Mettler Toledo: Fundamentals of thermal analysis applications to be published
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The basic application of thermal analysis (Chinese version), a series of thermal analysis application manual series written by thermal analysis experts of METTLER TOLEDO in Switzerland and translated by Chinese thermal analysis experts of Mettler Toledo, will be published by Donghua University Press in January 2011.
"Fundamentals of thermal analysis application" is an important part of the series. It systematically introduces the basic principles and measurement methods of various thermal analysis methods, such as the definition, principle and application of DSC, TGA, TMA, DMA, thermooptic analysis, TGA / MS and TGA / FTIR, as well as sample preparation, data processing and expression. It also focuses on the vitrification, binary phase diagram, phase diagram, phase diagram, phase diagram, phase diagram and so on Purity determination, polymorph and adsorption analysis; In addition, several steps have been worked out from the experimental method, condition (parameter) selection, evaluation system and implementation scheme of thermal analysis. Finally, the thermal analysis standards developed by ISO, ICTAC and other international organizations are attached.
Up to now, the Chinese edition of the series of thermal analysis application manual has five volumes including thermoplastic polymer, thermosetting resin, elastomer, analysis of escaping gas and this book.
"Thermoplastic polymers" introduces that thermoplastic polymers melt or flow when heated, and are composed of random entangled (amorphous thermoplastic) or partially ordered (semi crystalline thermoplastic) linear macromolecules in microcrystalline form. They are widely used in agriculture, automobile industry, aviation industry, construction industry, electrical industry, textile and other industries. This book can be used not only as an application manual, but also as an experimental guide, which is helpful to thermal analysis workers and learners.
The application of thermal analysis in polymer elastomers is comprehensively and deeply introduced and discussed through a large number of examples in the volume of elastomers. Chapter 1 to Chapter 3 introduction of thermal analysis method, structure, performance and application of elastomers; The basic thermal effects of elastomers are introduced in Chapter 4 to Chapter 5. A large number of application examples are introduced, including detailed explanation of the results and derived conclusions.
The application of thermal analysis in thermosetting resins is introduced and discussed in detail through a large number of examples in the volume of thermosetting resins. Main contents: introduction of DSC, TMDSC, TGA, TMA and DMA; The structure, properties and application of thermosetting resin; Basic thermal effect of thermosetting resin; Thermal analysis of epoxy resin, unsaturated polyester resin, phenolic resin, acrylic resin, polyurethane resin, etc. (isothermal curing, light curing, post curing, reaction kinetics, etc.), glass transition (Tg and curing degree, Tg test methods, vitrification, gel, time temperature conversion diagram, etc.) Effects of fillers and reinforcing fibers, PCB analysis (TG, delamination, aging), polycondensation, polymerization, laminate, adhesives, etc.
The volume of "analysis of escaping gas" focuses on the combination of TGA-FTIR and tga-ms. The first part describes the basic principles of these two technologies, including some practical content and the analysis of the introduction map. The second part discusses 15 different applications of TGA-FTIR and tga-ms, as well as the application of two relatively less used technologies of TMA and MS.
The basic application of thermal analysis (Chinese version), a series of thermal analysis application manual series written by thermal analysis experts of METTLER TOLEDO in Switzerland and translated by Chinese thermal analysis experts of Mettler Toledo, will be published by Donghua University Press in January 2011.
"Fundamentals of thermal analysis application" is an important part of the series. It systematically introduces the basic principles and measurement methods of various thermal analysis methods, such as the definition, principle and application of DSC, TGA, TMA, DMA, thermooptic analysis, TGA / MS and TGA / FTIR, as well as sample preparation, data processing and expression. It also focuses on the vitrification, binary phase diagram, phase diagram, phase diagram, phase diagram, phase diagram and so on Purity determination, polymorph and adsorption analysis; In addition, several steps have been worked out from the experimental method, condition (parameter) selection, evaluation system and implementation scheme of thermal analysis. Finally, the thermal analysis standards developed by ISO, ICTAC and other international organizations are attached.
Up to now, the Chinese edition of the series of thermal analysis application manual has five volumes including thermoplastic polymer, thermosetting resin, elastomer, analysis of escaping gas and this book.
"Thermoplastic polymers" introduces that thermoplastic polymers melt or flow when heated, and are composed of random entangled (amorphous thermoplastic) or partially ordered (semi crystalline thermoplastic) linear macromolecules in microcrystalline form. They are widely used in agriculture, automobile industry, aviation industry, construction industry, electrical industry, textile and other industries. This book can be used not only as an application manual, but also as an experimental guide, which is helpful to thermal analysis workers and learners.
The application of thermal analysis in polymer elastomers is comprehensively and deeply introduced and discussed through a large number of examples in the volume of elastomers. Chapter 1 to Chapter 3 introduction of thermal analysis method, structure, performance and application of elastomers; The basic thermal effects of elastomers are introduced in Chapter 4 to Chapter 5. A large number of application examples are introduced, including detailed explanation of the results and derived conclusions.
The application of thermal analysis in thermosetting resins is introduced and discussed in detail through a large number of examples in the volume of thermosetting resins. Main contents: introduction of DSC, TMDSC, TGA, TMA and DMA; The structure, properties and application of thermosetting resin; Basic thermal effect of thermosetting resin; Thermal analysis of epoxy resin, unsaturated polyester resin, phenolic resin, acrylic resin, polyurethane resin, etc. (isothermal curing, light curing, post curing, reaction kinetics, etc.), glass transition (Tg and curing degree, Tg test methods, vitrification, gel, time temperature conversion diagram, etc.) Effects of fillers and reinforcing fibers, PCB analysis (TG, delamination, aging), polycondensation, polymerization, laminate, adhesives, etc.
The volume of "analysis of escaping gas" focuses on the combination of TGA-FTIR and tga-ms. The first part describes the basic principles of these two technologies, including some practical content and the analysis of the introduction map. The second part discusses 15 different applications of TGA-FTIR and tga-ms, as well as the application of two relatively less used technologies of TMA and MS.
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