Titlebook: Analytical Sedimentology; Douglas W. Lewis,David McConchie Book 1994 Springer Science+Business Media Dordrecht 1994 Sediment.chemical anal

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Sample Treatment in the Laboratory,portant to consider what analytical work is necessary before deciding how to treat the samples. A flowchart showing some of the alternative analytical sequences that could be applied is shown in Fig. 5–1. The following sections of this chapter describe some of the most common sample treatments.

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Introduction,the field, through sieve/pipette techniques for analyzing grain size and petrographical procedures for mineral identification of components, to instrumental analytical procedures such as X-ray fluorescence, scanning electron microscopy, and atomic absorption analysis.

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Nicholas Gage,Wilhelmina van Dijklesceri, Greeberg, and Tressell (1989); see also the more specific references provided in the Selected Bibliography at the end of this chapter. Figures 9–1 and 9–2 provide examples of simple flowcharts showing how chemical analytical procedures can fit into sedimentological studies.

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Dispositionsparameter von SAP R/3-PP®iques reviewed in the former are applied to principles and interpretations reviewed in the latter. Nonetheless, we hope that users will find each volume to be of practical value on its own, or in conjunction with their preferred book covering the other aspect of sedimentology. In this volume, we des

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Dispositionsparameter von SAP R/3-PP®Aerial photographs have always been an essential aid to fieldwork, as a device for locating features and routes to get to the features of interest; in addition, many maps have been prepared by transferring information from transparent overlays onto base topographic maps. The variety of maps used by

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