Application Literature - Thermal Analysis

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	R-274-05 Novel instrument for high temperature thermogravimetric measurements in high water vapor contents Author: L. Mikkelson, M. Solvang, P.H. Larsen, J. Blumm The development of the instrument was focused on the high temperature corrosion studies of steels in humidified atmospheres. A new water vapor furnace and the corrosion of an iron-chromium steel are described. JTAC, Vol 80 (2005) 775-780

	R-265-05 Thermophysical Property Determination of High Temrperature Alloys by Thermal Analysis Author: H. Saari, D.Y. Seo, J. Blumm, J. Beddoes Publisher: Akadémiai Kiadó, co-published with Springer Science+Business Media B.V., Formerly Kluwer Academic Publishers B.V. / Journal of Thermal Analysis and Calorimetry Determination of solidus and liquidus temperature as well as latent heat of fusion of a titanium aluminide alloy JTAC, 73 (2003) 381

	AS-161-2007 Aluminum Foam (closed cell) Author: NETZSCH Applications laboratory Determination of thermal diffusivity and specific heat and calculation of the heat conductivity of an aluminum foam

	R-171-00 Measurement of the volumetric expansion and bulk density of metals in the solid and molten regions Author: J. Blumm, J.B. Henderson A special sample container and a new method is introduced for measurement of volumetric expansion and density changes using a standard pushrod dilatometer High Temperatures - High Pressures, 32 (2000) 109

	AS-168-2007 Invar Author: NETZSCH Applications laboratory Determination of CTE (coefficient of thermal expansion) of Invar

	AS-170-2007 Shape Memory Alloy Author: NETZSCH Applications laboratory Determination of storage modulus and loss factor of a shape memory alloy (SMA) during heating and cooling

	AS-177-2008 Titanium Author: NETZSCH Applications laboratory Oxidation behavior of titanium powder investigated by means of TG-DTA-MS (STA-MS) up to 1400°C

	AS-180-2008 Copper alloy Author: NETZSCH Applications laboratory Determination of specific heat capacity with DSC and laser flash technique on a brass sample up to 900°C

	AS-189-2008 Thin Samples - Metal Films Author: NETZSCH Applications laboratory Determination of thermal diffusivity of highly conducting metal foils

	AS-190-2008 Aluminum Alloy (Including Melting Range) Author: NETZSCH Applications laboratory Determination of thermal diffusivity of metals during solid to liquid phase transition

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