Evolved Gas Analysis

Name: Evolved Gas Analysis | Hyphenated Techniques
Brand: Hanser Publications
Price: 109.99 EUR
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Hyphenated Techniques

Nicolas Fedelich(Autor*in)

Hanser Publications (Verlag)

1. Auflage

Erschienen am 7. Oktober 2019

214 Seiten

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978-1-56990-810-5 (ISBN)

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Inhalt

Intro
Preface
Contents
1 Introduction to Evolved Gas Analysis
2 TGA-MS
2.1 Principles of MS
2.2 The TGA-MS System
2.3 Measurement Modes
2.4 Interpretation of Results
2.5 Typical Fragmentation Patterns
2.6 Presentation of Results
3 TGA-FTIR
3.1 Principles of FTIR
3.2 The TGA-FTIR System
3.3 Presentation of Results
3.4 Interpretation Procedure
3.5 Interpretation of Spectra
3.6 Characteristic Absorption Frequencies
3.7 Presentation of Results
4 TGA-GC/MS
4.1 Principles of GC
4.2 The TGA-GC/MS System
4.3 Measurement Possibilities
4.4 Results
5 TGA-Micro GC/MS
5.1 Principles of Micro GC
5.2 TGA-Micro GC and TGA-Micro GC/MS Systems
5.3 Results
6 Introduction to the Applications
7 Applications List
7.1 Decomposition of Calcium Oxalate Monohydrate (Tutorial) by TGA-MS, TGA-FTIR and TGA-Micro GC
7.2 Decomposition of Copper Sulfate Pentahydrate (Tutorial) by TGA-MS and TGA-FTIR
7.3 Influence of Experimental Conditions on MS Sensitivity
7.4 Decomposition of Acetylsalicylic Acid by TGA-MS and TGA-GC/MS Multi-injection
7.5 Thermal Degradation of BHET by TGA-FTIR
7.6 Decomposition of Technical Lauryl Alcohol by TGA-FTIR
7.7 Detection of Residual Solvents in a Pharmaceutical Substance by TGA-MS
7.8 Desorption of a Zeolite Filled with Organic Matter by TGA-MS
7.9 Pyrolysis of PVC Powder by TGA-MS
7.10 Investigation of Fluorinated Cable Wires by TGA-FTIR
7.11 Detection of Methyl Salicylate in a Rubber Sample by TGA-MS
7.12 Degradation of a Silicone Polymer by TGA-FTIR
7.13 Curing and Decomposition of an Amino Resin by TGA-MS and TGA-FTIR
7.14 Identification of BR and NR Rubbers. Study of Thermal Transitions and Decomposition by TGA-FTIR and DSC
7.15 Delamination of Printed Circuit Boards by TMA-MS
7.16 Expansion and Decomposition of a Polymer Used To Encapsulate a Blowing Agent by TMA-MS
7.17 Determination of the Water Content of an Ionic Liquid by TGA-MS
7.18 From the Investigation of Pyrolysis to the Elucidation of Fire Retardancy Mechanisms by TGA-FTIR
7.19 High Melting Ceramics by TGA-MS and DSC
7.20 Thermal Behavior of Zoledronic Acid Hydrate by TGA-MS and DSC-Microscopy
7.21 Quantification of Cobalt Oxide in a Coated Cobalt Powder by TGA-MS
7.22 Investigation of Evolved Decomposition Products of Polyamide 66 by TGA-GC/MS and TGA-Micro GC/MS
7.23 Identification of Multi-Component Thermoplastics by TGA-GC/MS, DSC and DMA
7.24 Deformulation of a Rubber by TGA-GC/MS, DSC, DMA and ATR
7.25 Polypropylene with and without Ammonium Phosphate Flame Retardant by TGA-GC/MS-FTIR
7.26 Thermal Oxidation of EPDM Rubber by TGA-GC/MS
7.27 Quantification of Dimethylformamide in Coatings by TGA-MS and TGA-GC/MS
7.28 Quantification of a Low Content of Styrene-Butadiene Rubber in Natural Rubber by TGA-GC/MS
7.29 Evolved Decomposition Products of a Phenol-Formaldehyde Resin by TGA-Micro GC/MS
7.30 Quantification of Carbon Dioxide in a Coke Sample by TGA-Micro GC/MS
7.31 Synthesis and Characterization of Barium Titanate by TGA-Micro GC/MS, TMA and DSC
7.32 Determination of Water Content in a Thermoplastic by TGA-Micro GC/MS and Karl Fischer titrator
7.33 Study of a Biomass Sample by TGA-GC/MS and TGA-Micro GC/MS
7.34 Gases Evolved from Lignite by TGA-GC/MS and TGA-Micro GC/MS
8 Literature
9 Units, Abbreviations and Acronyms
10 Index

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