1.
Solid State Reaction Mechanism in Interfaces of Fe/Ti Nanometer-Scale Multilayers;
Fe/Ti纳米多层薄膜界面反应机制研究
2.
Application of three-phase interline reaction mechanism on preparation of Ta metal using SOM process
三相界面反应机制在SOM法制备金属钽中的应用
3.
Reaction mechanism and microstructure of interface in soldered joint of zinc-based alloy
锌基合金钎焊界面区的反应机制及组织结构
4.
The study of pulsed-laser induced liquid-solid interface reaction;
脉冲激光诱导液-固界面反应机理研究
5.
Computer Simulation for Moving Reaction Boundary (MRB)
移动反应界面（MRB）的计算机模拟
6.
Interactive Reaction of Polychlorinated Compound Dechlorinating Transformation at the Soil Interface
土壤有机氯脱氯转化的界面交互反应
7.
Application of VVVF and HMI in Paper Machine
变频控制和人机界面在纸机上的应用
8.
Research and Application Base on HMI and MCU
基于单片机控制的人机界面应用研究
9.
Study on the Microstructure, Grow Mechanism of Reinforcement and Interface in in Situ Synthesized Ferrous Matrix Composite;
原位合成铁基复合材料的微结构特征、生长机制以及界面反应机理的研究
10.
Moving Chemical Reaction Boundary Based Urine Profiling and Instability of PH Gradient in IEF Revisited;
移动化学反应界面的应用：尿液指纹分析和等电聚焦电泳不稳定性机制的再研究
11.
Study on Interfacial Reaction of Neural Cells to Materials and Its Related Mechanism;
神经细胞与材料的界面反应及机理研究
12.
Mathematic model for formation of hollow fiber nanofiltration membrane by interfacial polymerization
界面聚合反应制备中空纤维纳滤膜的数学模型
13.
Analysis of net communication blocking and sluggish response phenomena of man machine interface in the distributed control system (DCS) and their optimization and adjustment
分散控制系统网络通信堵塞和人机界面反应迟缓现象分析及其优化调整
14.
Adaptive Control for BLDCM System Based on Matlab in Human-machine Interface
基于Matlab人机界面的无刷直流电机自适应控制
15.
Research and Application on Embedded HMI Control System;
嵌入式控制系统人机界面的开发及应用
16.
Research on Adaptive Human-Human Interactive Interface Supporting Cooperative Awareness;
支持协同感知的人—人交互界面自适应机制研究
17.
The Interfacial Reaction Law and Micromechanism between Titanium Alloy Melts and Ceramic Mould;
钛合金熔体与陶瓷铸型界面反应规律及微观机理研究
18.
Interfacial Reaction of Single Crystal Particulate Reinforced WC_p/Ti-6Al-4V Graded Composites Coating Produced by Laser Melt Injection
激光熔注单晶颗粒增强WC_p/Ti-6Al-4V梯度复合材料层的界面反应机理