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New Thermoelectric Materials - Our efforts aim to synthesize bulk materials with higher figures of merit than those attainable with Bi2Te3.

Updated: 20060424


Transient Thermoelectric Cooling: The primary goal is to use this effect to quickly heat and cool Shape Memory Alloys (SMAs) in order to drive alternating phase transitions within SMA actuators.

Updated: 20060424


Among the applied projects are efforts to engineer new thermoelectric materials.

Updated: 20060424


Welcome to Matsuura lab: Professor Matsuura Kenji, Associate Professor Kawasaki Zen-Ichiro, Research Associate Matsubara Ichoro, Research Associate Funaki Tsuyoshi, Secretary Torimaki Kaori

Updated: 20060424


Research activities include developing advanced thermoelectric materials, high power density thermoelectric modules for powe rgeneration and developing advanced thermoelectric generating systems using waste heat.


Integrated cooling of electronic components, electron and phonon transport in semiconductor superlattices, photonic switching, and fiber optics communication systems.

Updated: 20060424


Thermoelectrics phenomenas in bipolar semiconductors

Updated: 20060424


Investigates thermal, electrical, and structure properties in an effort to better understand complex materials and how they may be incorporated into devices such as: thermoelectric materials, magnetoresistive materials, and thermal barriers.

Updated: 20060424


The Institute for Space and Nuclear Power Studies (ISNPS) was founded in 1984 as a research and development organization within the School of Engineering at the University of New Mexico (UNM) with a focus on space power and propulsion technologies and related fields.