1.
Its microstructure include: dimple, plastic intererystalline, cleavage and mixed fracture.
高锰钢微观断口有:韧窝断口、塑性沿晶断口、解理断口及混合断口。
2.
The fracture mode changed from quasi-cleavage plus cleavage obtaioed from conventional treatment to quasi-cleavage plus dimple.
微观断口由常规工艺的准解理加解理断裂变为准解理加韧?断裂。
3.
The microstructure and tensile fracture surface of the Q235 steel has been investigated by TEM and SEM.
应用TEM和SEM观察钢的微观组织结构及拉伸断口。
4.
The fracture appearance is dimple at room temperature,it changes into intercrystalline fracture at low-temperature.
其冲击断口微观形貌由室温时的韧窝断口逐渐变为低温下的塑性沿晶断口.
5.
The toughness, fractograph and microstructure of the failed die specimens have been examined and analysed.
检测了失效模具材料的微观组织、击韧性和断口形貌。
6.
The Microstructural Characteristics and the Morphology of Fracture Surface of Metal/Metal Functionally Gradient Material;
金属/金属梯度功能材料的微观组织特征及断口的研究
7.
Traffic Safety Diagnosis and Its Improvement in Urban Junctions Based on Classified Traffic Conflict Technology and Micro Simulation
基于分类交通冲突与微观仿真分析的城市交叉口安全诊断及改善
8.
electron microfractography
电子显微断口金相学
9.
fracture micromechanics of polymer materials
聚合材料断裂微观力学
10.
By means of chemical composition analysis, hardness testing, non-metallic inclusion examination, metallographic examination, macro and micro-fractography fracture analysis were conducted.
对剃齿刀断口进行了宏、微观检验、化学成分分析、硬度测试和非金属夹杂物及显微组织检验。
11.
Analysis on Fracture of Microsegregation in 13MnNiMoR Steel Plate
13MnNiMoR钢板显微偏析的断口分析
12.
The fracture of K1 c and impact specimens were observed by SEM.
通过扫描电镜观察了断裂韧性和冲击试样断口。
13.
Three-Dimensional Fracture of Macro-Structures and Failure of Micro-Materials;
材料结构宏观三维断裂和微观破坏行为研究
14.
Attribution:A Microcosmic Window of Exploring Modern Economic Behavior
归因:透视现代经济行为的微观窗口
15.
Research on Microcosmic Behavior OI Cyclists at Signalized Intersection;
平面信号交叉口自行车微观行为研究
16.
Research on Export Growth of Chinese Textile Industry in Micro Perspective
中国纺织行业出口增长:一个微观视角
17.
Business suit pocket processing flow research based on micro motion analysis
基于微观动作分析西装口袋工艺流程
18.
Study on Low Cycle Fatigue Fracture Surfaces of Titanium Alloy BT9 under Non-proportional Loadings
钛合金BT9非比例载荷低周疲劳断口显微分析