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Purpose: The CFES Energy Materials and Devices Lab (CFES-EMDL) consists of a suite of tools for fabricating, processing, characterizing and testing a variety of materials and device structures for new energy applications.
Broadly, the facilities can be divided into five test stations:
Efficiency, power factor, Newport current-voltage and spectral response/quantum efficiency from 350 nm to 1800 nm.
Coin cell fabrication in programmable MBraun glove box, Arbin charge/discharge cycle testing, Gamry cyclic voltammetry and impedance spectrometry
Varian absorption, transmittance and reflectance of light from 175 to 17000 nm
Physisorption, chemisorptions, vaporsorption, BET surface analysis, mass spectrometer, and hydrogen storage characteristics of nanoporous materials
Environmental controlled spin coater, dip coater for low cost energy device fabrication
Full characterization of nano-dispersed and colloidal systems using single particle optical sizing (SPOS)
EMDL will provide many new directions in several research projects in the area of energy/nano materials synthesis, energy/nano materials characterization, energy and electronic device fabrication and testing. This central facility is perfectly suited to support collaborations and sponsored research projects.
Dr. Trevor Simmons, Research Scientist
Rensselaer Polytechnic Institute
George Low Building CII 8108
110 8th Street, Troy, NY USA 12180-3590