单胞的 meaning in Chinese
monocelled
one celled
unicellular
Examples
- Fiber interlocking and bending due to the interaction at the centers of the unit cell were not taken into account , ( c ) a unit cell can be further considered as an assemblage of four inclined unidirectional lamina and one horizontal unidirectional lamina
采用复合材料中的细观力学分析方法，计算单向复合材料的弹性常数。认为每一纤维束的纤维体积含量与整个单胞的纤维体积含量相等。 - The lattice constants were refined using celref program . when implanted c / fe ions ratio is 0 . 5 % , the p lattice is expanded , though c atom is much smaller han si . this is probably due to the solid solution in interstitial state
单胞的间隙位置，形成间隙型固溶体，使晶格膨胀；当掺杂的碳离子含量增加到一定的程度时，趋向于形成置换固溶体，因为碳和硅属同族元素价态相同，所以碳会置换p 。 - Furthermore , the fiber volume fraction of each inclined and horizontal unidirectional " lamina was assumed to be the same as that of the composites . three - dimensional stress - strain analysis was applied to each unidirectional lamina that was assumed to be transversely isotropical under on - axis coordinate system . carrying out the integration and averaging of stiffness yielded the effective elastic moduli of 3 - d braided structural composites
采用三维应力?应变分析，在单胞的长度方向积分和平均，在给定的应变边界条件下，采用刚度体积平均的方法，预测三维编织结构复合材料的有效弹性模量；在空间多向应力的基础上，通过对三维编织结构复合材料破坏机理的探讨，摘要提出了适用于三维编织复合材料细观强度失效准则，预测三维编织结构复合材料的强度性能。 - In order to facilitate the analysis of the minimum repeated unit cell , the following geometrical characteristics were assumed : ( a ) all the yarn segments parallel to a diagonal direction or braiding axis in all unit cells lying in the same layer of the perform are treated as forming inclined lamina or horizontal lamina after matrix impregnation , ( b ) fibers were considered to be straight and unidirectional
以精确的复合材料单胞模型为基础，从最小的可重复的单胞入手，对单胞的结构进行简化分析，认为纤维是平直的，将单胞中的四个不同方向的纤维束看成是空间四个不同方向的单向复合材料，纤维束的性能可以等价于单向复合材料的宏观性能。