Crystalline Nanoporous Frameworks: a Nanolaboratory for Probing Excitonic Device Concepts. | Zendy

Mark D. Allendorf | Zendy; Jason D. Azoulay | Zendy; Alexandra C. Ford | Zendy; Michael E. Foster | Zendy; Farid El Gabaly Márquez | Zendy; François Léonard | Zendy; Kirsty Leong-Hau | Zendy; Vitalie Stavila | Zendy; A. Alec Talin | Zendy; Brian J. F. Wong | Zendy; Michael T. Brumbach | Zendy; Dara Van. Gough | Zendy; Timothy N. Lambert | Zendy; Mark A. Rodriguez | Zendy; Erik David Spoerke | Zendy; David R. Wheeler | Zendy; Joseph C. Deaton | Zendy; Andrea Centrone | Zendy; Paul M. Haney | Zendy; Ralph A. Kinney | Zendy; Veronika A. Szalai | Zendy; Heayoung P. Yoon | Zendy

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Crystalline Nanoporous Frameworks: a Nanolaboratory for Probing Excitonic Device Concepts.

Author(s) -

Mark D. Allendorf,

Jason D. Azoulay,

Alexandra C. Ford,

Michael E. Foster,

Farid El Gabaly Márquez,

François Léonard,

Kirsty Leong-Hau,

Vitalie Stavila,

A. Alec Talin,

Brian J. F. Wong,

Michael T. Brumbach,

Dara Van. Gough,

Timothy N. Lambert,

Mark A. Rodriguez,

Erik David Spoerke,

David R. Wheeler,

Joseph C. Deaton,

Andrea Centrone,

Paul M. Haney,

Ralph A. Kinney,

Veronika A. Szalai,

Heayoung P. Yoon

Publication year - 2014

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/1159322

Subject(s) - oled , nanoporous , materials science , nanotechnology , optoelectronics , organic solar cell , photovoltaics , exciton , photovoltaic system , polymer , electrical engineering , physics , engineering , layer (electronics) , quantum mechanics , composite material

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