SEDL / STP / STP1326-EB


STP1326
Oxidative Behavior of Materials by Thermal Analytical Techniques

Riga AT, Patterson GH
Pages: 239
Published: 1997

PDF (4.2M): $76
Print: $76
Print + PDF: $114.00
Save 25%!

STP 1326 features the most current information from the world's leading experts on innovative methods describing the physical properties and oxidative behavior of polymers, lubricants and petrochemicals. 18 comprehensive papers, including two key-note addresses, are divided into two major categories: Oxidative Behavior of Polymers and Petrochemicals, and Instrumental Techniques - Oxidation Induction Processes.

Topics covered include: Factors impacting the oxidation induction time (OIT) • Oxidation measurement in formulated passenger car and diesel engine oils • Polymer oxidation • Temperature effects on thermal and oxidative processes • Oxygen diffusion rate limitations • Additive effectiveness • The evolution of oxidation systems • Innovative test and robotic methods • New reference standards • Bias considerations.



Table of Contents

Oxidative Induction Time — A Review of DSC Experimental Effects
Blaine R., Lundgren C., Harris M.

Oxidation Studies of Lubricants from Dornte to Microreactors
Perez J.

Thermal Studies on the Combustion Process of Treated and Untreated Cellulose
Aggarwal P., Dollimore D.

Further Studies on Oxidative Induction Test on Medical Polymers
Woo L., Ding S., Ling M., Westphal S.

The use of Thermal Analysis to Assess Oxidative Damage in Polyolefins
Horrocks A., Mwila J., Liu M.

Evaluation of the Oxidation Behavior of Polyethylene Geomembranes Using Oxidative Induction Time Tests
Hsuan Y., Guan Z.

Thermal Oxidative Behavior of Readily Available Reference Polymers
Riga A., Collins R., Patterson G.

Thermoanalytical Approach for Differentiation Between Surface and Bulk Oxidation for Polyethylene Films
Dolgopolsky I., Gudimenko Y., Kleiman J.

Thermo-Oxidative Degradation of Irradiated Ethylene Tetrafluoroethylene
Wolf C., Hager S., Depke N.

Thermal Oxidative Stability of Fiber-Reinforced Epoxy Composite Materials
Fleszar M.

Laboratory Simulation of Oxidative Aging of Asphalt
Memon G., Chollar B.

Development of a Standard Test Method for Determining Oxidative Induction Time of Hydrocarbons by Differential Scanning Calorimetry and Pressure Differential Scanning
Riga A., Patterson G.

Comparative Techniques for Oxidative Induction Time (OIT) Testing
Cassel R., Salamon A., Curran G., Riga A.

Estimation of Bias in the Oxidative Induction Time Measurement by Pressure DSC
Marcus S., Blaine R.

Oxidative Induction Time (OIT) Determinations of Polyethylenes: Influences of Temperature, Pressure, and Crucible Materials on the Result
Truttmann R., Schiano K., Riesen R.

A Proposed Reference Material for Oxidative Induction Time by Differential Scanning Calorimetry
Blaine R., Harris M.

Abbreviated Oxidative Induction Time Method Without Heating/Cooling and Gas Switching
Riesen R., Truttmann R., Schiano K.

Oxidation as a Contamination in Measurements Involving Self-Generated Atmospheres
Seyler R., Moody R.

Author Index


Subject Index


Committee: E37
Paper ID: STP1326-EB
DOI: 10.1520/STP1326-EB
ISBN-EB: 978-0-8031-5377-6

ASTM International is a member of CrossRef.
0-8031-2483-X
978-0-8031-2483-7
STP1326-EB

STP 1326