Fourier Transform Infrared Characterization of PolymersH. Ishida This book contains the proceedings of the Symposium on FT-IR Characterization of Polymers, which was held under the auspices of the Division of Polymer Chemistry, American Chemical Society (ACS) during the annual ACS meeting in Philadelphia, August, 1984. The content of each paper has been substantially extended from the papers presented during the conference. Due to the accidental, irrecoverable loss of the entire contents of the book by the computer system used for editorial purposes, the publication of this book has been delayed more than one year over the initial scheduled date. It has been a continuous, frustrating experience for the editor as well as for the authors. An extended Murphy's law, -anything can go wrong goes multiply wrong- has been demonstrated in editor's office. It necessitated, otherwise unnecessary, repeated proof reading during which time the editor had valuable experience ~n familiarizing himself with each paper much more than usual. The papers in this book are state-of-the-art even after such a delay. It is the authors pride and integrity toward the quality of each paper that makes the value of this book long lasting, while responsibility of the loss of any timeliness rests at the editor's hand. For the purpose of official records, submission and acceptance dates must be stated. All papers had been submitted by September, 1984, and had been accepted for publication by November, 1984, after the critical review processes. |
Contents
INTRODUCTION | 1 |
Characterization of Polymers Using PolarizationModulation | 33 |
A Comparison of Spectral Subtraction and Polarization Modu | 61 |
Copyright | |
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absorbance absorption bands amorphous amplitude analysis angle of incidence Appl application aramid beam calculated carbonyl cell changes Chem cm band coating component copolymer crystal crystalline curve DBTDL deblocking deconvolution deconvolved spectra detector diagram dichroic dichroic difference dichroism difference spectrum diffuse reflectance dynamic range ellipsometry elongation epoxy experimental experiments fiber Figure 11 Fourier transform infrared frequency FT-IR FT-IR spectrometer function germanium hydrogen bond infrared spectroscopy intensity interface interferogram interferometer ionomers isocyanate J.L.Koenig layer linear linear polarizer lock-in amplifier matrix measured mode molecular noise Nylon 66 observed obtained optical constants orientation parallel parameters peak perpendicular PET film phase photoacoustic Phys polyethylene Polym polymer film polypropylene quantitative radiation ratio reflectance spectra refractive index region resolution rheo-optical scans self-deconvolution shown in Figure signal Spectrosc specular reflectance strain stress-strain stretching structure substrate subtraction technique temperature thickness thin film tion transmission values vector vibrational wavelength WAVENUMBERS