RuPc complex / Portland State University / California Institute of Technology / /
IndustryTerm
energy levels / monochromatic energy conversion efficiency / solar energy conversion devices / inkjet printing / improved charge carrier materials / acceptor energy differences / energy gap / solar energy conversion / tandem device / higher-energy photons / free-charge carrier collection / given device / primitive memory device / energy level differences / µm thick device / lower energy level / back metal contact / free charge carrier movement / free charge carrier migration / photosynthetic antenna systems / metal-free acceptor / carrier mobility / energy / Solar energy conversion efficiencies / overall solar energy conversion efficiency / solar energy applications / photovoltaic devices / thin layered devices / heterogeneous photoactive layer device / energy conversion / solar cell device / electrical energy / relative energy levels / appropriate energy levels / energy transfer / encapsulation technologies / metal/organic layer interface / phthalocyanine-based organic solar cell devices / /
Organization
California Institute of Technology / USA Department of Chemistry / Division of Chemistry & Chemical Engineering / Portland State University / Portland / /
Person
Michael G. Waltera / Active / Alexander B. Rudineb / Carl C. Wamser / Voc / Al Schottky / / /
1st Reading Journal of Porphyrins and Phthalocyanines Published at http://www.worldscinet.com/jpp/