材料科学基础

《材料科学基础》CAI课件开发

Development of CAI Course-ware for Fundamentals of Materials Science

介绍了《材料科学基础》CAI课件的系统设计、教学设计思想和课件的特点。

The paper introduces the system design of CAI courseware for Fundamentals of Materials Science , the idea of the design and the features of the courseware .

材料科学基础课程教学改革与实践

The Teaching Reform and Practice of the Basic Course in Material Science

《材料科学基础》综合设计型实验教学的探索

Quest of the Teaching of General Designing Experiment of the Foundation of Material Science

材料科学基础课程双语教学的实践与研讨

Study and Practice of Multimedia Bilingual Teaching in Major Course of Fundamental of Material Science and Engineering

从2004年度国家技术发明奖一等奖看材料科学基础研究的重要性

Thinking the importance of basic research on materials science according the first awards of national technical invention in 2004

针对我校材料科学基础实验中存在的问题，从课程设置、实验内容等方面进行了创新性研究。

Question exists which in view of my school materials science foundation experiment in , from aspects and so on curriculum , experimental content has conducted the innovative research .

数值模拟技术的迅速发展为预测熔覆过程中的热应力及残余应力的分布提供了可能，但结果的准确性很大程度上依赖于材料科学基础研究的进展。

It is possible to prognosticate the residual stress distribution in the cladding layers with developing of numerical analysis method . But that depend on the evolution of materials science .

阻尼减振是以动力学和材料科学为基础的一门综合性技术，是工程结构或构件减振降噪的有效手段。

Vibration damping which is an effective application in vibration and noise control is a field of comprehensive technology on the basis of dynamics and material science .

论材料科学的理论基础

An Introduction on Theoretical Foundation of Material Science

而基于密度泛函理论的第一性原理计算方法，则是计算材料科学的重要基础和核心技术。

The first-principle calculation , which is based on the Density Functional Theory , is playing important role in computational materials .

理论力力学与材料力学《材料科学基础》本科教学的改革与实践

Innovation and Practice for the Undergraduate Course Teaching of " Foundation of Materials Science "

特别是近年来，随着脉冲功率技术的发展，在凝聚态物理、材料科学、生物医学等基础前沿学科研究需要的推动下，脉冲强磁场技术越来越为人们所重视。

Recently , with the development of pulse magnet technology , pulsed high magnetic fields have raised scientists ' attention increasingly , because of the increment in the fundamental research , such as condensed state physics , materials science , and biomedicine .

新形势下材料专业实验课的改进对策和设想材料科学基础课程双语教学的实践与研讨

The New Experiment Education of Material Science and Engineering Study and Practice of Multimedia Bilingual Teaching in Major Course of Fundamental of Material Science and Engineering

在金属材料系统科学框架中，单原子（OA）理论是整个金属材料科学理论系统的基础。

In the framework of the Systematic Science of Metallic Materials , the One Atom ( OA ) theory is the foundation of the entire theoretic system of the metallic materials science .

近年来，基于密度泛函理论（DFT：densityfunctiontheory）的第一性原理计算在物理性质预测、合成、材料设计和评价诸多方面有许多突破性的进展，己经成为计算材料科学的重要基础和核心技术。

In recent years , Density Function Theory based on first principles calculation can predict the physical properties , material design , synthesis and evaluation , and has become an important basis for calculation of Materials Science and Core Technology .