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  relative current
     An Experimental Study On the Mechanic Behaviors of Aluminum Foam Based on the Relative Current Density
     基于相对即时密度的泡沫铝材料力学性能研究
短句来源
     According to the results obtained, a new kind of description of the aluminum foam′s mechanic character of the plasticity is suggested, that is the relation between stress and relative current density of aluminum foam instead of the relation between stress and strain.
     基于实验结果,提出了一种新的泡沫铝材料力学性能的描述方法,即用材料的相对即时密度与应力的关系来描述泡沫铝材料的塑性行为。
短句来源
     By the means, it is found that the plastic behavior of aluminum foam can be depicted uniquely by the relation between stress and relative current density, which is even not affected by the initial density of aluminum foam. Thus, the plastic description of aluminum foam would be simplified greatly.
     基于该方法,发现泡沫铝的塑性行为可以用单一的应力—相对即时密度关系描述,这一关系甚至不依赖于材料的初始密度,这将使泡沫铝材料塑性行为的描述大大简化。
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  “相对即时”译为未确定词的双语例句
     By the static and impact experiments for aluminum foam cylindrical specimens were performed, and the effects of initial density, aperture and geometry on the relation of stress and strain were analyzed.
     通过对圆柱形泡沫铝试件进行静态压缩和冲击实验,考察了泡沫铝的初始密度、孔径和尺寸等因素对材料应力应变关系的影响,研究了基于相对即时密度的泡沫铝材料的塑性行为。
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  相似匹配句对
     Theory of Relativity & Theory of Relative Absoluteness
     相对绝对论
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     THE STUDY OF RELATIVE COULOMETRIC TITRITION
     相对库仑滴定法
短句来源
     An Experimental Study On the Mechanic Behaviors of Aluminum Foam Based on the Relative Current Density
     基于相对即时密度的泡沫铝材料力学性能研究
短句来源
     DIGITAL IMMEDIATE GRATIFICATION
     数字化的即时满足
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     Instant Box vs.Huge View
     即时盒子——大风景
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  relative current
It is shown that the dependence of the critical current on the cross-sectional area is described by a formula common to all cross sections and the relationship between the relative current and relative cross-sectional area is universal.
      
It was not selective amongst the halides, and there was no deviation from a linear dependence of relative current on molar fractions, indicating relatively simple permeation through the pore.
      
Assuming that both Cs- and Ga-FIBs have the same diameter, the relative current density of a Cs-FIB is expected to be approximately 80% that of a Ga-FIB.
      
The agreement of the experimentally determined relative current decrease with the calculated relative value of the effective dead active area confirms the model.
      
A social change index-an objective means to discern and measure the relative current social condition of cities, towns, and thei
      
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By the static and impact experiments for aluminum foam cylindrical specimens were performed, and the effects of initial density, aperture and geometry on the relation of stress and strain were analyzed. Then the plastic behavior of aluminum foam was studied based on the relative current density. The specimens with four kinds of geometry dimension, three kinds of average cell diameter and various initial densities were considered in the tests. The results show that the initial density has significant effect on...

By the static and impact experiments for aluminum foam cylindrical specimens were performed, and the effects of initial density, aperture and geometry on the relation of stress and strain were analyzed. Then the plastic behavior of aluminum foam was studied based on the relative current density. The specimens with four kinds of geometry dimension, three kinds of average cell diameter and various initial densities were considered in the tests. The results show that the initial density has significant effect on the relation of stress and strain, but other factors such as aperture and geometry have little effect on it. According to the results obtained, a new kind of description of the aluminum foam′s mechanic character of the plasticity is suggested, that is the relation between stress and relative current density of aluminum foam instead of the relation between stress and strain. This new relation is applicable to both static and impact loading conditions; only different parameter′s values should be inserted for the two cases. By the means, it is found that the plastic behavior of aluminum foam can be depicted uniquely by the relation between stress and relative current density, which is even not affected by the initial density of aluminum foam. Thus, the plastic description of aluminum foam would be simplified greatly.

通过对圆柱形泡沫铝试件进行静态压缩和冲击实验,考察了泡沫铝的初始密度、孔径和尺寸等因素对材料应力应变关系的影响,研究了基于相对即时密度的泡沫铝材料的塑性行为。实验所用泡沫铝试件包含四种尺寸,三种孔径及多种初始密度。实验结果表明,初始密度对泡沫铝的应力应变关系有着显著的影响,而其他因素,如孔径、试件尺寸等的影响较小。基于实验结果,提出了一种新的泡沫铝材料力学性能的描述方法,即用材料的相对即时密度与应力的关系来描述泡沫铝材料的塑性行为。该关系适用于静态和动态加载情况,只是两种情况下的参数不同。基于该方法,发现泡沫铝的塑性行为可以用单一的应力—相对即时密度关系描述,这一关系甚至不依赖于材料的初始密度,这将使泡沫铝材料塑性行为的描述大大简化。

 
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