1.
Meso-deformation and Constitutive Relations of Sliding Polycrystals;
多晶滑错体的细观变形过程与本构关系
2.
Analysis of Submacroscopic Deformation Mechanism of Frozen Silty Clay and A Study on Its Anisotropic Damage Models
冻结粉质粘土细观变形机理及其各向异性损伤模型研究
3.
Mesomechanical Study of Interlaminar Deformation and Damage in Thermoplastic Composite Laminates;
热塑性复合材料层间细观变形与损伤的力学行为研究
4.
Experimental study on the changes of the shape and deformability of erythrocytes after splenectomy
脾切除后红细胞形态与变形性变化的实验观察
5.
STOCHASTIC GRANULE DISCONTINUOUS DEFORMATION MODEL OF ROCKFILL AND ITS APPLICATION
堆石体应力变形细观模拟的随机散粒体不连续变形模型及其应用
6.
Mesoscopic Mechanical Behavior of Polycrystalline Materials Subject to Large Deformation at Elevated Temperatures;
多晶材料高温大变形细观力学行为研究
7.
Morphology Observation on the Chestnut Sport Catkin during Its Development
板栗芽变短雄花序发育的细胞形态学观察
8.
Cell morphology and DNA gel electrophoresis were used to observe the apoptosis.
细胞形态学变化和DNA凝胶电泳观察细胞凋亡现象。
9.
The Study on the Marble Macroscopic and Mesoscopic Mechanical Deformation Characteristics under the Periodical Change of Temperature;
温度周期变化作用下大理岩宏细观力学变形试验研究
10.
Objective To quantify the morphologic changes and apoptosis in incompletely ischemic retina.
目的 观察不完全缺血引起的视网膜形态学变化及细胞凋亡情况。
11.
Dynamic observation of morphologic change of sinoatrial node cells of rabbits after acute damages
兔窦房结组织急性损伤后细胞形态结构改变的动态观察
12.
Electronic Microscopic Observation and Meanings of Morphologic and Aggregative Changes of Erythrocyte in Hypertension;
原发性高血压患者红细胞形态及聚集性改变的观察及意义
13.
Study on the Deformation and Damage Rules of Gas-filled Coal Base on Meso-mechanical Experiments
基于细观力学试验的含瓦斯煤体变形破坏规律研究
14.
MICROSTRUCTURAL INSTABILITY OF ULTRAFINEGRAINED COPPER UNDER ANNEALING AND HIGH-TEMPERATURE DEFORMING
超细晶铜在退火与高温变形条件下微观结构的不稳定性研究
15.
A cell, such as a leukocyte, having amoeboid form or motion.
变形细胞有变形虫形状或运动形式的细胞，如白细胞
16.
The microscopic appearance of a leiomyoma indicates that the cells do not vary greatly in size and shape and closely resemble normal smooth muscle cells.
镜下观，平滑肌瘤细胞大小和形态没有很大变化，和正常平滑肌细胞非常相似。
17.
The tide turns.
形势转变，局面改观。
18.
Study on Retransformation Strengthen of the Deformation Close Grain of the AZ31 Magnesium Alloy;
AZ31镁合金变形细晶再变形强化研究