microporosity

microporosity

1. and has the features of low permeability ,microporosity and narrow throat, and its pore combination consists of microfissure pore and microfissure two typ...

为今后寻找该类火山岩油藏提供了重要资料。

2. By means of using a special aerated technology of micropore-making and stabilizing with compressed air to get high microporosity,and fine,uniform-d...

介绍了空压制泡、稳泡加气工艺,微孔轻质板材的性能,阐述了铁铝酸盐水泥的特性及其对板材生产工艺和产品性能的影响。

3. Keywords dendrite structures;interdendritic segregation;precipitate;inclusion;microporosity;

关键词枝晶组织;枝晶偏析;析出相;夹杂;缩松;

4. Keywords soft rock;weathering;microporosity;macrofissure;roadway maintenance;

关键词软岩;风化;微孔隙;宏观裂隙;巷道维护;

5. Keywords solidification particle metal matrix composites microporosity;

凝固;颗粒;金属基复合材料;显微孔隙;

6. Keywords Tuberculosis Mycobacterium tuberculosis Polymerase chain reaction Microporosity plate Clinical uses;

分枝杆菌;结核;微孔板法;聚合酶链反应;临床应用;

7. Keywords Bonite;Dense aggregate;Calcium hexaluminate;Tabular alumina;Corrosion resistance to molten aluminium;Thermal conductivity;Microporosity;

博耐特;致密骨料;六铝酸钙;板状刚玉;抗铝液侵蚀;热导率;微气孔;

8. Keywords Microporosity;Surface area;Pore size distribution;Activated carbon fiber;Nitrogen adsorption measurement;Pore development;

微孔;比表面积;孔径分布;活性炭纤维;氮吸附;孔隙发展;

9. Formation mechanism of microporosity is the results of interaction between thermodynamics and solidification mechanism.

微孔不同的组织形态是热力学和凝固机理交互作用的结果。

10. Microporosity osmotic pump tablets

微孔渗透泵片

11. Methodology Study of Week Gel Evaluation by Microporosity Filter Membrane

微孔滤膜评价弱凝胶封堵性能方法研究

12. In addition, several analytical methods frequently used for the calculation of surface area, pore diameter and microporosity have also been introduced.

本文针对气体吸脱附分析技术之原理与测量方式进行介绍，另外亦阐明几种常用以计算孔面积、孔径大小与微孔量等孔洞特性之数据分析方法。

13. Microporosity in thermite weld joint consiste of blow hole and shrinkage cavities.

氧或硅含量过高形成氧化物或硅酸盐;

14. Keywords Sintering metal wire mesh;Microporosity material;Gas solid separation;

烧结金属丝网;微孔材料;气固分离;

15. Results show that: (1) supercritical water activation benefits the development of mesoporosity, while steam activation benefits the development of microporosity;

研究结果表明：（1）超临界水活化有益于中孔的发展，而水蒸气活化有益于微孔的发展。

16. Keywords lumen-loading;in situ cell-wall-filler loading;microporosity of pulp;

细胞腔加填;细胞壁加填;浆料微孔性;

17. Result is microporosity, second-phase precipitation and inclusions of intermetallic or nonmetallic compounds.

结果导致微孔、再生相沉淀和金属和非金属成分混杂。

18. Char gasification was shown to be carried out on the inner surface area of microporosity at high temperature, so the microporosity plays an important role in gasification.

结果表明,高温下煤焦气化反应在细孔内表面上进行,细孔对气化反应速率起主要作用。

19. Keywords Corrosion;Microporosity;Contact resistance;Acceleration factor;

腐蚀;微孔;接触电阻;加速因子;

20. Keywords bainite cast iron;break;microporosity;

贝氏体灰铁;断口;显微缩松;

21. The weathering of soft rock was systimatically analyzed through measuring its microsturcture, microporosity, macrofissure, and the physico chemical properties.

通过对软岩风化前后微结构、微孔隙及宏观裂隙和宏观物理力学参数的测试对比，系统地研究了软岩风化的微观和宏观效应。

22. The Investigation of Influence Factors on Shrinkage and Microporosity Defects in Nodular Iron Casting

造成球铁件缩孔缩松缺陷因素的研究

23. Z -M Wang.Z -X Wang.N Yamashita Changes in microporosity and CH4 adsorptivity of preoxidized pitch-based activated carbon fibers by Mg deposition 2004(01

邓继勇.李华.邵芸.武山.谢金川.王旭辉.张利兴活性炭纤维表面氟化修饰及吸附性能的研究[期刊论文]-南京理工大学2004(2

24. Observation and Analysis on the Microporosity in As-Cast Bainite Grey Cast Iron

铸态贝氏体灰口铸铁中显微缩松的观察分析

25. casting microporosity

铸造微孔洞

26. Keywords casting microporosity;single-crystal superalloy;crystallographic constitutive equation;unit cell model.;

铸造微孔洞;单晶高温合金;晶体塑性本构关系;体胞;

27. The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.

铸造镁合金微孔的组织形态形成机理符合气体形成模型和溶质再分配理论,从而验证氢气析出形成显微气孔机理。

28. Microporosity Measurement on the Surface of Gold Plated Contacts

镀金触点表面的微孔率测试

29. However, the size and amount of microporosity increase with the recycle material proportion, and the microporosity in 100% recycled alloy is much more than that in the virgin alloy.

随返回料加人比例的增高，合金中显微疏松逐渐加重，100%返回料合金疏松明显多于新料合金；

30. Keywords igh burning rate propellant;Microporosity;Photomicrograpgy;Determination;Image analyzing;

高燃速推进剂;微孔率;显微摄影;测定;图象分析;