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Welcome

The Functional Properties Group develops and disseminates measurement science, measurement standards, and measurement technology pertaining to the measurement of all functional properties of advanced materials and devices, including chemical, electrical, thermal, optical, and magnetic properties. The Group also determines and disseminates key data needed to establish the relationships between structure, functional properties, and performance of inorganic and hybrid materials and devices. The activities of the Functional Properties Group are carried out in three project areas: Combinatorial Measurement Methods, Nanocalorimetry, and Thermoelectric Measurements and Standards.

Programs/Projects
Combinatorial Measurement Methods for Advanced CMOS Devices — Our goal is to develop novel, combinatorially compatible measurement methods and comprehensive and consistent data sets that will enable the microelectronics industry to select new materials more …
 
Nanocalorimetry Measurements — Our objective is to develop nanocalorimetry as a method for measuring heats of reaction with nanojoule sensitivity, in order to detect reactions and quantify reaction thermodynamics and kinetics in …
 
Thermoelectric Measurement and Standards — Our goal is to develop standard reference materials (SRMs), measurement methodologies, and comprehensive data sets (Seebeck coefficient, electrical conductivity, thermal conductivity) for thin film …
 
 
Contact
Ceramics Division

Functional Properties Group
Martin Green, Group Leader

100 Bureau Drive, M/S 8520
Gaithersburg, MD 20899

301-975-8496 Telephone
301-975-5334 Facsimile