生物体及其细胞作用的机理。
On the basis of the biological dielectric model, the mechanism of the biological effect was studied.
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