coaxial cavity 中文意思是什麼
coaxial cavity
解釋
同軸空腔（諧振腔）-
In the direction of electromagnetic theory and the l of the mechanism of electroporation, the coaxial cavity resonator is be built by the means of cst microwave studio ?
以電穿孔理論和電磁理論為基礎，採用cstmicrowavestudio ?建立電容加載同軸諧振腔的三維電磁模型，闡述基於此的滅菌方案。 -
The coaxial resonant cavity with a capacitance load has been interested by more and more researcher, because of its special and collect electromagnetic characteristic. especially it is interesting in the aspects of microwave disinfection and microwave thruster
電容加載同軸諧振腔，具有獨特的電磁場分佈，內部電場分佈較為集中，已在諸多微波領域得到應用，在滅菌和航天推進研究領域引起了眾多學者的廣泛關注。 -
The third, some groping researches are made on broadband coaxial line filter output circuit of klystron. a broadband output circuit - mode four coupling slots double - gap output cavity loaded with coaxial filter, which has a workable relative bandwidth bigger than 14 % and fits in with l - band multi - beam klystron, is designed. meanwhile some analysis of its stability and peak power capacity is made
第三，對速調管同軸線濾波器寬帶輸出迴路進行研究和探索，設計出了一個適合用於l波段多注速調管、相對帶寬超過14的四耦合槽模強耦合雙間隙腔加載同軸線濾波器輸出迴路，並對其穩定性和峰值功率容限做了一些分析。 -
Simulation results show 2. 5 gw output power with a frequency of 1. 25ghz can be generated with an input of 620kv voltage, dc input power of 10. 5gw electron beam. ( 3 ) the radial reflex klystron with an open foldaway - concentric cylindrical resonant cavity integrates the resonant cavity and reflex cavity within one foldaway coaxial cavity, so it is a very compact high power microwave device
然後對這種器件進行了數值模擬研究，得到的典型結果為:輸入電壓620kv ，輸入直流功率io . sgw ，輸出微波峰值功率為2 . sgw ，虛陰極振蕩頻率被鎖定，頻率為1 . 25ghz ，微波飽和時間小於sns 。 -
An open - ended coaxial resonant cavity for moisture content sensor is presented and developed
基於此提出了一種開路同軸諧振腔水分傳感器。 -
Coaxial cavity coupled magnetron
腔耦同軸磁控管 -
For tmon model in cylindrical resonant cavity, the influence of the position, material and thickness of the clapboard on electromagnetic field and resonant frequency was studied. for tem model in coaxial resonant cavity, the influence of shape and position of inner conductor on electromagnetic field, start - up and steady work was studied
對tm _ （ 011 ）模，分析了隔板對諧振腔內電磁場分佈及諧振頻率的影響；對tem模，分析了內導體形狀、位置對諧振腔內電磁場分佈的影響；以及它們對啟動和穩定工作的影響。 -
We comprehensively introduce the research work of microwave disinfection and microwave thruster, and analyze the characteristic of the coaxial cavity resonator, especially its distributing of electromagnetic field
對微波滅菌和微波推進領域的研究工作做較全面的敘述。較為詳細地分析和介紹了電容加載同軸諧振腔的電磁特性，以及諧振腔體內部電場分佈情況。 -
The main works of this dissertation are list as following : 1. basing on the basic theories of resonator, studied the common method of resonator researching. programmed with matlab to calculate the numerical solution of exceeding equation in coaxial cavity, not take loss into account. basing on the field - matching theory, studied cavity with abrupt transitions structure at both ends ; 2
從諧振腔基本理論入手，研究了分析諧振腔的一般方法；並用matlab編程計算了不考慮損耗的同軸諧振腔的超越方程數值解；根據場匹配法研究了兩端突變及漸變結構諧振腔； 2 -
The second, as a novel gyrodevice the two - beam coaxial gyrotron which was proposed by professor liu shenggang is analysed by kinetic theory of ecrm. general dispersion equation for ecrm and expressions for the interaction power and the starting current are derived in the case of eccentricity of the electron beam in the coaxial cavity
其次，基於迴旋動力學理論，對劉盛綱院士提出的一種新型迴旋管-雙電子注同軸腔迴旋管進行了初步的線性理論研究分析;通過在迴旋中心坐標系中求解線性伏拉索夫方程，推導出了注波互作用方程、互作用功率、起振電流表達式。 -
In this paper aim at the application of the coaxial cavity resonator in the aspect of microwave energy, we build the electromagnetic model of the coaxial cavity resonator by the cst microwave studio ~ ( tm ), analyses the distributing of the electromagnetic field in the cavity, and discuss its characteristic and strongpoint
本文採用成熟的三維電磁工程軟體cstmicrowavestudio ? ，建立電容加載同軸諧振腔的三維電磁模型，分析諧振腔體內部電磁場分佈特性，討論和說明了其較為集中的電場分佈在微波滅菌和微波推進應用中的優點。
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