利用全反射原理，设计了特殊的圆台压平棱镜探头，可线性测量角膜的压平面积。
Based the principle of total reflection, the unique cone applanation prism is designed, by which the applanation area of ocular cornea can be measured linearly.
利用终端开路的同轴探头，在不同微波功率下对多种电解质水溶液中的反射系数进行了测量。
The reflection coefficients from an open-ended coaxial line probe, which is merged in electrolyte aqueous solutions, are measured under the different microwave powers.
本文建立了有血管存在的生物分层组织模型，在此基础上首次分析了血液的存在及流动对测量探头反射系数的影响。
Simulation results show that: a the blood vessels in layered tissues may have a great influence on the reflection coefficient.
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