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The article discusses the use of differential scanning calorimetry to assess the relative oxidative stability of polyolefins. It offers insights on how the test is conducted including phase changes, melting process and oxidation induction time. Several charts are presented showing the results of tests performed on a polypropylene material.

The article focuses on analysis of differential scanning calorimetry of high-temperature silicate glasses and determination of parameters such as transition temperature. It mentions probe for detecting intermediate phases featuring isostatic topology with minimal structural relaxation upon heating and signatures of glassy materials in nonequilibrium state. It also mentions relaxation behavior can be tuned by changing the network topology and charge-compensated calcium aluminosilicate system.

The article focuses on the role of processor in injection molding to ensure molded parts contain enough stabilizer to perform to the expectations of the end use and level of lubrication and some degree of stabilization against thermal and oxidative degradation. It mentions antioxidants are incorporated in a material for two purposes and shear stresses of the molding process. It also mentions differential scanning calorimetry (DSC) expose a sample of material in the presence of oxygen.

The article evaluates Discovery SDT 650, a combination differential scanning calorimeter (DSC) and thermogravimetric analyzer (TGA) from TA Instruments.

The article reports on use of high-performance size-exclusion chromatography (HPSEC) and differential scanning calorimetry (DSC) by researchers from the Chinese Academy of Science in Beijing, China to study the stabilization of inactivated foot and mouth disease virus.