1.
The Nucleon Number of the Pervading Layer of the Atomic Nucleus and the Cause of Progressive Decreasing of the Heavy Elemental Lifetime
关于原子核弥散层的核子数和重元素寿命递减的缘由
2.
The Determinate Factors and FEM Analysis of the Service Life of the Cement Concrete Pavement
水泥路面使用寿命的影响因素及有限元分析
3.
Calculation of positron lifetime of single crystals of elements of the periodic table with the theory of local density approximation
元素周期表中元素单晶基于局域密度理论的正电子寿命计算
4.
The Pervading Layer of the Atomic Nucleus,the Action Among the Nucleon and the Mechanical Roots of Decrease Progressively of the Heavy Elemental Lifetime
关于原子核的弥散层、核子间的作用和元素寿命递减的力学根源
5.
Study on Fatigue Life of Overhead Traveling Crane s Structure Based on Finite Element Method and Fracture Mechanics;
基于有限元和断裂力学的桥式起重机结构疲劳寿命研究
6.
Study on the Fatigue Life of Tower Crane s Steel Structure Based on Finite Element Method;
基于有限元法的塔式起重机钢结构疲劳寿命研究
7.
FEA Simulation for Crack Growth Near Bead Coil of Heavy Duty Radial Tires and the Life Estimate;
载重子午胎胎圈处裂纹扩展的有限元模拟及寿命预估
8.
The Research on Dynamic Simulation and Life Prediction of Heavy-duty Transmission Based on FEM
基于有限元方法的重型车变速器整体动态模拟与寿命预测研究
9.
microsec life radioisotope
微秒寿命放射性同位素
10.
short-lived radioisotope
短寿命放射性同位素
11.
millisecond life radioisotope
毫秒寿命放射性同位素
12.
The Lifetime Estimation of Fine-blanking Male-die Based on FEM Analysis;
基于有限元分析的精冲凸模寿命估算
13.
CRACK GROWTH LIFE PREDICTION BASED ON FINITE ELEMENT METHOD
基于有限元方法的裂纹扩展寿命预测
14.
Some of these things may reduce our life expectancy.
其中部分因素可能会缩短我们的预期寿命/均寿命。
15.
Factors for calculation of the life cycle cost:
计算使用寿命成本的因素：
16.
Research on Influential Factors of Longevity of Cr20Ni80 Electric-resistance Alloy;
影响电热合金Cr20Ni80使用寿命因素的初探
17.
Factors influencing Chinese canoeists sporting life;
我国赛艇运动员运动寿命的影响因素
18.
Study of factors in corrosion fatigue life riveted joints;
连接件腐蚀疲劳寿命影响因素的研究