1) pore distribution characteristic
孔隙分布特征
1.
On the basis of slices,SEM,X-diffraction and physi- cal properties of sandstones from the sand bodies of Gudong, Shengtuo and Dongxin oilfields,analyses were performed on the pore distribution characteristics of sand body of different epochs,burial depths and diagenetie stages.
主要利用薄片、物性等资料,以孤东、胜坨、东辛油田诸砂岩体为例,分析了不同时代、埋深和成岩阶段的砂岩体孔隙分布特征。
3) pore characteristics
孔隙特征
1.
The pore characteristics were investigated by the image analysis technology, then the factors effecting on the pore were studied.
本文通过真空粉末烧结制备了多孔TiZrNb合金,采用图像分析法对其孔隙特征进行分析,从而研究了各因素对烧结制品孔隙的影响。
2.
The pore characteristics of cement-based composite material after high temperatures were investigated with MIP.
采用压汞测孔法对高温下水泥基复合材料孔隙特征进行了研究。
3.
Through analyzing ceramsite pore characteristics,combined with engineering example,according to used ceramsite pore characteristics and pumping pressure,the measures of determining ceramsite soakage and pre-suction were proposed.
通过对陶粒的孔隙特征进行分析,并结合工程实例,根据所使用陶粒的孔隙特征及泵送压力,提出确定陶粒吸水量及预吸水措施,实践证明:陶粒混凝土用于建筑面层是一种较好的选择。
4) pore characteristic
孔隙特征
1.
The pore characteristic of the sandstone and the main factors of controlling the pore development are discussed.
综合论述了城华地区延 8～延 1 0油组不同岩相储层砂岩的基本特征 ,纠正了砂岩定名的错误和主要填隙物成份的错误 ,同时还论述了储层砂岩的孔隙特征和控制孔隙发育的主要因素 。
2.
And it has a close relationshipwith runoff and permeability, so it is important to know top soil pore characteristic.
孔隙特征是指孔隙的分布，数量搭配和形态特征，它直接影响水分在土表及土体内的迁移途径及方式，与土壤表面径流及渗透性之间具有密切关系(Edwards等，1989：Poesen等，1992)，认识表土孔隙特征对土壤侵蚀过程研究有重要意义。
5) optimal size range
特征孔隙
6) pore size distribution
孔隙分布
1.
The effects of different relative molecular weight of partially hydrolyzed polyacrylamide (HPAM), pore size distributions of cores, different temperatures and salinity on the inaccessible pore volume (V_(IP)) of HPAM were studied by using double-slug method.
采用双段塞法分析了部分水解聚丙烯酰胺 (HPAM)的相对分子质量、岩心孔隙分布、温度及矿化度对聚合物的不可入孔隙体积 (VIP)的影响规律。
2.
Objective: To investigate the thermal expansion property and pore size distribution in the matrix of ZirconiaToughened Glass Infiltrated Nanometer-ceramic Composite(Al2O3/nZrO2).
目的:考察Al2O3/nZrO2纳米复合陶瓷基体的热膨胀性能及孔隙分布情况。
3.
The fractal dimension of pore size distribution is determined according to the slope of the correlative line between pore volume and pore diameter in logarithmic graphics.
本文建立了土体孔隙分布的分形模型,导出用分维和进气值表示的水分特征曲线和渗透系数的理论表达式。
补充资料：分布和特征量统计(见统计分析)
分布和特征量统计(见统计分析)
fenbu he tezhengliang tongjj分布和特征量统计见统计分析。
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