微组装

微组装基板材料的孔隙率与其抗折强度关系的研究

Research on the Relationship between Porosity and Flexural Strength of Micro-assembly Substrate Materials

论述了微组装技术的主要内容及其发展动态。

Then the main contents of micro-assembly technology and its development trend are introduced .

Si基微组装技术&薄膜混合IC的一个重要分支

Si-Based Microassembly Technique & An Important Branch of Thin Film Hybrid IC

本文描述了Si基微组装技术的目前状况、基本特点和一般制作工艺以及应用概况。

State of the art , basic characteristics , current fabrication technology and applications of the Si-based microassembly are described .

由半导体器件、电真空器件和微组装电源构成的微波功率模块（MPM）已成为构建各种军用电子装备和民用系统的基本单元。

Microwave power module ( MPM ) consisted of solid state devices , vacuum electron devices and electric power conditioning became the fundamental construction elements for various military equipment and commercial system .

三维多芯片组件技术（3D-MCM）是现代微组装技术发展的重要方向，是微电子技术领域跨世纪的一项关键技术。

The multi-chip module technology of the three-dimension ( 3D-MCM ) is the important direction of the modern microelectronics packaging technology development and a cross-century key technology of microelectronic technique field .

微组装电路的设计特点与制造技术

An Examination of the Design and Manufacturing Technologies for Microassembly Modules

钟罩式高温烧结炉在微组装工艺中的应用

Application of high temperature bell sintering furnace in micropackaging Technology

基于波导空间固态功率合成的微组装工艺研究

Research on Microassembly Techniques of Spatial Solid State Power-combining Based on Waveguide

微组装插件可靠性设计和预测的工程实践

Engineering Practice of Reliability Design and Prediction for a Card-Level Micropackaging Module

多层微组装件半解析热分析方法的研究

Research of Semi - Analytical Thermal Analysis Method of Multilayer Electronic Modules

微组装纳米多层材料的力学性能研究

Study of mechanical properties of micro assembly in nano scale

跨入下世纪的微组装用材料

The Micro - assembling Materials for the Next Century

数字电路、模拟电路微组装组件

Microelectronic SMT Module for Digital and Analog Circuit

混合集成电路微组装混合式或组合式滚装集装箱货船

Hybrid microassembly mixed or combination container roll-onroll-off ship

应力&应变场数值模拟在微组装焊点中的应用

Application of Numerical Simulation of Stress - Strain Field Distribution in the Solder Joints

T/R组件微组装中的压焊技术

Press-welding Technology for T / R Models Micro-assembly

混合集成电路微组装航空汽油组成的调合

Hybrid microassembly blending of aviation gasoline components

验证了实现垂直互连微组装结构的实际焊接工艺。

The practical jointing technics to realize the configuration of vertical interconnection micro-assembly is validated .

微波控制电路的微组装组件研制

Development of Micro module by Micro assembly Technology for Controller Circuit Used in Microwave Power Amplifier

大规模组合集成电路混合集成电路微组装

Large scale compound integration hybrid microassembly

微电子组装技术述评&兼议我所微组装技术发展方向

A Review on Microelectronics Packaging Technology & With Suggestions on the Development of MPT for Our Institute

微波电路的微组装研制

Micro-mounting of Microwave Circuit

文中介绍了微组装技术的定义、特征等基本概念；

The basic concept and definition of the Micro-assembly technology and its characters are presented in this paper .

提出了微组装电路组件在微波功放控制电路中的应用，介绍了微组装电路组件的散热措施。

This paper introduce the application of micro assembly circuit micro module in microwave power amplifiers and its thermal management .

胆石是在病理条件下一种异常生物矿化的产物，是有机基质（如蛋白、多糖等）在分子水平上控制矿物的成核、生长和微组装所得。

Gallstone is the product of unusual biomineralization under pathological conditions , it is organic matrix ( such as proteins , polysaccharides , etc. ) at the molecular level to control mineral nucleation , growth and micro-assembly .

结合目前的实验条件，本文对垂直互连微组装工艺进行了实际实验研究，主要包括相应的结构设计及样片制作、验证了相关的加工工艺及组装系统的垂直互连连通性。

Under the present experimental conditions , the practical study on technology of vertical interconnection micro-assembly has been done in this article . And corresponding configuration has been designed , samples have been made . The correlative technics of processing and the connectivity of vertical interconnection have been validated .

微组织组装方法的实验研究及CFD模拟

Experimental research and CFD modeling of micro-tissue assembly method

然后采用离心分离法并结合后交联反应制得具有良好稳定性的杂化微凝胶组装产物。

Then , the hybrid assembly product with high stability was produced by centrifugation followed by post-crosslinking reaction .

总之，本文建立控制木醋杆菌定向运动的方法，成功实现细菌纤维素分泌过程的有序微纳组装。

In summary , we established a method to ensure the directional movement of A. xylinum and realized ordered assembly of bacterial cellulose .