GENERAL METHODS OF ANALYZING VIBRATIONAL BAND INTENSITIES OF HYDROCARBONS
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Date
1982
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Ohio State University
Abstract
An accute need may arise to develop practically convenient general methods for complete analysis of vibrational band intensities of hydrocarbons because it is predictable that intensities of bands will soon be used to fingerprint the structure likewise frequencies in the past. Thus, basic objective of this paper is to highlight the applicability of several approaches available for analyzing infrared and Raman intensity profiles of hydrocarbons and to demonstrate how for intensities of bands could be used as a criterion for analytical purposes in petroleum industries. In order to accomplish this, the C=C and C=H bond moments as well as absolute infrared and Raman intensities for several classes of hydrocarbons have been collected and general methods of generating them have been commented by briefly describing their procedural details.