The dispersion of ATO in PET matrix and the effects of ATO on the intrinsic viscosity of PET, the crystallization and thermal behavior of PET were investigated by SEM, DSC, XRD, FTIR and TGA.
In this paper the AN/MAA/AM terpolymer mechanical properties, such as tensile, compress, flexure, impact, hardness property, thermal behavior (Heat distortion temperature) and water absorbtion rate were measured.
Correspondingly, a comprehensive presentation of transient temperature histories is made for various locations in the sphere and in the surroundings, with relevant thermal property ratios serving as parameters.
The thermal properties of DAAT were investigated by using Differential scanning calorimetry (DSC), Pressure differential scanning calorimetry (PDSC) and Thermogravimetry (TG) techniques.
The increase of the mechanical properties and thermal properties was owed to the reinforcement of the exfoliated MMT and the compatibilization of the oligomers built by the polar monomers during the solid phase graft copolymerization.
Much more attention will be paid to the thermal properties of liquid metals with low melting points or their alloys and their potential applications in the chip cooling.
This paper reports a one-pot synthesis of aromatic polyester hyperbranched epoxy resin HTDE-2, an effect of HTDE-2 content on the mechanical and thermal performance of the bisphenol-A (E51)/HTDE-2 hybrid resin in detail.
The catastrophe mechanisms of thermal performance characteristics of the firebox gas combustion system were analyzed from the viewpoint of catastrophe theory.
The thermal behavior of bulk glasses in the Ge20Se80 - xBix(x = 2.5, 4.0, 6.0 at %) system is studied using modulated differential scanning calorimetry (MDSC).
The microstructure, molecular properties, and thermal behavior of the polymers obtained showed that it is possible to observe a "fluxional behavior" even by replacing the basic indenyl structure with a slightly flexible saturated ring.