Particles on Surfaces: Detection, Adhesion, and Removal

ISBN-13: 9780824795351 / Angielski / Twarda / 1994 / 422 str.

K. L. Mittal

Opis

Based on the Fourth Symposium on Particles on Surfaces held recently during the Annual Meeting of the Fine Particle Society in Las Vegas, Nevada, this useful reference presents the latest techniques for the detection, identification, analysis, characterization, and removal of particles found on a wide variety of surfaces.

Spis treści

Particles on surfaces - adhesion induced deformations; surface force tensile interactions between micrometer size particles and a polyester-PDMS block copolymer substrate; polymer to particle adhesion probed with atomic force microscopy; surface particle contamination identification in microelectronics; an overview of spacecraft particulate contamination phenomena; contamination on optical surfaces-concerns, prevention, detection, and removal; an advanced surface particle and molecular contaminant identification, removal, and collection system; the role of air ionization in reducing surface contamination by particles in the cleanroom; selecting a contamination-free deburring process - testing abrasive blasting media; particle generation and control in tubing and piping connection design; detection and identification of particles on silicon surfaces; the characterization of particles on spacecraft returned from orbit; a light-scattering method for determining the composition of particles on surfaces; light scattering by spherical particles on planar multi-layered substrates; new test procedure for the examination of the particulate cleanliness of technical surfaces; discrimination between particulate and film type contamination on surfaces by means of total reflection X-ray fluorescence spectrometry; particle characterization on surfaces by Auger electron spectroscopy; interrogating the behavior of micrometer-sized particles on surfaces with focused acoustic waves; removal of glass particles from glass surfaces - a review; particle removal characteristics of surface cleaning methods involving sonication and/or spray impingement; fluid dynamics of liquid jets used for particle removal from surfaces; enhanced particle removal from inertial guidance instrument parts by fluorocarbon surfactant solutions; laser cleaning techniques for the removal of small surface particulates.

O autorze

K.L.Mittal