Duennschicht-Materialsysteme fuer hocheffiziente thermoelektrische Sensoren und Generatoren fuer mittlere und hoehere Ei...
Germany
Duennschicht-Materialsysteme fuer hocheffiziente thermoelektrische Sensoren und Generatoren fuer mittlere und hoehere Ei...
Germany
Duennschicht-Materialsysteme fuer hocheffiziente thermoelektrische Sensoren und Generatoren fuer mittlere und hoehere Ei...
Germany
Duennschicht-Materialsysteme fuer hocheffiziente thermoelektrische Sensoren und Generatoren fuer mittlere und hoehere Ei...
Germany
Thin film material systems for high-efficiency thermoelectric sensors and generators for medium and high temperatures. P...
The material-related and technological fundamentals for production of wafer structures were to be derived for the thermoelectric materials Pb-Te, Si-Ge, FeSi_2 and MnSi_2, with the ultimate goal of developing material systems for thermoelectric sensors and actuators for the temperature range around 400 degrees centigrade. Applications of thermovolt...
Duennschicht-Materialsysteme fuer hocheffiziente thermoelektrische Sensoren und Generatoren fuer mittlere und hoehere Ei...
Germany
Duennschicht-Materialsysteme fuer hocheffiziente thermoelektrische Sensoren und Generatoren fuer mittlere und hoehere Ei...
Germany
NITHERMA - Niederdimensionale thermoelektrische Materialien fuer Energiewandler. Teilvorhaben: Niederdimensionale IV-VI ...
Germany
NITHERMA - low-dimensional thermoelectric materials for energy converters. Project: Low-dimensional IV-VI and V-VI compo...
The NITHERMA project was to prove that ZT can be improved by using low-dimensional structures (multiquantum troughs, superlattices,...) in the three established material classes of the (V-VI), (IV-VI) and silicide compounds. In praticular, the transport characteristics parallel to the interfaces of the SL and MQW structures. (orig.) / Ziel des Proj...
Design and technical development of thermo-electric generators made of boron carbide for high working temperatures Final...
The suitability of boron carbode for thermo-electric electricity generation at high heat source temperatures was examined and a design for a generator based on boron carbide to work in a heating boiler was produced. A system of equations was produced for the design of the thermocouples, in which the temperature dependence of the material properties...
