材料物理

氮化镓基发光二极管产业化中的材料物理问题

Material physics problems in the mass production of GaN based LED

材料物理、材料化学专业实验创新研究

An Innovative Study on Experiment Teaching of Material Physics and Material Chemistry

退火温度对P离子注入TiO2薄膜材料物理与生物学性能的影响

Influence of anneal temperature on the properties of P-implanted TiO_2 biomedical thin film

Al2O3/ZrB2/ZrO2复合材料物理和化学相容性分析

Analysis of physical and chemical compatibility of Al_2O_3 / ZrB_2 / ZrO_2 composites

TiO2掺杂Ag/SnO2电接触材料物理性能的研究

A Research on the Physical Properties of Electronic Contact Material of TiO_2 Mixed with Ag / SnO_2

考察了超细滑石粉对MC尼龙复合材料物理力学性能的影响。

The effect of ultrafine talc powder on the mechanical properties of ultrafine talc powder reinforced MC nylon composite are respectively studied .

在110℃×24h烘干，1500℃×3h烧成制度下，通过改变基质中MgO细粉的加入量，对材料物理性能和力学性能进行测试。

Properties of the castable with the different MgO powder addition by drying at 110 ℃ for 24 hours , then sintering at 1 500 ℃ for 3 hours are tested .

氟化是修饰和控制炭材料物理化学性质的有效方法之一，炭材料的多样性和宽范围的C-F键是氟化炭材料具有多种多样性质的基础。

Fluorination is one of the most effective chemical methods to modify and control physicochemical properties of diverse carbon materials .

本文从材料物理化学角度详细研究了Bi-Sr-Ca-Cu-O系统固相反应历程和各组元的反应行为。

The solid phase reaction process of Bi-Sr-Ca-Cu-O system and the reaction behavior of each component in view of material physical chemistry are studied in detail in the paper .

本文通过对大面积PCD复合片材料物理特性的分析及电火花放电加工PCD表面放电机理的研究，分析了电火花加工大面积PCD复合片时影响加工速度及表面质量的重要因素。

Based on the researches of the physical characteristics of Polycrystalline Diamond ( PCD ) and the electric discharge mechanism , some important factors which influence the material removal rate and surface quality when machining large diameter PCD was found out .

采用氯氧镁水泥为结合剂制备铝镁质无碳不烧砖，研究了MgCl2·6H2O和镁砂含量对材料物理性能的影响。

Using magnesium oxychloride cement as binder , carbon-free unburnt alumina magnesia based brick is prepared . Effects of MgCl_ ( 2 )· 6H_ ( 2 ) O and magnesia on physical properties of brick are studied in this paper .

我国耐火材料物理检测技术的发展

Development of the physical testing technology for refractories in China

剑麻纤维/聚丙烯复合材料物理力学性能的研究

Study on Physical and Mechanical Properties of Sisal Fiber / Polypropylene Composite

在材料物理参数模型的基础上，建立了全面系统的交直流特性模型。

These models aresuitableIt ~ for establishing AC and DC characteristics analytical model .

显微结构对陶瓷材料物理性能的影响

The Influence of Microstructure on Ceramic Material Physics Performance

常用生物黏附性高分子材料物理性质的比较试验

Study on the physical properties of bioadhesive polymers Q & A on Sex

激光辐照改变功能材料物理性质

Laser Modification of Physical Properties of Functional Materials

构建面向专业评估与认证的材料物理专业课程体系

The Construction of a Speciality Evaluation and Accreditation-Oriented Course System for Material Physics Specialty

研究了不同类型阻燃剂对聚氨醋销装材料物理性能的影响。

The influence of various flame-retardant agents on properties of polyurethane paving materials was studied .

金属材料物理性能数据

Physical properties data of metallic materials

岩体材料物理网格对流形元覆盖系统形成的影响

Effects of physical grid in rock mass for generation of cover system for numerical manifold method

在过去的几十年中，对低维材料物理研究变成一个活跃领域。

In the past decades , the study of low-dimensional material physics has received much attention .

纸木复合蜂窝夹心包装材料物理力学性质研究

Physical and Mechanical Properties of the Packaging Material of Sandwich Construction with Wood Facings and a Paper Honeycomb Core

晶格常数是决定固体材料物理性质和化学特性的一个重要参数，长期以来，人们一直希望能够利用晶格常数来操控材料性质。

The lattice-constant of a solid state material is certainly a key parameter in determining its physical and chemical properties .

量子理论的不断完善、计算技术以及计算机的飞速发展极大地推动了材料物理的发展。

The development of quantum mechanics , calculation algorithm and computer capability make a distinct progress in the material physics .

超大规模集成电路的一些材料物理问题（Ⅱ）&尺寸缩小带来的巨大挑战

Some issues of the material physics for ultra large scale integration ( part ⅱ) ── giant challenges for the scaled ULSI

同时还采用在不同载荷步之间转换单元材料物理性质，以考虑激光烧结过程中的局部热源输入作用。

A method to transform element material properties between load steps is also taken for consideration of the regional-input high-power laser beam .

然而该技术至今未取得成功，其问题主要集中在材料物理性能和耐氟化盐熔体腐蚀性能两方面。

Yet so far this technology has not achieved a success , and the problems are concentrated on the material 's physical property and corrosion resistance .

半导体量子点一直是材料物理研究的热点，澄清其光吸收的物理机制至关重要。

Semiconductor quantum dots are always the hot topic of material physics , and it is very important to clarify the absorption mechanism of the quantum dots .

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。

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 .