1.
The Study of the Urban Social Place System;
城市内部生活场所的微区位研究进展
2.
Application of in-situ isotopic analysis to granite genesis
原位微区同位素分析在花岗岩成因研究中的应用
3.
An Analysis of 758 Cases with Sellar Region Lesions and Microanatomy of Operative Approaches to Sellar Region;
鞍区占位病变758例临床分析及鞍区手术入路显微解剖研究
4.
The Micromechanism of Residents Political Participation in Unitary Community--A Case Research about Z Community;
“单位型社区”居民政治参与的微观机制——对Z社区的个案研究
5.
STUDY ON MICROSCOPIC MECHANISM OF RESIDENTS HOUSING LOCATION CHOICE BEHAVIOR;
城市居民居住区位选择微观机制的实证研究——以万科青青家园为例
6.
Ultrastructural changes in rabbit disc and bilaminar zone of the TMJ with experimentally induced anterior disk displacement
颞下颌关节盘前移位关节盘及盘后区超微结构变化的实验研究
7.
Research on Slight Saline Water Irrigation Modes in Hetao Irrigation Area
河套灌区区域微咸水灌溉模式的研究
8.
Study on the Locations of Business Office Districts in Downtown Shanghai;
上海市中心城区商务办公区区位研究
9.
A Study of the Application of Microcomputers to the μm-Degree Digital Postiton Display Unit
微型计算机应用于微米级位置数显表的研究
10.
The In-Situ Study of Nanomaterials' Microstructure by Electron Microscope
纳米材料微结构的原位电子显微学研究
11.
In situ Microcalorimetry Insight into the Growth of CaMoO_4 Microcrystallites
CaMoO_4微晶生长过程的原位微量热法研究(英文)
12.
Precise Positioning and Microstep Movement Studies of a Millimeter Scaled Microrobot
毫米级微机器人精密定位及其微步进运动研究
13.
The Research on the Metaplasia of Cartilage Cells and Their Ultrastructures of the Bilaminar Zone Following Anterior Disc Displacement of Temporomandibular Joint;
颞下颌关节盘前移位后双板区组织内软骨细胞化生及超微结构研究
14.
Research on Urban Retailing's Microlocation Selection and Competitiveness--Take Wal-Mart Retail Business in Jinhua as An Example
城市零售业的微区位选择及竞争力研究——以浙江省金华市沃尔玛零售业为例
15.
A study on Drive System with AC Servo Motor Using 16-bit Microprcessor Controller
16位微机控制交流伺服驱动系统研究
16.
Research of the High-Speed/High-Precision Positioning System of Macro/Micro Driving;
宏/微驱动高速高精度定位系统的研究
17.
Micro Seismic Monitioring Location Research of Coal and Gas Outburst;
微地震监测煤与瓦斯突出的定位研究
18.
The Design and Experimental Research of Nano-Positioning Table;
纳米级微定位平台的设计及实验研究