Find here applications, ordered by the most important thermoanalytical techniques, please make your selection.
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 | AS-123-2006 Heat Transfer Paste
Author: NETZSCH Applications laboratoryPosition sensitive scattering of the thermal diffusivity of an aluminum/paste/aluminum thermal management system | |
| AS-127-2006 Oxide Melts - Slags
Author: NETZSCH Applications laboratoryDetermination of thermal diffusivity through the melt of a platinum-rhodium slag | |
| AS-129-2006 Zirconium Silicate ZrSiO4
Author: NETZSCH Applications laboratoryDetermination of thermal diffusivity and thermal conductivity of zircon | |
| R-275-05 Thermophysical Properties - Characterization of Zirconia Prior to, During and After the Sintering Process
Author: J. BlummDetermination of density change, specific heat and thermal diffusivity/conductivity prior to, during and after the sintering
DKG, 82 (2005) No. 10 E32 | |
| R-262-04 Thermal Conductivity of the Polymer Melt as Basis
Author: S. KnappeDeterminatioon of thermal conductivity and calculation of thermal diffusivity of amorphous Polycarbonat (PC) and copper fibre reinforced polypropylene (PP)
Kunststoffe plast europe 10 (2004) 1 | |
| R-261-04 From Light Flash to Heat Transfer of Polymers
Author: S. Knappe, J. BlummDeterminatioon of thermal conductivity and calculation of thermal diffusivity of copper fibre reinforced polypropylene (PP)
NETZSCH-Gerätebau GmbH | |
| R-218-02 Measuring Thermal Conductivity
Author: J. BlummBasic theories and applications of different techniques for thermal diffusivity and thermal conductivity
Ceramic Industry, June (2002) 53 | |
| R-283-06 Laser flash measurements of the photonoic thermal diffusivity of glasses in the presence of ballistic radiative transfer
Author: J. Blumm, J.B. Henderson, O. Nilsson, J. FrickeA new technique for measuring the phononic thermal diffusivity of glasses by laser flash methods and temperatures between 300 and 1000K.
published in: High Temperatures - High Pressures, 29 (1997) 550 | |
| R-282-06 Effect of substitutions on the thermoelectric figure of merit of a half-Heusler phase at 800°C
Author: S.R. Culp, S.J. Poon, N. Hickman, T.M. Tritt, J. Blumm
Publisher: Applied Physics Letters / direct access to journalFor the thermoelectric materials, in particular, the MNiSn (M = Ti, Zr, Hf) system thermal conductivity and thermoelectric transport proprties are investigated.
Applied Physics Letters 88 (2006) 042106 | |
| AS-161-2007 Aluminum Foam (closed cell)
Author: NETZSCH Applications laboratoryDetermination of thermal diffusivity and specific heat and calculation of the heat conductivity of an aluminum foam | |
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