By Hiroaki Masuda, Ko Higashitani, Hideto Yoshida
The Powder know-how Handbook, Third Edition offers a finished advisor to powder expertise whereas reading the elemental engineering approaches of particulate expertise. The booklet bargains a well-rounded point of view on powder applied sciences that extends from particle to powder and from simple difficulties to genuine functions.
Providing accomplished assurance of powder/particle dealing with tools and unit operations, this instruction manual prepares the reader for fixing new difficulties utilizing an built-in procedure. via providing difficulties in rainy approaches and debris in drinks along these encountered with dry powder procedures, it bargains suggestions for locating the optimum strategies to difficulties in any context. The booklet includes new sections on particle movement in fluids, layout and formula of composite debris, combustion and heating, electrostatic powder coating, attrition of a particle, breakage of aggregates, and the particle movement, rheology, and electric homes of a powder mattress. It additionally discusses lately constructed components of analysis comparable to simulation, floor research, and nanoparticles.
Maintaining the traditional of caliber present in the former bestselling versions, the 3rd variation of the Powder expertise Handbook displays the latest advances and gives handy entry to techniques and homes of particulate technology.
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Additional resources for Powder Technology Handbook
Sieving is perhaps the oldest of these methods, although classification by winnowing was widely used to separate grain in ancient Egypt. Sieving is very well known, but perhaps at the same time the least well known for potential errors in the analysis. Because it appears to be a simple and low-cost process, errors are commonplace. , a plate with numerous openings of a fixed size) or a mesh of intersecting wires with numerous openings of a fixed size, and agitating the surface (sieve) so that particles of size smaller than the holes pass through.
Macroscopic descriptor, expressing overall form and referring to “proportion” or “elongation” of the particle image. The Fourier descriptors of lower-order harmonic number also give overall form features. Df ) (Q ) Da (Q Q Q) r( C. G. 1 function. indd 35 12/1/2005 1:03:05 PM 36 Powder Technology Handbook 2. Mesoscopic descriptor, expressing details of form and profile outline and defining space filling feature (or bulkiness), concavity, and robustness of the particle. 3. Microscopic descriptor, expressing surface structure and texture, giving roundness and fractal dimension of the image.
The first error arises in the assumption that this classification is accurate for all sieves both new and old. , 3–5% for large aperture sieves of nominal aperture widths of 630 µm and larger, 10% for small aperture widths of 40 µm 3). 2 µm. Hence, sieve calibration is necessary at frequent intervals of use if size analysis is to be accurate. Several approaches have been used, including microscopy and sieving with standard powders. The latter is more tedious, but for woven sieves, it gives a better measure of three-dimensional aperture sizes and calibrates the sieve in terms of volume diameter using the actual procedure used for size measurement.
Powder Technology Handbook by Hiroaki Masuda, Ko Higashitani, Hideto Yoshida