1)  pore diameter
孔洞直径
1.
A new method to estimate the pore diameter of AAO template is provided and it will fit for the development of nano-materials.
我们使用计算机记录了不同实验条件下制备AAO模板过程中的电流曲线,并对其各阶段进行分析,提供了一种新的简单的估计AAO模板孔洞直径大小的方法,适应了纳米材料工业化生产的趋势。
2)  cavity
孔洞
1.
Numerical Analysis of the Effects of Material Parameters and Hydrostatic Pressure on Superplastic Bulging of Cavity-sensitive Materials;
材料参数及静水压力对孔洞敏感材料超塑胀形影响的数值分析
2.
Scattering of steady shear waves around a circular cavity in half-space of saturated soil;
半空间饱和土中的圆形孔洞对稳态剪切波的散射
3.
Macro-examination and micro-examination of the characteristics of the cavity on the polished mold surface made of an advanced imported mirror plastic mould steel were carried out.
对某进口高级镜面塑料模具钢制模具成品抛光后表面孔洞的宏观和微观特征进行了分析,测定了孔洞的尺寸和显微硬度,并针对孔洞微区进行了X射线元素面分析,同时分析了孔洞的形成过程。
3)  void
孔洞
1.
Effects of crystallographic orientation on void growth and coalescence;
FCC晶体中晶体取向对孔洞长大和聚合的影响
2.
Effect of principal stress ratio in plane strain condition on void damage evolution;
平面应变下的主应力比对微孔洞损伤演化行为的影响
3.
A method for calculating volume of void;
一种计算孔洞体积的方法
4)  hole
孔洞
1.
Holes Problem Influencing on Fracture Characteristic of 3D Braided CMC;
影响三维编织CMC断裂性能的孔洞问题
2.
The Numerical Research of the Effect of the Transient Electromagentic Field Coupled to the Multiple hole Object;
瞬态电磁场对多孔洞目标耦合规律的数值研究
3.
Research of the hole based on r-continuous bits matching rule in immunocomputing;
基于r-连续位匹配规则的免疫计算中孔洞的研究
5)  voids
孔洞
1.
The intermetallic compound and micro-voids at the SnAg/Cu interface as a function of the reflow times and their effects on the bonding reliability of solder bumps were studied.
研究了不同回流次数下SnAg/Cu的界面反应和孔洞形成机理,及其对凸点连接可靠性的影响。
6)  pore
孔洞
1.
Study on the mechanism of forming pores in the finish forging;
精锻过程中孔洞形成机理
2.
Research on the means of analyzing pore and fracture in core image;
岩心图象孔洞裂缝分析方法研究
3.
Matrix porosity and permeability are low in the Ordovician carbonate reservoirs of Lunnan buried hill,but the reservoir conditions are improved by the growing of dissolved pores.
轮南奥陶系潜山碳酸盐岩储层基质孔隙度和渗透率很低,但溶蚀孔洞的发育改善了其储集条件。
参考词条
补充资料：当量比表面直径、表面积体积平均直径
分子式：
CAS号：

性质：又称当量比表面直径、表面积体积平均直径。是颗粒群表面积分布的平均直径。其意义为与颗粒群的粒形相同，总体积相同、总表面积相同，且粒度均匀的一个假想颗粒群的粒度。亦即指与该颗粒群的粒形相同，比表面积相同的一个颗粒的粒度。 

说明：补充资料仅用于学习参考，请勿用于其它任何用途。