Dielectric response of material media using the detuning of a resonant microwave cavity

Roberts J.; Shafer F.

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Dielectric response of material media using the detuning of a resonant microwave cavity

机译：使用谐振微波腔失谐的材料介质的介电响应

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The dielectric response of select fluids as they change phase from solid to liquid is studied. The experimental apparatus used to make the investigation is discussed in detail, pertaining to resonant frequency and cavity bandpass measurements for the loaded cavity. Results are presented for water ice, benzene, toluene, carbon disulfide, and 4-cyano-4-n-alkylbiphenyls as the temperature is cycled. For each of the samples studied, the cavity absorption profile was monitored for width at half-power, center resonant frequency, and absorption signal amplitude. These quantities are related to the dielectric properties of the materials loading the cavity.

机译：研究了特定流体从固相到液相的相变时的介电响应。详细讨论了用于进行研究的实验设备，涉及共振频率和负载腔的腔带通测量。给出了水冰，苯，甲苯，二硫化碳和4-氰基-4-n-烷基联苯随温度循环的结果。对于每个研究的样品，在半功率，中心谐振频率和吸收信号幅度下，监测腔体吸收曲线的宽度。这些量与加载腔体的材料的介电性能有关。

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《IEEE Transactions on Electrical Insulation》 |1988年第4期|P.571-578|共8页
作者
Roberts J.; Shafer F.;
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中图分类无线电电子学、电信技术;
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机译：TE01δ-模式谐振腔法测量微波介电材料谐振频率温度系数的误差
2. Effect of Sample Size on Measurement Reliability of Microwave Dielectric Properties of Low-Loss Materials by a Resonant Cavity Method [J] . LEI LI, XIANG MING CHEN Ferroelectrics . 2012,第Null期

机译：共振腔法对低损耗材料微波介电性能测量可靠性的影响
3. Effect of Sample Size on Measurement Reliability of Microwave Dielectric Properties of Low-Loss Materials by a Resonant Cavity Method [J] . Lei Li, Xiang Ming Chen Ferroelectrics . 2012,第1期

机译：共振腔法对低损耗材料微波介电性能测量可靠性的影响
4. Microwave cloaking using resonant and non-resonant dielectric materials [C] . Wang X., Semouchkina E. International Congress on Advanced Electromagnetic Materials in Microwaves and Optics . 2013

机译：使用谐振和非谐振介电材料进行微波掩盖
5. Dielectric-loaded microwave cavity for high-gradient testing of superconducting materials. [D] . Pogue, Nathaniel Johnston. 2011

机译：介电加载的微波腔，用于超导材料的高梯度测试。
6. Determination of the Dielectric Properties of Storage Materials for Exhaust Gas Aftertreatment Using the Microwave Cavity Perturbation Method [O] . Carsten Steiner, Stefanie Walter, Vladimir Malashchuk, 2020

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7. Influence of the finite Q-factor on excitation of wakefield oscillations in dielectric cavity by a sequence of relativistic electron bunches in the presence of detuning between the resonant frequency and the bunch repetition frequency [O] . Balakirev V.A., Onishchenko I.N., Tolstoluzhsky A.P. 2015

机译：在共振频率和电子束重复频率之间存在失谐的情况下，有限Q因子对一系列相对论电子束激发介电腔中尾场振荡的影响
8. Complex Dielectric Constant Measurements by the Microwave Resonant Cavities Method [R] . Baican, R. 1979

机译：微波谐振腔法测量复介电常数

Dielectric response of material media using the detuning of a resonant microwave cavity

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