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Thermal Properties and Thermal Analysis : Fundamentals, Experimental Techniques and Applications
Authors: Kasap Safa | Málek Jiří | Svoboda Roman
Year: 2017
Type of publication: kapitola v odborné knize
Name of source: Springer Handbook of Electronic and Photonic Materials
Publisher name: Springer International Publishing AG
Place: Cham
Page from-to: 425-451
Titles:
Language Name Abstract Keywords
cze Tepelné vlastnosti a termická analýza: Teoretické základy, experimentální techniky a aplikace Kapitola sumarizuje základní koncepty potřebné k porozumění tepelné kapacitě, tepelné vodivosti a tepelné roztažnosti. Jsou ukázány různé typu charakteristik pro řadu různých materiálů. tepelné vlastnosti; termická analýza; teorie; techniky; aplikace
eng Thermal Properties and Thermal Analysis : Fundamentals, Experimental Techniques and Applications The chapter provides a summary of the fundamental concepts that are needed to understand the heat capacity, thermal conductivity, and thermal expansion coefficient. The thermal properties of various classes of materials, namely, semiconductors, polymers, and glasses, are reviewed, and various typical characteristics are summarized. A key concept in crystalline solids is the Debye theory of the heat capacity, which has been widely used for many decades for calculating the Cp of crystals. The thermal properties are interrelated through Grüneisen’s theorem. Various useful empirical rules for calculating Cp have been used, some of which are summarized. Conventional differential scanning calorimetry (DSC) is a powerful and convenient thermal analysis technique that allows various important physical and chemical transformations, such as the glass transition, crystallization, oxidation, melting etc. to be studied. Thermal Properties; Thermal Analysis; Fundamentals; Experimental; Techniques; Applications