1) cell size
胞格尺寸
1.
The critical initiation energy of hydrocarbon-air mixtures was measured by the up and down method,and cell size was studied by smoked metallic foil under the conditions of direct initiation in vertical shock wave tube.
在立式激波管中采用升降法和烟迹技术实测了几种碳氢燃料空气混合物直接起爆的临界起爆能和云雾爆轰波胞格尺寸。
2.
The critical initial pressure p_(cr) and the cell size of themixture C_2H_2 O_2 Ar related to the semi-divergent angle were measured in variant divergenttubes.
针对Ｃ＿２Ｈ＿２－Ｏ＿２－Ａｒ不同的爆轰气体成份，在不同扩张半角的方形扩张管内，作者研究了临界初压ｐ＿（ｃｒ）、胞格尺寸Ｓ与扩张半角θ的关系，用Ｗｈｉｔｈａｍ理论与重点火准则分析了爆轰波在扩张管的传播，得到胞格尺寸的计算值与实验值基本相符。
3.
The critical initiation energy was measured by the up and down method and cell size by smoked metallic foil.
在立式激波管中采用压力传感器和烟迹技术实测了6种碳氢燃料(环氧丙烷、硝酸异丙酯、C5-C6、己烷、庚烷和癸烷)与空气混合物的临界起爆能和爆轰波胞格尺寸。
2) detonation wave cellular size
爆轰波胞格尺寸
3) cell dimension
单胞尺寸
1.
Through the optimal election of cell dimension,the smallest special on-state resistance R onA (the on-state resistance of unit area) is obtained.
分析了VDMOSFET导通电阻模型 ,提出了单胞尺寸是影响导通电阻的最重要因素。
4) tracheid size
管胞尺寸
5) mesh size
网格尺寸
1.
Effect of mesh size on analysis of arch dam equivalent stress;
网格尺寸对拱坝等效应力分析的影响
2.
The process,impacting concrete slab with tungsten carbide button of DTH hammer bit,was simulating calculated by non-linear finite element software LS-DYNA3D on concrete model,the effects of different target mesh sizes of concrete on impaction force,impact velocity and penetration depth was discussed.
应用非线性显式三维有限元求解程序LS-DYNA3D,采用与岩石性质较接近的混凝土模型,对潜孔锤钻头硬质合金球齿冲击混凝土板的过程进行了仿真计算,讨论了不同网格尺寸对冲击力、冲击速度及破碎坑深度的影响等。
3.
The key factors influencing calculation precision are extrapolation methods and mesh size.
热点应力的外推方法、有限元网格尺寸大小是影响计算精度的主要因素。
6) element size
网格尺寸
1.
The effect of time step of thermal loads and the element size on numerical simiulation of thermal stress was studied by the bow-shaped frame castings.
应用应力框灰铸铁试件研究了温度载荷的时间步长和有限元网格尺寸大小等因素对铸件热应力数值模拟结果的影响。
2.
According to the simulated results,the influence of blank element size was discussed.
提出了确定坯料网格尺寸的准则,为分析人员制定网格划分方案提供依据。
补充资料：工程图标准尺寸及坐标尺寸
标准标注类型，是我们常用的标注类型。而坐标标注是便于数控加工采用的另一中标注形式。PRO/E可以将两种标注方式进行转换。
· 3.2 标准标注到坐标标注的转换
注意： 转化为坐标标注的尺寸必须是线性标注的，下列尺寸不能转化为坐标标注：
- 被显示成线性尺寸的直径
- 中心线尺寸
- 选择MODIFY DRAW > Dim Params > Dim Type > Ordinate Dim > Create Base.
- 选择作为参考基准线的尺寸
- 选择基准的引出线，该点为0点
- 选择 MOD DIM TYPE > Lin to Ord .
- 选择线性尺寸：注意：必须选择具有相同基准的尺寸
========>>>>
1. 选择 DIM PARAMS > Diam Dim Type .
2.点击Ord to Lin 
3.选择尺寸即可
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