By Peisheng Liu Ph.D., Guo-Feng Chen
Engineers and scientists alike will locate this e-book to be a superb creation to the subject of porous fabrics, particularly the 3 major teams of porous fabrics: porous metals, porous ceramics, and polymer foams. starting with a basic creation to porous fabrics, the following six chapters concentrate on the processing and purposes of every of the 3 major fabrics teams. The booklet comprises such new strategies as gel-casting and freeze-drying for porous ceramics and self-propagating extreme temperature synthesis (SHS) for porous metals. The functions mentioned are proper to a large variety of fields and industries, together with aerospace, power, transportation, building, electronics, biomedical and others. The publication concludes with a bankruptcy on characterization equipment for a few simple parameters of porous fabrics. Porous fabrics: Processing and functions is a wonderful source for tutorial and commercial researchers in porous fabrics, in addition to for upper-level undergraduate and graduate scholars in fabrics technological know-how and engineering, physics, chemistry, mechanics, metallurgy, and similar specialties.
- A finished assessment of processing and purposes of porous fabrics - offers more youthful researchers, engineers and scholars with the simplest advent to this category of materials
- Includes 3 complete chapters on smooth functions - one for every of the 3 major teams of porous materials
- Introduces readers to a number of characterization equipment for porous fabrics, together with equipment for characterizing pore dimension, thermal conductivity, electric resistivity and particular floor area
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Additional info for Porous Materials: Processing and Applications
23] Meng XQ, Li P. Porous ceramic materials. China Build Mat 2008;10:92–4.  Nettleship I. Applications of porous ceramics. Key Eng Mat 1996;122–124:305–24.  Zhu XL, Su XJ. Porous ceramics materials. China Ceram 2000;36(4):36–9.  Li JH, Lu AH, Song TB, Huang Y. Research on a new kind of environmental mineral materials: cordierite-matrix foam ceramic. Acta Min Sin 2001;21(3):481–4.  Ren XT, Zeng LK, Wang H. Investigation of the preparation technology of foam ceramics. Mat Sci Eng 2001;19(1):102–3.
Porous ceramics also can be classified according to the size of their pores, as follows : • Microporous material, for pore sizes of less than 2 nm • Mesoporous material, for pore sizes of 2–50 nm • Macroporous material, for pore sizes over 50 nm This classification standard has not been adopted abroad because the rules about using porous materials vary widely from country to country. In light of the differences among their materials, there are several types of porous ceramics: silicate; aluminosilicate; diatomite; carbon; corundum; silicon carbide; and ocordierite .
Rare Metal Mat Eng 1997;26(1):1–6.  Liu PS, Bing Yu, Hu AM, Liang KM, Gu SR. Techniques for the preparation of porous metals. J Mater Sci Technol 2002;18(4):299–305.  Li YH, Qi GX, Li YH, Deng ZY, Wang CZ. Porous TiNiFe alloy fabricated by combustion synthesis and powder sintering. Rare Metal Mat Eng 2010;39(S1):227–30.  Li YX. Comparison of aluminum foams produced by melt forming and gas injection processes. Spec Cast Nonferr Alloys 2011;31(12):1097–9.  Li YX, Liu Y, Zhang HW. Research progress in GASAR and Gasarite.
Porous Materials: Processing and Applications by Peisheng Liu Ph.D., Guo-Feng Chen