1) division way
分裂方式
1.
In order to explore the division process of endosperm and its influencing factors,the division ways of free nuclei and cytological characters of endosperm in rice were studied with light and transmission electron microscopes by the methods of total dissection,resin embedding,sectioning.
为了探讨水稻胚乳分裂的过程及其影响因素,采用整体解剖和树脂包埋切片等方法,用光学和电子显微镜观察了水稻胚乳游离核的分裂方式及细胞学特征。
2) tip-splitting structure
顶端分裂方式
3) fully implicit unfactored method
全隐式无分裂方法
1.
Based on the multiblock structured grids, the parallel algorithm for the fully implicit unfactored method of Euler equations is studied in the paper.
研究了三维Euler方程的全隐式无分裂方法的多块分布式并行算法。
2.
A numerical solution of the three-dimensional URANS equation was presented using the fully implicit unfactored methods,where the turbulent coefficient was calculated based on the revised B-L turbulence model,and numerical simulations were implemented for supersonic three-dimensional open cavities.
运用全隐式无分裂方法,紊流模型采用修正的B-L代数模型,数值模拟了超音速流通过腔内存在平板的空腔流动。
4) spliting Maxwells equations
分裂式麦克斯韦方程
5) fracture mode
断裂方式
1.
The influence of fracture mode and wear surface pullout on wear resistance was studied.
研究了断裂方式对磨损表面剥落和耐磨性的影响。
2.
Transition of fracture mode was ob.
观察了氧化铝/莫来石复合陶瓷断裂方式的转变,计算了穿晶断裂比率与基体应力的关系,进而建立了莫来石含量、基体应力、穿晶断裂比率三者的对应关系。
3.
The microstructures, aging characteristics, mechanical properties and fracture modes at 25, 250, 300 and 350℃ were investigated.
6Zr合金,并对合金的微观组织、时效特性和不同温度下的力学性能及拉伸断裂方式进行研究。
6) fracture mechanisms
断裂方式
1.
The compression deformation and fracture mechanisms of 7075/SiCp prepared by spray deposition technique were investigated.
喷射沉积7075/SiCp复合材料高温压缩时的断裂方式主要有四种,即空洞在增强相与基体界面处形成而出现增强相从基体中拔出的现象、空洞在基体中形核长大而引起基体的延性断裂、颗粒团聚处的断裂和颗粒的脆性断裂。
2.
The effects of Ce on fracture mechanisms and properties were discussed.
研究表明 :2 0 90合金与 2 0 90 +Ce合金的断裂方式均以韧窝、分层开裂和沿亚晶界开裂 3种方式为主 ,随时效时间的延长 ,韧窝减少 ;分层先增加 ,后减少 ;沿亚晶界开裂比例逐渐加大。
补充资料：油气田开发方式(见油气田生产方式)
油气田开发方式(见油气田生产方式)
development pattern of oil and gas field:see recovery pattern of oil and gas field
a垃d gas月e卫d) 、‘。尸卫Jlent见油气田小冰、*pa士teroof ojl
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条