Synchrotron radiation in polymer science.- Position sensitive X-ray detectors.- Fluorescence Anisotropy technique using Synchrotron Radiation as a powerful means for studying the orientation correlation functions of polymer chains.- Resonance scattering in macromolecular structure research.- X-ray line shape analysis. A means for the characterization of crystalline polymers.- Use of transmission electron microscopy to obtain quantitative information about polymers.
Synchrotron radiation in polymer science.- Position sensitive X-ray detectors.- Fluorescence Anisotropy technique using Synchrotron Radiation as a powerful means for studying the orientation correlation functions of polymer chains.- Resonance scattering in macromolecular structure research.- X-ray line shape analysis. A means for the characterization of crystalline polymers.- Use of transmission electron microscopy to obtain quantitative information about polymers.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Synchrotron radiation in polymer science.- Position sensitive X-ray detectors.- Fluorescence Anisotropy technique using Synchrotron Radiation as a powerful means for studying the orientation correlation functions of polymer chains.- Resonance scattering in macromolecular structure research.- X-ray line shape analysis. A means for the characterization of crystalline polymers.- Use of transmission electron microscopy to obtain quantitative information about polymers.
Synchrotron radiation in polymer science.- Position sensitive X-ray detectors.- Fluorescence Anisotropy technique using Synchrotron Radiation as a powerful means for studying the orientation correlation functions of polymer chains.- Resonance scattering in macromolecular structure research.- X-ray line shape analysis. A means for the characterization of crystalline polymers.- Use of transmission electron microscopy to obtain quantitative information about polymers.
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