By George M. Crankovic
ISBN-10: 0871700166
ISBN-13: 9780871700162
This quantity offers you an simply understood reference booklet on sleek analytical options. With over 950 illustrations and ninety five tables, the emphasis is at the useful instead of theoretical, describing the most typical purposes and boundaries of every process.
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Example text
It must be taken according to a specific strategy, preserved to minimize deterioration, contained to prevent intrusion of foreign substances or to minimize escape of constituents of interest, processed to retain its integrity, and subsampled as necessary, while maintaining its correspondence to other members of its immediate family. Because all these aspects cannot be guaranteed, it may be necessary to analyze a number of subsamples, to perform related measurements to evaluate the magnitude of any actual or potential complication, or both.
Taylor, Center for Analytical Chemistry, National Bureau of Standards; Byron Kratochvil, Department of Chemistry, University of Alberta Types of Samples Random Samples. Sampling is occasionally directed at obtaining an extreme value, such as the best or worst case. However, a sample usually is collected to determine the distribution of some characteristic among the population. To obtain the best estimate of this distribution, random sampling may be performed. In random sampling, every part of the population has an equal chance of being included in the sample, regardless of the location or nature of that part.
K. Taylor, Sampling for Chemical Analysis, Anal. Chem. , Vol 56, 1984, p 113R 23. "Methods for Sampling Chemical Products," Parts 1, 2, 3, 4, BS 5309, British Standards Institution, London, 1976 24. "General Rules for Methods of Sampling Bulk Materials," Japanese Industrial Standard (JIS) M1800-1973, Japanese Standards Association, Tokyo, 1975 (in English) 25. 01, Annual Book of ASTM Standards, ASTM, 1984, p 1-726 Sampling John K. Taylor, Center for Analytical Chemistry, National Bureau of Standards; Byron Kratochvil, Department of Chemistry, University of Alberta References 1.
ASM Handbook: Materials Characterization by George M. Crankovic
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