By V.M. Litvinov, P. De
This booklet bargains with the appliance of spectroscopic ideas for characterisation of chemical and actual buildings in viscoelastic fabrics. the main a part of the booklet is dedicated to recommendations which are the main often used for research of rubbery fabrics. the most goal of this current e-book is to debate quite a lot of functions of the spectroscopic concepts for the research of rubbery fabrics.
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Spectroscopy of Rubber and Rubbery Materials
This booklet bargains with the appliance of spectroscopic suggestions for characterisation of chemical and actual buildings in viscoelastic fabrics. the most important a part of the publication is dedicated to recommendations which are the main often used for research of rubbery fabrics. the most aim of this current publication is to debate a variety of functions of the spectroscopic ideas for the research of rubbery fabrics.
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On-line thermal desorption-GC-FTIR-MS can be operated both in parallel and tandem FTIR-MS configuration, where parallel FTIR-MS operation is preferred for several reasons. Compared to FTIR alone, the parallel configuration of FTIR and MS enhances and facilitates the elucidation of the evolved species and furthermore lowers the detection limits from ppm to (sub) ppb level [86]. With a thermal desorption unit capable of accommodating Tenax absorption cartridges sampling with preconcentration of thermogravimetric off-gases in possible which may be followed off-line by analysis of the trapped components via TD-GC-FTIR-MS [86].