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Microwave cavity with complicated structure and rubidium gas is studied by mode matching method. By calculating resonant frequencies of TE011 mode, main factors that influence resonant frequency is studied. In addition, the resonant frequency of TE011 mode is compared with commercial software (CST) results. The computed results show good agreement with CST simulations. It can be seen that this method...
Microwave cavity with complicated structure and rubidium gas is studied by mode matching method. By deducing eigen equation and calculating resonant frequency of TE0 mode, main factors that influence resonant frequency is studied. In addition, the resonant frequency of TE0 mode is compared with commercial software (CST) results. The computed results show good agreement with CST simulations. It can...
The resonant characteristic of the cylindrical microwave cavity filled with complicated dielectric in rubidium frequency standard is investigated by using mode matching method. In order to study main factors influencing resonant characteristic, resonant frequencies of HE111 mode are calculated and compared with commercial software (CST) results. The results show good agreement between theoretical...
microwave cavity with complicated structure dielectric and hollow center is investigated by mode matching method. By deducing eigen equation and calculating resonant frequencies of TM0 mode, main factors that influence resonant frequencies is studied. In addition, the resonant frequencies of TM0 mode is compared with commercial software (CST) results. The results show good agreement between computations...
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