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- Experiments were made using both nitrogen adsorption method (NAM) and mercury porosimetry method (MPM) to analyze the pore distribution o. 实验分别使用氮气吸附法和压汞法对同一泥页岩进行孔径分析。
- Research achievements and innovations as bellow:Mercury porosimetry is taken to get pore distributions for pure TGP-H-060 carbon paper and the carbon paper treated by 30wt% PTFE. 对30wt%25PTFE处理前后的TGP-H-060型碳纤维纸进行压汞试验,测量其孔径分布。
- Pore diameter in coal samples, its cubage and surface area at different temperatures and mercury press acting on the pores were measured by mercury porosimetry method. 摘要采用压汞法技术定量测定了在不同温度与压力下煤样的孔径、孔容积与煤的表面积的值;
- Pore diameter in coal samples,its cubage and surface area at different temperatures and mercury press acting on the pores were measured by mercury porosimetry method. 采用压汞法技术定量测定了在不同温度与压力下煤样的孔径、孔容积与煤的表面积的值;
- The microporous structure and morphology, pore size, water and plasma flux were examined by means of the techniques such as ESM and graphical analysis, MAP mercury porosimetry, DSC, etc. 讨论了成型条件及添加剂等对膜结构、性能的影响,用SEM及图相分析仪、MAP压汞仪及DSC等分析手段,对膜的微孔结构、形态、孔尺寸及中空纤维膜的血浆通量和水通量等进行了系统的考查。
- DETERMINATION OF POROCITY OF BIOMASS CHARS USING MERCURY POROSIMETRY 压汞法分析生物质焦孔隙结构
- Computation on Surface Fractal Dimension of Freeze-dried Product by Mercury Porosimetry 用压汞法计算冻干物料的表面分形维数
- Keywords environmental engineering;desulfurization sorbent;pore structure;mercury porosimetry;fractal dimension; 环境工程学;脱硫剂;孔结构;压汞分析;分形维数;
- Determination of Pore Size Distribution and Surface Area of Several Materials Using Mercury Porosimetry and Gas Adsorption 用压汞法和氮吸附法测定孔径分布及比表面积
- Pore size distribution and porosity of solid materials by mercury porosimetry and gas adsorption - Part 1: Mercury porosimetry 压汞法和气体吸附法评价材料的孔径分布和孔隙率第1部分:压汞法
- The mercury dived to ten below zero. 温度突然下降到零下10度。
- The mercury hovered around 35 Celsius degree. 水银温度计停留在摄氏35度左右。
- mercury porosimetry 水银孔隙度计
- Mercury rises in a thermometer on a hot day. 天热的日子温度表的水银柱往上升。
- The mercury in the barometer is rising. 气压计的水银柱正在上升。
- Mercury was the presiding divinity over commerce. 墨丘利是商业之神。
- The mercury stood at nearly 40℃. 水银柱几乎升到了摄氏四十度。
- Mercury is too dry and poor in oxygen. 水星上面过于干燥,并且缺乏氧气。
- Heavy as iron be, it will float in mercury. 铁虽然重,但它能浮在水银上。
- You cannot make a mercury of every log. 并非人人能成材。