| 1. | Present status and developmental trend of micropore processing technic
微小孔加工技术现状及发展趋势 |
| 2. | Standard test method for determining micropore volume and zeolite area of a catalyst
测定催化剂微孔体积和沸石区域的标准试验方法 |
| 3. | Particle characterization - micropore analysis by gas adsorption - part 2 : evaluation by isotherms comparison
颗粒特性.气体吸附微孔分析.第2部分:等热比较评定 |
| 4. | Particle characterization - micropore analysis by gas adsorption - part 1 : fundamentals and testing procedure
颗粒特性.气体吸附微孔分析.第1部分:原理和试验程序 |
| 5. | Particle characterization - micropore analysis by gas adsorption - part 3 : determination of the micropore volume according to dubini and radushkevich
颗粒特性.气体吸附微孔分析.第3部分:微孔容量测定 |
| 6. | 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.用气体吸收法进行微孔分析.第4部分:根据hor |
| 7. | The results show that the dendrite , micropore and tensile stress in cladding layer ac the main factors reducing the fatigue properties
结果表明，表面激光熔覆会显著降低材料的疲劳性能，在99 %可靠度的前提下，熔覆试样的安全寿命约为基材试样的27 % 。 |
| 8. | 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
随热解温度的升高，气凝胶的比表面积、微孔表面积相应增加，孔径分布变窄，孔尺寸缩小，总孔容增大。 |
| 9. | 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
本文综述了矽铝催化材料合成方面的最新进展即所合成的催化剂的孔径从微孔向中孔发展以及利用以溶胶凝胶法?代表的新制备技术。 |
| 10. | 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
摘要本文综述了矽铝催化材料合成方面的最新进展即所合成的催化剂的孔径从微孔向中孔发展以及利用以溶胶凝胶法为代表的新制备技术。 |
