물질의 중요한 열적 특성 : 원소들의 열물성

지금 주문하세요 – 무료!

Determination of the degree of crystallinity of specific grades of polyolefines by means of DMA, DSC WAXS and density

J. Polym. Res. 15 (2008) 83

Frequency-dependent determination of glass transition of polyurethane foam

Determination of storage modulus, loss modulus, loss factor and glass transition of PTFE

Determination of glass transition with calculation of master curve and activation energy of polypropylene

Determination of glass transition and beta-transition of polycarbonate

Thermal analysis is an indispensable tool in polymer technology. Manufacturers, processors and users employ the methods for material development and quality assurance through control of raw materials and goods received, process optimization and failure analysis. Valuable tips, numerous application examples, clear tables with characteristic material data and relevant standards are compiled in this series of annuals for everyday use in the laboratory. The volumes, which are the result of the many years of experience of the Polymer Applications Laboratory, NETZSCH-Gerätebau GmbH and the Fachhochschule Würzburg-Schweinfurt-Aschaffenburg, complement one another with respect to the materials investigated and the methods used (DSC, TG, DMA, TMA).
The team of authors is especially pleased about the response to the annuals in the form of letters and discussions from our large circle of readers and users on the most varied topics of thermal analysis.

You too can use these "recipes" for your routine laboratory tasks!

Different questions must frequently be answered for the development of paints. Conventional tests are often only single-point measurements and therefore not sufficient.