microwave device
英 [ˈmaɪkrəweɪv dɪˈvaɪs]
美 [ˈmaɪkrəweɪv dɪˈvaɪs]
微波元件
双语例句
- This method is an effective solution to the problems in processing millimeter and microwave wave device with shaped cavity.
此方法有效解决了毫米波微波器件异型腔体的加工难题。 - A novel structure has been designed and applied in metallization system of microwave power device, in which backflow effect is taken to increase the electromigration resistance.
在回流动力学理论和实验研究的基础上，将回流加固结构应用于实际微波功率器件。 - Multi-beam traveling wave tube ( TWT) is a new type of microwave device with lower operating voltage, wider operating band, larger output power.
多注行波管是一种具有工作电压低、瞬时工作带宽宽、容易实现大功率等优点的新型微波器件； - The utility model relates to a microwave detection device for the bar lack in the cigarette box and the case lack in the cigarette bar.
本实用新型涉及到一种烟箱缺条，烟条缺包微波检测装置。 - Looking back on history of its development, author points out that GaAs material plays an major role in the microwave device.
文中在回顾了微波半导体器件发展历史的同时，指出砷化镓材料所起的重要作用。 - The Possibility of Transmitting Digital Compressed Signal in Analog MicroWave Device
用模拟微波设备传送数字压缩电视信号的可能性 - In the first chapter, the high power microwave device development process was reviewed, the physical mechanisms underlying superradiance phenomenon based on Cherenkov radiation expounded and the research activities in this field, both in and out of China, summarized.
首先简述了高功率微波器件的发展历程和切伦柯夫超辐射机理，比较详细介绍了国内外在这一领域的研究状况。 - Experimental microwave device design for catalyzing alcoholic liquor
微波催陈白酒试验装置的研制 - Application of microfocus industrial computed tomography to the inspection of high power microwave device cathode
微焦点工业CT在大功率微波器件阴极检测中的应用 - The paper includes the study of microwave function mechanism, the determination of microwave device structure, receiving experimental data, the research of microwave imaging algorithm.
该课题的工作主要有微波作用机理学习、微波装置结构确定、实验数据获得、成像算法的研究等几个部分。 - Based on capture, bunching and energy exchange during the interaction between the beam and microwave in the high power microwave device, quasi-periodic RF cavity is proposed in the paper.
本文从高功率微波器件中电子俘获、群聚和换能的束波互作用过程出发，提出了类周期加载微波腔微波腔； - In this paper, we prepare microwave ceramic thin film, and study its relation among its preparation, dielectric properties and phase structure. Then the feasibility is discussed about microwave device based on this film.
本文通过对微波介质陶瓷薄膜的制备工艺、薄膜相表征和微波介电特性的研究，获得可集成、高品质的微波介质陶瓷薄膜，探索薄膜微波陶瓷器件的可行性。 - Study on the method of Microwave Device Measurement Based on Databases
基于数据库的微波器件测量方法研究 - It has been shown in many experiments that the interaction efficiency and output power can be increased greatly by injecting plasma into the vacuum microwave device.
在微波器件填充等离子体后，器件的输出功率和互作用效率得到显著提高，这已被多个实验所证实。 - Subnanosecond millimeter relativistic backward wave oscillator, based on superradiance mechanism, was a novelty microwave device developed in last few years.
基于超辐射机理的亚纳秒毫米波微波器件是近几年发展起来的一种新型微波器件，其辐射功率与参与束波互作用的电子束密度的平方成正比关系。 - The results show that the performance of the oxide cathode can be improved by these new methods, which have advantages to improve the reliability of the high-power microwave device.
试验表明，这一改进可显著提高阴极制备质量，有利于提高大功率微波器件的可靠性。 - In recent years, experiments show that in the plasma loaded high power microwave device may obtain much higher interaction efficiency and output power than the ones absence of plasma.
近年来实验研究发现，等离子体加载高功率微波器件后，器件的输出功率和互作用效率得到显著的提高。 - With the rapid development of the wireless communications, the requirements for the properties of the microwave device are more than before, which stimulate to improve the properties of the microwave dielectric ceramics.
移动通讯的快速发展，对微波元器件的性能提出了越来越高的要求，因此作为主体材料微波介质陶瓷的性能也需要不断得到改善。 - This paper determined the characteristic value of death ( D value) of Bacillus stearothermophilus, deduced the correlation between the D value and temperature under microwave heating by using modified microwave device, and compared them with conventional heating.
使用改进后的微波装置，测试并推出了嗜热脂肪芽孢杆菌在微波加热条件下的死亡特性值（D值）与温度的关系式，并与模拟的常规加热条件进行了比较。 - Thermal treatment of BN-09 activated carbon has been carried out using a microwave device. The effects of power input and the heating time on the surface properties of the activated carbon are studied.
采用了微波加热技术，在不同功率和加热时间下对BN-09颗粒炭进行改性，研究了改性前后活性炭的表面基团变化。 - The GaN HEMT as a microwave device for hybrid microwave integrated circuit ( MIC) and microwave monolithic integrated circuit ( MMIC) benefits from both RF output power and de-vices figure of merit, such as hybrid MIC packaged and high-power broadband MMIC.
提出将GaNHEMT作为微波器件用于混合微波集成电路（MIC）和微波单片集成电路（MMIC），在射频输出功率、器件优值等方面，均具有明显优点，并列举了成功的例子。 - Reactive ion beam etching technique has been effectively used to study and fabricate large-scale and ultra large scale integrated circuit, acoustic surface wave device, magnetic bubble device microwave device, integrated optical circuit, superconducting device, shimmer optical pattern etc.
反应离子束刻蚀技术已有效地用于研究和制造大规模和超大规模集成电路，声表面波器件，磁泡存储器，微波器件，集成光路，超导器件，闪烁光栅等。 - Influence on Microwave Device Performance of n-GaAs Surface Chemical Composition Deviation Induced by Mask Layer Growth
掩膜层生长导致n-GaAs表面化学组分的变化对微波器件性能的影响 - A Novel Microwave Device: Heterojunction Bipolar Transistor
新型微波器件&异质结双极晶体管 - Secondly, we has talked about the basic theory of coplanar waveguide transmission line and classic method of filter designing, introduced the general theory of the microwave device research and filter design.
其次，以传输线和滤波器的基本理论为内容，归纳了微波频段器件研究和滤波器设计的一般理论。 - The products have a good market, meanwhile two design methods and steps of the units in this paper has a certain significance in microwave device design industry personnel.
产品具有很好的市场性，同时论文中两个单元的设计方法和步骤对从事微波器件设计行业人员具有一定指导意义。 - In recent years, with the rapid development of microwave device and technology, the requirement of performance on microwave mixer in modern radar and communication became higher and higher.
近年来，随着微波器件与技术的迅速发展，在现代雷达和通信等领域对微波混频器的要求也越来越高。 - The plasma waveguide is a microwave device with many characteristic advantages over the ordinary waveguide. It is small, light, electrical tunable, magnetic tunable and undetectable.
等离子波导有着普通波导无法比拟的新特性。其优点包括：体积小、重量轻、装载方便快捷、电可调、磁可调及电磁隐身等。 - Phase noise is an important technique index of the communication equipments, microwave device and radar.
相位噪声是现代通信、微波仪器、雷达等电子系统和设备的一项重要技术指标。 - Thus, the research of performance on microwave device at thermal stress is important.
因此，研究微波器件在热应力条件下性能的变化就显得很重要。