extensive quantity

In Situ monitoring of Epitaxy Growth by Differential RHEED under High Pressure;

高压强下外延生长的差分RHEED原位监测

New Progress in wafer epitaxy technologies for high-brightness white LEDs;

高亮度白光LED用外延片的新进展

Growth and characterization of GaN by lateral epitaxy overgrowth (LEO);

GaN材料的横向外延过生长(LEO)及其特性研究

Connotation and denotation of the socialization of P.E;

体育社会化的内涵与外延

The definition of the connotation and denotation of the study of pharmacology of traditional Chinese medical formulae should be determined completely based on history, objectivity and development, so as to enable the study of pharmacology of traditional Chinese medical formulae to become a comprehensive and systematic project with the theory of traditional Chinese medicine as the bas.

方剂学内涵和外延的定义 ,应以全面、历史、客观、发展的理念来确定。

The article explains the significance of understanding the meaning of English words accurately through demonstrating the concepts and characteristics of denotation and connotation.

英语词汇意义丰富,外延与内涵是词汇的两种最基本的意义。

Discussion of connotation and extension of Chinese nursing;

中医护理学内涵与外延的探讨

Narrowing the connotation of "holder of B/L" and widening its extensions in PRC Maritime Code;

论我国《海商法》中“提单持有人”的内涵限定与外延拓展

Fabrication of β-BBO thin films by liquid phase epitaxy technique;

液相外延法制备β-BBO薄膜

Progress in Research on Liquid Phase Epitaxy;

液相外延技术的研究进展

In this paper,the application of liquid phase epitaxy(LPE) technology in the preparation of such materials as silicon,HgCdTe,single-crystal garnet film,III-V semiconductor material,et.

本文介绍了液相外延技术在制备硅材料、碲镉汞材料、石榴石型单晶材料、III-V族半导体材料和其他一些无机材料方面的应用,简述了液相外延技术近十多年来在系统改善、工艺改进和相关理论研究方面的成果,并指出了液相外延技术相对于其他外延技术的优势及其发展需要克服的困难。

Scanning tunneling microscopy studies on the epitaxial growth of organic semiconductors;

有机半导体外延生长的扫描隧道显微镜研究

Research on the epitaxial growth technique of 3C SiC on silicon substrates;

硅基3C-SiC薄膜的外延生长技术

sing a rotating boat system for liquid phase epitaxial growth the GaP epitaxy has been prepared.

采用旋转舟液相外延生长系统获得ＧａＰ外延片，由它制得ＣａＰ红色发光二极管，其外量子效率可高达１０％（在电流密度为１。

Investigation on interface structure of Ba_(0.7)Sr_(0.3)TiO_3/YBa_2Cu_3O_(7-δ) epitaxial films on (001) SrTiO_3 substrate;

本文利用透射电子显微学和高分辨电子显微学研究了SrTiO3衬底上的Ba0 7Sr0 3TiO3 YBa2Cu3O7-δ(BST YBCO)外延薄膜的界面结构。