description: Significantly expanded and completely updated, this revision of the 1985 text provides an in-dept look at particle size-selective criteria for aerosol exposure assessment. The book, prepared by the ACGIH® Air Sampling Procedures Committee, considers not only the harmonized criteria agreed upon by such scientific bodies as ISO, ACGIH®, and CEN, but also the new issues that are emerging as a result of the criteria. The book is divided into two parts. The first covers the background and status of what is now generally agreed upon and adopted. Topics include the scientific rational for particle size- selective sampling in both working and living environments; the essential physiological background; research leading to the development of formal definitions for the inhalable, thoracic, and respirable conventions in the working environment; and the development of corresponding conventions for particles in the ambient atmospheric environment. The history and current status of practical sampling instrumentation for the measurement of various particle size fractions is discussed. A section also reviews the general framework for developing TLVs® and discusses how the new particle size-selective sampling criteria may be applied in that process. The second part of the book deals with emerging issues where new knowledge is pointing the way towards the development of new or extended particle size-selective criteria. Among the topics of discussion are the distinction between particles that penetrate into the lung and those which are actually deposited, how the particle size affects the manner in which particles react with biological systems, and how standards should be set to define and determine the acceptability of aerosol sampling instruments in relation to the new particle size-selective criteria.
language: English
title: Particle Size: Selective Sampling for Particulate Air Contaminants
titlecomplete: Particle Size: Selective Sampling for Particulate Air Contaminants
publisher: Amer Conf of Governmental