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Introduction The goal of the interpretation of thermal analysis is to extract all scientifically and technological important information from measurements of “temperature” and “heat.” The international system of units

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Journal of Thermal Analysis and Calorimetry
Authors: Maurizio Ferrante, Paolo Trentini, Fausto Croce, Morena Petrini, and Giuseppe Spoto

their study, have shown the same complex polymeric structures. The thermal analysis is a very useful technique in order to check the quality of different commercial products and to perform a comparative analysis. In particular, it is very useful

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interesting to apply these techniques to the identification and quantification of compounds and mixtures in chemical processes. On the other hand, a number of analytic methods are used for thermal analysis [ 5 ], including thermogravimetry

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Journal of Thermal Analysis and Calorimetry
Authors: Cheila G. Mothé, Michelle G. Mothé, Alan T. Riga, and Kenneth S. Alexander

as a predictive model for human skin behavior. The present study focuses on evaluation of the attributes of some shedded snake skins in comparison with human skin by thermal analysis. Experimental Samples

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study is to investigate the kinetics of the dehydroxylation of Algerian kaolinite through thermal analysis. Materials and experimental procedure Raw kaolinite (DD3, from Guelma, Algeria) was used in this investigation. More

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purity of the synthesized samples were characterized by powder X-ray diffraction using conventional powder techniques in diffractometer (D8 Bruker, GB) with Cu K λ radiation. Thermal gravimetric analysis/differential thermal analysis was

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method is based on the following equation [ 8 ]: 6 Objective The objective of the present study is to investigate the kinetic parameters of thermal degradation through thermal analysis behavior of three

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characteristics, including those directly measured. An important role in development of new gasification technologies and improvement of known ones belongs to the physicochemical methods of research. Among them thermal analysis is typical for studies on

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technique could be developed to replace metallography as the primary control tool [ 3 ]. Thermal analysis as a technique is used to evaluate the melt quality. By this method, some characteristic values are extracted from a cooling curve and/or its

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chemical analysis is prescribed, except for cases in which magnesium hydroxide is found by petrography or X-ray diffraction [ 3 ]. In the latter case, differential thermal analysis (DTA) or thermogravimetric (TG) analysis is used to quantify the amount of

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