Yoshimoto Wanibe and Takashi Itoh are the authors of New Quantitative Approach to Powder Technology, published by Wiley.

• Particle Sizes. Particle Shapes. Mean Diameters. Distribution of Particle Sizes. Multivariate Statistics. Particle Size-Shape Dispersion Diagrams. Least Squares Method. Stereology. Fluidity of Powders. Packing of Powder. Apparent Density of Randomly Packed Powder. Mixtures of Powders and Short Fibers. Dimension Analysis. Fabrication of Powder. Thermodynamics. Sintering. Porous Properties. Testing of Products. Applied Science and Engineering. Summary. Postscript. Subject Index.

Yoshimoto Wanibe and Takashi Itoh are the authors of New Quantitative Approach to Powder Technology, published by Wiley.

• Particle Sizes. Particle Shapes. Mean Diameters. Distribution of Particle Sizes. Multivariate Statistics. Particle Size-Shape Dispersion Diagrams. Least Squares Method. Stereology. Fluidity of Powders. Packing of Powder. Apparent Density of Randomly Packed Powder. Mixtures of Powders and Short Fibers. Dimension Analysis. Fabrication of Powder. Thermodynamics. Sintering. Porous Properties. Testing of Products. Applied Science and Engineering. Summary. Postscript. Subject Index.

Yoshimoto Wanibe and Takashi Itoh are the authors of New Quantitative Approach to Powder Technology, published by Wiley.

• Particle Sizes. Particle Shapes. Mean Diameters. Distribution of Particle Sizes. Multivariate Statistics. Particle Size-Shape Dispersion Diagrams. Least Squares Method. Stereology. Fluidity of Powders. Packing of Powder. Apparent Density of Randomly Packed Powder. Mixtures of Powders and Short Fibers. Dimension Analysis. Fabrication of Powder. Thermodynamics. Sintering. Porous Properties. Testing of Products. Applied Science and Engineering. Summary. Postscript. Subject Index.