Direct Desorption of Car Trim Materials for VOC and SVOC Analysis in Accordance with VDA Method 278
Aplikace | 2017 | Agilent TechnologiesInstrumentace
GC, GC/MSD, Termální desorpce
ZaměřeníMateriálová analýza
VýrobceMarkes
Klíčová slovahexadecane, trim, abundance, toluene, pentadecane, tetradecane, voc, car, dodecane, eicosane, triethylenediamine, automotive, graphitised, trimethylsilanol, amount, min, xylene, decane, time, heneicosane, tenax, pentacosane, fog, loading, micrograms, focusing, equivalents, heptadecane, octadecane, dicyclohexylamine, tridecane, desorption, undecane, svocs, compound, nonane, gram, mean, analysis, octane, collection, materials, heptane, semivolatile, trap, unfritted, propylene, inertness, analyses, vocs
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APPLICATION NOTE 73527 Analysis of VOCs in automotive trim components using TD-GC-MS Authors: Klaus Schrickel1 and Jane Cooper2 Thermo Fisher Scientific, Dreieich, Germany Thermo Fisher Scientific, Runcorn, UK 1 2 Keywords: Automotive industry, automotive interior materials, vehicle interior air quality,…
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TECHNICAL NOTE 73565 Automotive interior VOC and FOG emissions A technical guide for analysis of interior materials by direct desorption TD–GC–MS in accordance with VDA 278 Authors: Cristian Cojocariu1 and Dwain Cardona2, Markes International Ltd3 Thermo Fisher Scientific, Runcorn, UK…
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ENSURING COMPLIANCE WITH VDA 278 REGULATIONS VDA 278 Thermal Desorption Analysis of VOCs in Automobile Interiors Guide Table of Contents INTRODUCTION................................................................... 2 DEFINITIONS........................................................................... 3 Thermal Desorption Analysis.......................................................... 3 VOC Value..................................................................................... 3 Fogging Value................................................................................ 3 SAMPLING AND STORAGE............................................. 3 ANALYSIS AND…
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