1.
Numerical Simulation of Heat and Liquid Transfer in the Hydrothermal Ore-forming Progresses;
热液成矿过程中热及流体传输的计算机数值模拟
2.
Research on P2P Transmission Model of Streaming Media with Application;
流媒体的P2P传输模型研究及应用
3.
The Technology Based on P2P Streaming Media and Application;
基于P2P的流媒体传输技术及其应用
4.
Distributional Multimedia Transmission Control Performance Evaluation And Optimization;
流媒体传输控制的性能评价及其优化
5.
Research on Transmission Protocol and its QoS Improvements of in P2P Streaming Media Systems
P2P流媒体传输协议及其QoS优化研究
6.
QoS of P2P-based Web Services and Streaming Media Transmission
基于QoS的P2P网络服务及流媒体传输
7.
To ask students to understand three modes of heat transfer:Conduction, Convection and Radiation.
热传模式为三:热传递、热对流及热辐射。
8.
Studies for Heat Conveyance Mechanism and the Application in Heat Transfer Enhancement Due to Chaotic Advection;
热量运输机理及其在混沌流强化传热中的应用研究
9.
Study on the Heat Transfer Performance of Three-fluid Separate Type Heat Transfer Unit and Heat Exchanger of Heat Pipe;
三流体分离型热管换热组件及换热器的传热性能研究
10.
On the Flow Structures and Heat Transport in the Near Wake of a Wall-Mounted Finite-Length Square Prism;
有限长方形柱体尾流流动及传热特性研究
11.
Flow and Heat Transfer in Micro Fluid-based Inertial Devices and Their Engineering Applications;
微惯性流体器件中的流动和传热及其工程应用
12.
The Numerical Simulation of Fluid Flow and the Preliminary Research of Heat Transfer Calculation for Thin-film Evaporator;
薄膜蒸发器流体流动数值模拟及传热计算初探
13.
Numerical Investigations on the Characteristics of Free Surface MHD-Flow and Heat Transfer;
磁流体自由表面流动及传热特性的数值研究
14.
Design and Study on RJL10 Bio-mass Pyrolysis Heat-carrying Agent Heat Installation and the Heat-carrying Agent Expulsion System;
RJL10生物质裂解热载体加热装置及物流输送系统设计研究
15.
Characteristics and Carrier Transport Mechanism of Organic Thin Film Field Effect Transistors;
有机薄膜场效应晶体管及其载流子传输特性
16.
Seepage model and analytic solution of the landfill gas transport process;
垃圾填埋气体传输过程的渗流模型及解析解
17.
Research on Streaming Media and Adaptive Transmission Control and Implement
流媒体及其自适应传输控制的研究与实现
18.
Modeling and Analysis of Controllable Output Property of the Cantilever-beam Inertial Sensors Based on Magnetic Fluid
悬梁式磁流体惯性传感建模及输出可控性分析