By Hans Rumpf
ISBN-10: 0412352303
ISBN-13: 9780412352300
Particle characterization is a crucial part in product learn and improvement, manufacture, and qc of particulate fabrics and an enormous software within the frontier of sciences, akin to in biotechnology and nanotechnology. This ebook systematically describes one significant department of contemporary particle characterization expertise - the sunshine scattering equipment. this is often the 1st monograph in particle technology and know-how overlaying the foundations, instrumentation, info interpretation, purposes, and most modern experimental improvement in laser diffraction, optical particle counting, photon correlation spectroscopy, and electrophoretic gentle scattering. moreover, a precis of all significant particle sizing and different characterization equipment, easy facts and pattern instruction innovations utilized in particle characterization, in addition to virtually 500 most recent references are supplied. The booklet is a needs to for commercial clients of sunshine scattering options characterizing quite a few particulate structures and for undergraduate or graduate scholars who are looking to use gentle scattering to check specific fabrics, in chemical engineering, fabric sciences, actual chemistry and different comparable fields.
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Extra info for Particle Characterization: Light Scattering Methods
Sample text
It is mainly used for fractionating and sizing submicron colloidal particles. The limitations of the technique arise from particle-packing interaction and loss of sample via PARTICLE CHARACTERIZATION OVERVIEW 19 entrapment of aggregates or larger particles by the packing beads. The efficiency of separation decreases when particle size exceeds about half a micron. 02-50 µm) Hydrodynamic chromatography fractionates particles utilizing the hydrodynamic interaction between particles and the liquid flow profile in the elution path.
It is mainly used for fractionating and sizing submicron colloidal particles. The limitations of the technique arise from particle-packing interaction and loss of sample via PARTICLE CHARACTERIZATION OVERVIEW 19 entrapment of aggregates or larger particles by the packing beads. The efficiency of separation decreases when particle size exceeds about half a micron. 02-50 µm) Hydrodynamic chromatography fractionates particles utilizing the hydrodynamic interaction between particles and the liquid flow profile in the elution path.
Capillary HDC has been used to fractionate solid suspensions as well as emulsion droplets with considerably higher resolution than packed-column HDC. In the submicron range, it can resolve size differences as small as 10% in diameter [26]. 7, capillary HDC can separate particles according to the flow profile and the location of the center-of-mass of spheres, there are many other factors leading to deviations in the real situation from the ideal situation. For example, although smaller particles can access spaces near the wall where larger particles are excluded, the same small particles can also travel through the central locations where the larger particles are.
Particle Characterization: Light Scattering Methods by Hans Rumpf
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