1.
Estimation of Concrete Block Self-generating Volumetric Deformation Stress by Use of ANSYS Program
用ANSYS程序估算混凝土浇筑块自生体积变形应力
2.
The Sensitivity Analysis on Thermal Stress of Autogenous Volume Defortmation Mixed MgO Concrete;
掺MgO混凝土自生体积变形对温度应力的敏感性分析
3.
residual expansion of tank volume
罐体容积残余变形值
4.
residual expansion rate of tank volume
罐体容积残余变形率
5.
Freedom is the right of all sentient beings. （From TransFormers）
自由是所有生命体的权利。——《变形金刚》
6.
autogenous growth of concrete
混凝土自生体积增长
7.
Virions may be polyhedral or helical and vary greatly in size.
其形状有多面体形和螺旋形，其体积大小多变。
8.
P.E. Teacher s Affirmative Evaluation and the Formation of Students Positive Self-consciousness;
体育教师肯定的评价与学生积极自我意识的形成
9.
FFD Cylinder Modifier
自由变形柱体修改器
10.
Effects of Body-shape-building Course on Body-shape Improvement in Female Students of Beijing Broadcast College;
形体课对北京广播学院女生形体改变的积极作用与效果的实验研究
11.
The patterns of product appeared the dendritic, ramification, dense branch, fractal, and homogeneous structure and their morphological evolution was caused by the change in anisotropy of crystal growth and different stage of electrodeposits.
这些形态变化从根本上是由于晶体生长各向异性的变化和沉积物的生长速率不同造成的。
12.
The mechanism of the deformation and fracture of the alloy was analyzed by using the free volume model.
采用自由体积模型对非晶合金的形变和断裂的微观机制进行了分析。
13.
Research the performance of the quarter composite system of RPC with steel slag powder
掺钢渣粉四元复合体系RPC的制备及其体积变形
14.
Effect of Different Volume Fraction of Martensite on Deformation Behavior of Dual Phase Steels
马氏体体积分数对双相钢变形行为的影响
15.
Study on the effect of sports to act on shaping one’s concept of active oneself;
体育运动在个体积极的自我概念形成中的影响
16.
Researches on the Relationship Between the Body Surface Area and Physical Shape and Physical Strength of University,Middle School and Primary School Students;
大、中、小学生体表面积与体形、体能关系之研究
17.
Application of broken-line analysis to assess floor space requirements of nursery and grower-finisher pigs expressed on an allometric basis.
应用残破线分析的方法根据体形变异对养殖场和生长肥育猪的地板面积的要求进行评估。
18.
A material which has the property of elasticity will return to its original size and shape when the forces producing strain are removed.
参考译文：如果把产生应变的力去掉，具有弹性的材料就会恢复到它原来的体积和形状。