材料物理的特色方向在半导体物理,电子材料,微电子器件等领域,例如CPU。对学生的数学,物理基础要求较高,着重培养学生发展新型电子材料和微电子器件工艺,分析与设计等方向的应用能力和创新能力。
...网络电子期刊—论文页面 关 键 词: 材料物理;LiNbO3;稀磁氧化物;X射线近邻结构 [gap=1117]Key words: materials physics; LiNbO3; diluted magnetic oxides; X-ray absorption near edge structure ..
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... Advanced metallurgy高级冶金 Physics of Materials材料物理 Polymer Materials Science and Engineering高分子材料科学和工程 ...
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材料物理与化学 Materials Physics and Chemistry ; Materials Chemistry and Physics ; Material Physics & Chemistry ; mterils physics nd chistry
国际材料物理中心 International Center for Materials Physics
材料物理性能参数 physical property parameter of material
材料物理学 materials physics ; [材] physics of materials
材料物理专业实验 experiment of material physics
材料物理性能 Physical Properties of Materials
材料物理化学 Physical Chemistry of Materials
材料物理和超导 Materials Physics and Nanotechnology
高分子材料物理 Polymeric Materials Physics ; Polymer Physics
The influence factor on materials physics and mechanics capability were investigated, which induced by powders synthesis technique, pressure and sinter temperature. The relation among density, hardness, conduct, tensile strength and stretch ratio was researched.
在制备铜基复合材料的工艺过程中,对材料进行密度、电导率等物理性能和抗拉强度、布氏硬度、延伸率等力学性能的测试,进行金相分析和EMPA分析,研究了粉末合成工艺、压制压强、烧结温度等对材料物理、力学性能的影响,探索了材料密度、布氏硬度、电导率、抗拉强度、延伸率等之间的关系。
参考来源 - 碳化物弥散强化铜基复合材料的研究The quasi-fluid cell oscillation time series in solid is a natural, non-iteration of equations time series. It has profound connotative meaning of materials physics.
固体类流态的振荡时间序列是一种天然的,非方程迭代产生的时间序列,具有深刻的材料物理内涵。
参考来源 - 固体“类流态”现象的混沌动力学特征及机理研究·2,447,543篇论文数据,部分数据来源于NoteExpress
通过测量,达到控制材料物理特性的要求,以满足产品实际应用的需要。
Through measurement, achieve control of material of physical characteristics requirement, in order to satisfy the needs of product application.
试验结果表明,添加聚丙烯纤维有助于改善材料的模压性能,但导致材料物理力学性能下降。
The test results showed that adding virgin PP fiber could improve molding performance of the composite, but made the physical mechanical properties reduced.
随着高功率和超短脉冲激光器的出现,多光子吸收技术已近成为研究材料物理特性的一种有效方法。
With the development of high peak power and ultrashort-pulsed lasers, multi-photon techniques have become an important tool for investigation of physical properties of materials.
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