TAILIEUCHUNG - Particle Characterization: Light Scattering Methods

The importance of particle characterization in both the research and development, and the manufacture and quality control of materials and products that we use in our everyday lives is, in some sense, invisible to those of us not directly involved with these activities. Few of us know how particle size, shape, or surface characteristics can influence, for example, the efficacy of a painreliever, or the efficiency of a catalytic converter, or the resolution of a printer. The ever-increasing demand for standardization (promoted in large part by organizations such as ISO) has led to a greater awareness of the many ways in which the characteristics of a particle can. | PARTICLE CHARACTERIZATION LIGHT SCATTERING METHODS RenliangXu Kluwer Academic Publishers Particle Characterization Light Scattering Methods Particle Technology Series Series Editor Professor Brian Scarlett Technical University of Delft The Kluwer Particle Technology Series of books is the successor to the Chapman and Hall Powder Technology Series. The aims are the same the scope is wider. The particles involved may be solid or they may be droplets. The size range may be granular powder or nano-scale. The accent may be on materials or on equipment it may be practical or theoretical. Each book can add one brick to a fascinating and vital technology. Such a vast field cannot be covered by a carefully organised tome or encyclopaedia. Any author who has a view or experience to contribute is welcome. The subject of particle technology is set to enjoy its golden times at the start of the new millennium and I expect that the growth of this series of books will reflect that .

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