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TranslationMobile

胞孔
微觀孔
微細(xì)孔
細(xì)微孔隙
小孔
小蠟孔
小孢子

"micropore film" in Chinese : 微孔濾膜
"micropore filter" in Chinese : 微孔過濾器
"micropore filtration" in Chinese : 微濾
"micropore space" in Chinese : 微孔隙空間
"extracorporeal micropore blood filter" in Chinese : 體外循環(huán)微孔血液過濾器
"micropopulation" in Chinese : 微生物群體
"micropolysporin" in Chinese : 小多孢菌素
"micropolyspora viridinigra" in Chinese : 綠黑小多孢菌; 綠黑朽孢菌
"micropolyspora thermovirida" in Chinese : 熱綠小多孢菌; 熱綠朽孢菌
"microporella" in Chinese : 小孔苔蟲屬
"micropolyspora rubrobrunea" in Chinese : 紅褐色小多孢菌; 紅褐色朽孢菌

Examples

Present status and developmental trend of micropore processing technic
微小孔加工技術(shù)現(xiàn)狀及發(fā)展趨勢
Standard test method for determining micropore volume and zeolite area of a catalyst
測定催化劑微孔體積和沸石區(qū)域的標(biāo)準(zhǔn)試驗方法
Particle characterization - micropore analysis by gas adsorption - part 2 : evaluation by isotherms comparison
顆粒特性.氣體吸附微孔分析.第2部分:等熱比較評定
Particle characterization - micropore analysis by gas adsorption - part 1 : fundamentals and testing procedure
顆粒特性.氣體吸附微孔分析.第1部分:原理和試驗程序
Particle characterization - micropore analysis by gas adsorption - part 3 : determination of the micropore volume according to dubini and radushkevich
顆粒特性.氣體吸附微孔分析.第3部分:微孔容量測定
Particle size analysis - micropore analysis by gas adsorption - part 4 : determination of pore distribution according to horvath - kawazoe and saito - foley
粒度分析.用氣體吸收法進(jìn)行微孔分析.第4部分:根據(jù)hor
The results show that the dendrite , micropore and tensile stress in cladding layer ac the main factors reducing the fatigue properties
結(jié)果表明，表面激光熔覆會顯著降低材料的疲勞性能，在99 %可靠度的前提下，熔覆試樣的安全壽命約為基材試樣的27 % 。
With the increasing pyrolysis temperature , the specific surface area as well as micropore surface area and total volume increased accompanied with the narrower pore size distribution
隨熱解溫度的升高，氣凝膠的比表面積、微孔表面積相應(yīng)增加，孔徑分布變窄，孔尺寸縮小，總孔容增大。
The progress of synthesis of silica - alumina catalysts with the range of the pore diameter increases from micropore to mesopore and application of sol - gel method are reviewed
本文綜述了矽鋁催化材料合成方面的最新進(jìn)展即所合成的催化劑的孔徑從微孔向中孔發(fā)展以及利用以溶膠凝膠法?代表的新制備技術(shù)。
The progress of synthesis of silica - alumina catalysts with the range of the pore diameter increases from micropore to mesopore and application of sol - gel method are reviewed
摘要本文綜述了矽鋁催化材料合成方面的最新進(jìn)展即所合成的催化劑的孔徑從微孔向中孔發(fā)展以及利用以溶膠凝膠法為代表的新制備技術(shù)。