microwave ferrite的例句大全

In this paper the temperature dependent of saturation magnetization of titanium-substituted lithium ferrites has been theoretically calculated, then microwave ferrite materials with excellent performance have been made through controlling Fe content, adding Ca and V, and annealing in high-pressure oxygen.

对钛置换锂铁氧体进行了理论计算，在此基础上通过控制Fe含量，添加Ca、V离子及高压氧气退火等工艺，制备出了性能优良的微波铁氧体材料。

Statistical Theory on Tensor Permeability of Microwave Ferrite

微波铁氧体张量磁导率的统计理论

in this paper, the development of microwave ferrite materials and its application at home and abroad in recent years is introduced.

总结和评述了近年来国际国内微波铁氧体材料及其应用研究发展动态。

measuring method for demagnetized state permeability of microwave ferrite materials

微波铁氧体材料退磁态磁导率的测量方法

the controlling of microwave ferrite devices and its application

微波铁氧体器件的控制及其应用

analysis on the technical requirements for soft ferrites as yokes of microwave ferrite phase shifters

微波铁氧体移相器对磁轭软磁铁氧体的技术要求分析

This paper is intended to describe the properties of nonreciprocal microwave ferrite devices from the four-terminal network analysis.

本文尝试用四端网络法研究非互易微波铁氧体器件。

Discussion on Some Problems of Microwave Ferrite Device in Batch Production

微波铁氧体器件批生产中几个问题的讨论

the microwave ferrite circulator is an important non-reciprocal component for radar and microwave system.

微波铁氧体环行器是雷达和微波系统中一个重要的非互易部件。

hexagonal system microwave ferrite materials;

六角晶系微波铁氧体材料；

the miniaturization of stripline junction circulator is always a hot subject of research in the area of microwave ferrite devices.

带线结环行器的小型化是当今微波铁氧体器件的研究热点之一。

microwave ferrite components - measuring methods for major properties.

微波铁氧体件.主要特性的测量方法

microwave ferrite components - guide for the drafting of specifications.

微波铁氧体部件.规范制定指南

Ferrite film can reduce the size of circulator. But how to maintain the perfect microwave characteristics of the ferrite film circulator is a problem.

环行器用铁氧体的薄膜化能够减小环行器的体积，但如何保持薄膜环行器良好的微波特性成为一个难题。

Magnetism and Microwave Absorbing Ability of Co_2 W Type Hexagonal Ferrite

Co2W型六角晶系铁氧体的磁性与微波吸收性能

Effect of Particle Size on Microwave Absorption Property of Barium Ferrite

钡铁氧体的颗粒粒径与吸波性能研究

Thus ultraminiature ferrite devices with high performance and high tempera-ture superconductor ( HTS) and high power quasi-optical circulators have experimentally succeeded. It will have im-portant effects for developments of microwave monolithic integration, mixture planar integration and millimeter wave radar system.

这些超小型化具有高性能的高温超导（HTS）铁氧体器件和高功率准光环行器的试验成功，将对微波单片集成、混合平面集成和毫米波雷达系统的发展产生重要的影响。

One of the development trends of microwave YIG polycrystalline ferrite material is wide band, low loss and high power material.

微波YIG多晶铁氧体材料的发展趋势之一是宽频带、低损耗、高功率材料。