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Band gap
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#	Item
61	Ab initio modeling of optoelectronic properties of semiconductors for photovoltaics J. Vidal1,2,4, L.M. Huang1, C. Domain1, P. Olsson1, J.F. Guillemoles1, M. Gatti2,4, S. Botti2,3,4 and L. Reining2,4 1 Add to Reading List Source URL: www.quantsol.org Language: English* - Date: 2010-05-11 12:45:48 Electronic band structure Density functional theory Semiconductor Ab initio quantum chemistry methods Band gap ACES Quantum chemistry Chemistry Theoretical chemistry Computational chemistry
62	Microsoft Word - Wienck_MW_Quantsol abstract.doc Add to Reading List Source URL: www.quantsol.org Language: English - Date: 2011-03-17 17:05:13 Electronics Energy conversion Semiconductor devices Organic semiconductors Multijunction photovoltaic cell Ultraviolet radiation Polymer solar cell Band gap Zinc oxide Chemistry Solar cells Energy
63	HOT CARRIER SOLAR CELLS FOR EXTRACTION OF HIGH ENERGY CARRIERS Gavin Conibeer, Santosh Shrestha, Shujuan Huang, Robert Patterson, Hongze Xia, Yu Feng, Jianfeng Yang, Neeti Gupta, Suntrana Smyth, Yuanxun Liao, Simon Chung Add to Reading List Source URL: www.quantsol.org Language: English - Date: 2015-04-07 12:11:37 Electromagnetism Quasiparticles Semiconductors Bosons Carrier generation and recombination Hot carrier injection Phonon Band gap Electron Physics Condensed matter physics Charge carriers
64	"Reflection difference spectroscopy for the improvement of interfaces of a III-V multijunction solar cell" U. Seidel1, H. Döscher1, N. Szabo1, B.E. Sağol1, B. Kunert2, K. Volz2, W. Stolz2, K. Schwarzburg1, T. Hannappel Add to Reading List Source URL: www.quantsol.org Language: English - Date: 2010-05-11 12:46:20 Energy conversion Semiconductor devices Inorganic compounds Multijunction photovoltaic cell Gallium arsenide Indium gallium arsenide Band gap Epitaxy Gallium nitride Chemistry Thin film deposition Solar cells
65	PbS nanocrystal based photovoltaics for infrared imaging and solar cells Wolfgang Heiss Institute of semiconductor and solid State Physics, University Linz, Altenbergerstraße 69, 4040 Linz The size-tunable band gap ene Add to Reading List Source URL: www.quantsol.org Language: English - Date: 2011-03-17 17:07:05 Electromagnetism Solar cells Nanocrystal Photodiode Fullerene Photosensitivity Polythiophene Electronics Technology Nanomaterials
66	TRANSFORMATION AND STORAGE OF SOLAR ENERGY 801 doi:chimiaCHIMIA 2007, 61, No. 12 Add to Reading List Source URL: www.quantsol.org Language: English - Date: 2009-03-18 07:50:10 Optics Luminescence Photons Band gap Photoluminescence Electron Spontaneous emission Thin film solar cell Physics Quantum electrodynamics Charge carriers
67	Silicon quantum dots: Towards more efficient all-silicon solar cells Katerina Dohnalova and Tom Gregorkiewicz Van der Waals-Zeeman Institute, University of Amsterdam, Science Park 904, 1098XH Amsterdam, The Netherlands F Add to Reading List Source URL: www.quantsol.org Language: English - Date: 2013-02-23 13:45:56 Semiconductor devices Solar cells Photovoltaics Energy conversion Quantum electronics Quantum dot Carrier generation and recombination Band gap Light-emitting diode Physics Technology Condensed matter physics
68	Charge Transfer Excitons in Low Band gap Polymer based Solar Cell Active Layer and the Role of Processing Additives Markus C. Scharber, Christoph Lungenschmied, Hans-Joachim Egelhaaf* Konarka Austria, Altenbergerstrass Add to Reading List Source URL: www.quantsol.org Language: English - Date: 2011-03-17 17:05:11 Solar cells Fullerenes Photovoltaics Organic solar cells Energy conversion Phenyl-C61-butyric acid methyl ester Konarka Technologies Solar panel Heterojunction Electronics Energy Technology
69	Si nanocrystals for solar shapers Tom Gregorkiewicz Van der Waals-Zeeman Institute, University of Amsterdam Science Park 904, 10989 XH Amsterdam, The Netherlands The challenge of efficient photovoltaic conversion follow Add to Reading List Source URL: www.quantsol.org Language: English - Date: 2014-02-15 13:17:05 Optoelectronics Photovoltaics Energy conversion Semiconductor devices Carrier generation and recombination Band gap Photon Direct and indirect band gaps Exciton Physics Condensed matter physics Solar cells
70	Improving solar cell efficiencies by the up-conversion of sub-band-gap light T.Trupke, M.A.Green Centre for Third Generation Photovoltaics, University of New South Wales, NSW 2052, Australia, Fax + Add to Reading List Source URL: www.quantsol.org Language: English - Date: 2009-03-20 11:54:56 Technology Energy conversion Electromagnetism Photovoltaics Carrier generation and recombination Light-emitting diode Shockley–Queisser limit Thermodynamic efficiency limit Energy Solar cells Semiconductor devices

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