STP997

    Compositional Analysis by Thermogravimetry

    Earnest CM
    Published: 1988


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    The Special Technical Publication is the result of an international symposium, which was held 16 and 17 March 1987 at Philadelphia, PA. This symposium was organized and sponsored by the ASTM Committee E37 on Thermal Measurements. The symposium as well as the special technical publication cover a broad spectrum of applications of thermogravimetry to the compositional analysis of materials. We are very pleased with the wide range of material types (polymers, rubber, cements, coal, oil shales, clays, and so forth) as well as the fact that authors from seven different countries participated in this symposium and subsequent publication.


    Table of Contents

    The Modern Thermogravimetric Approach to the Compositional Analysis of Materials
    Earnest C.

    Industrial Applications of Compositional Analysis by Thermogravimetry
    EL C., SB W.

    Compositional Analysis by Thermogravimetry: The Development of a Standard Method
    Larkin D.

    Using Chemistry in Compositional Analysis by Thermogravimetry
    Gillmor J., Seyler R.

    Compositional Analysis of Drugs and Injectable Biological Products by Thermogravimetry
    Del Grosso A., May J., Wheeler R.

    Thermogravimetric Characterization of Elastomers and Carbon-Filled Rubber Composites for Military Applications
    Macaione D., Sacher R., Singler R.

    Thermogravimetric Analysis of Sheet Molding Compound Materials to Determine Distribution of Compound Components in Molded Parts
    Allen P.

    Compositional Analysis of Light-Duty Motor Bearings in Fuel Pumps
    Pamphilis N.

    Determination of the Degree of Mixing of Sheet Molding Compound Paste Using Thermogravimetry
    Kau H.

    Compositional Analysis of Electrical Switch Contact Carriers
    Pamphilis N.

    Applications of Thermogravimetry/Atmospheric Pressure Chemical Ionization Mass Spectrometry to Compositional Analysis
    Dyszel S.

    Usefulness of Fourier Transform Infrared Spectroscopy in the Analysis of Evolved Gas from the Thermogravimetric Technique
    Khorami J., Lemieux A., Menard H., Nadeau D.

    Compositional Analysis Using a New Symmetrical Microthermobalance
    Emmerich W., Kaisersberger E., Kelly J.

    A Multielement Evolved Gas Analysis Technique: Design, Performance, and Industrial Applications
    de Vos L., Meruma A., van Grondelle M., van Leuven H.

    Thermoanalytical Studies on Simple and Mixed Lanthanide Complexes
    Rao V.

    The Derivation of Kinetic Parameters in Analysis of Portland Cement for Portlandite and Carbonate by Thermogravimetry
    Bhatty J., Dollimore D., Gamlen G., Mangabhai R., Reid K., Rogers P., Shah T.

    Thermogravimetry as a Diagnostic Aid to Bench Scale Kentucky Oil Shale Retorting Studies
    Carter S., Davis E., Harris M., Rubel A.

    From Wood to Coal: A Compositional Thermogravimetric Analysis
    Bayer G., Boller A., Riesen R., Wiedemann H.

    Thermogravimetry as a Tool for Determining Combustion Efficiency and Calcium Utilization of a Fluidized Bed Combustion Furnace
    Culmo R., Fyans R.

    Analysis of Flue Gas Scrubber Materials from a Coal-Fired Power Plant by Thermogravimetry
    Buecker B., Dorsey D.

    Compositional Analysis of Solid Waste and Refuse Derived Fuels by Thermogravimetry
    Agrawal R.

    Thermogravimetry of Selected Clays and Clay Products
    Earnest C.

    Author Index

    Subject Index


    Committee: E37

    Paper ID: STP997-EB

    DOI: 10.1520/STP997-EB

    ISBN-EB: 978-0-8031-5066-9

    ISBN-13: 978-0-8031-1177-6

    ASTM International is a member of CrossRef.

    0-8031-1177-0
    978-0-8031-1177-6
    STP997-EB