microstructure

The microstructure and its change during burning process was introduced.

介绍了木质陶瓷的微观结构及其在焙烤过程中的变化机理.

The microstructure and microhardness of ths laser nulted Fe-Sb alloys were studied.

研究了激光表面熔化Fe-Sb合金的显微组织和显微硬度.

The combination of the matrix material and the package agent were studied by using thermal shock test and SEM microstructure of the samples.

利用测试样品抗热震性和SEM显微结构研究分析了封装剂与基体材料的结合性。

The microstructure of the weld zone is tempered martensite zone.

热影响区的显微组织主要为回火马氏体;熔合线结合良好,组织均匀.

Figure 1 Tensile strength and microstructure change during hot stamping.

热冲压时拉伸强度和微观结构的变化.

Study on the Preparation , Property and Application of Microstructure-controlled Metal Oxide Nanocrystals.

纳米氧化物表面改性与分散技术及其在高分子摩擦材料中的应用.

Study on the Microstructure Prediction of Ultrafine Grain Steel in Thermal Simulation Experiment

超细晶粒钢热模拟试验组织预测研究

At last , the developing direction, nano-technology and microstructure design was pointed out.

而且 纳米 技术和微观结构设计将是今后氧化铝提高韧性的发展方向.

The initial microstructure was found to be fine duplex microstructure.

蠕变前合金的显微组织为均匀细小的双态组织.

Many dislocations, intragranular particles, and some thermal strain streaks were found inside the microstructure of the 3 investigated composites, which improve the mechanical properties of the materials.

3种材料微观结构中均发现了大量的位错、内晶型纳米粒子，和一些应力条纹，它们对于材料的强韧化作出贡献。

Also , the microstructure of materials changes greatly due to thermal fatigue.

热疲劳使材料内部的显微结构发生了显著变化.

The microstructure and wear resistance of thixoformed AZ 91 D alloy were investigated.

研究了AZ91D镁合金的组织和磨损性能.

Gleeble thermal simulation machine was used for the deformation thermal simulation of different tested steels, to study the influence of the deformation in ferrite region for the microstructure and micro hardness of tested steels.

本文通过Gleeble3800和1500热模拟试验机对不同试验钢进行热模拟试验，研究铁素体区形变对试验材料的组织和显微硬度的影响。

Microstructure of LDPE modified asphalt exhibits some combination of LDPE and asphalt.

LDPE改性沥青的显微结构显示沥青与LDPE有一定的结合.

The results are important to analyses the microstructure of the rolled-piece.

这一结果可指导分析轧件的微观组织变化.

Effect of the Thermal Cycle of Welding Shrinkage Hole on Microstructure and Properties of Heat-Affected Zone Austempered Ductile Iron

焊补缩孔热循环对奥-贝球铁HAZ组织与性能的影响

The microstructure and wear resistance of thixoformed AZ 91 Dalloy were investigated.

研究了触变成形AZ91D镁合金的组织和磨损性能.

Big deformability was more related with its microstructure, plasticity, and shear strength.

冷镦头剧烈变形能力与合金组织 、 塑性和剪切强度关系较大.

Thermal shock test, microscopy, micro-hardness, wear resistance and corrosion test were used to study the relation of microstructure and properties of brush plated NiW ( D) layer with brush-plating voltage.

通过金相观察，显微硬度，磨损试验，腐蚀试验及热震试验，研究了NiW（D）合金电刷镀层的组织、性能与工作电压的关系。

Microstructure Design of Tool Ceramic materials Based on High Thermal Shock Resistance

基于高抗热震性能的陶瓷刀具材料的微观结构设计

The microstructure and thermal plasticity of the semi-solid M2 high speed steel billets prepared by cooling slope method have been investigated.

法制备出M2高速钢半固态铸坯，并对其微观组织和热塑性进行了研究。

The physical properties, thermal properties, mechanical properties and microstructure were studied.

对湿热老化前后改性环氧树脂及其复合材料的物理性质、热性能、力学性能、化学结构以及微观组织结构等进行了研究。

The microstructure of the film was studied by scanning electron microscope.

用扫描电镜观察了膜的微观形态.

These changed areas ware assembled 3 D microstructure called microstereolithography fabrication.

这些作用于微米范围组合而成立体结构之加工技术称为立体微影加工技术.

According to the measured curves, the samples with microstructure characteristics of thermal affected zone were prepared in the way of heat treatment simulation.

根据焊接热模拟曲线，通过热处理模拟的方法制备焊接热影响区各微区显微组织的试样。

Different process parameters of rotating arc welding affect the welding joint microstructure, which directly related to the thermal cycling curve of rotating arc welding.

旋转电弧的不同焊接工艺参数对焊接接头的微观组织有影响，这与旋转电弧焊接时的热循环曲线有直接的关系。

Effect of Thermal Strain on Microstructure and Mechanical Properties of Welding Heat-Affected Zone of 2090 Al-Li Alloy

热应变对2090铝锂合金焊接热影响区显微组织和力学性能的影响

Investigation on Correlation Between Microstructure and Thermal Radiation Property for Carbon Fiber

碳纤维微结构与热辐射性能的相关性研究

Thermal deformation and precipitation of carbides result in the increase of dislocation submicrostructure in the microstructure of steel deformed and quenched.

由于形变及碳化物的析出，使得该钢等温形变后直接淬火组织中的位错马氏体量增多。

The study on Microstructure and thermal shock resistance of kiln furniture materials

窑具材料显微结构与热震稳定性相关性研究