Jan Valenta

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Jan LinnrosVerified email at kth.se
Anna FucikovaMFF UK, FZU AVČR, VSCHT, past KTH ICTVerified email at mff.cuni.cz
Katerina Dohnalova Newelllecturer, AUC, University of AmsterdamVerified email at uva.nl
Kateřina KůsováCzech Academy of Sciences, Institute of PhysicsVerified email at fzu.cz
Sychugov IlyaRoyal Institute of Technology, StockholmVerified email at kth.se
Robert EllimanAustralian National UniversityVerified email at anu.edu.au
Michael Greben, Ph.D.Charles University, Faculty of Mathematics & Physics Department of Chemical Physics & OpticsVerified email at karlov.mff.cuni.cz
T. GregorkiewiczProfessor of Optoelectronic Materials, University of AmsterdamVerified email at uva.nl
Benjamin BruhnInstitute of Physics, University of AmsterdamVerified email at uva.nl
Margit ZachariasProfessor of Nanotechnology, Albert Ludwigs University FreiburgVerified email at imtek.de
Sebastian GutschUniversity of Freiburg, IMTEK/NanotechnologyVerified email at imtek.de
Daniel HillerTU Bergakademie FreibergVerified email at physik.tu-freiberg.de
Lukáš OndičResearcher, Leader of the Nanophotonics group, Institute of Physics CASVerified email at fzu.cz
Minoru Fujii （藤井　稔）Department of Electrical and Electronic Engineering, Graduate School of Engineering, Kobe UniversityVerified email at eedept.kobe-u.ac.jp
Dolf TimmermanOsaka UniversityVerified email at mat.eng.osaka-u.ac.jp
Hiroshi SugimotoAssociate Professor at Department of Electrical and Electronic Engineering, Kobe UniversityVerified email at eedept.kobe-u.ac.jp
Martin NiklInstitute of PhysicsVerified email at fzu.cz
Karel Žídekresearcher, TOPTEC, IPP Academy of Sciences of the Czech RepublicVerified email at ipp.cas.cz
Petr StepanekInstitute of Macromolecular Chemistry, Deputy DirectorVerified email at imc.cas.cz
Julian López-VidrierDoctor in Physics - Group of Optoelectronics and Photonics, Universitat de BarclonaVerified email at el.ub.edu

Jan Valenta

Charles University

Verified email at mff.cuni.cz - Homepage

optoelectronics micro-spectroscopy nanotechnology


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Luminescence spectroscopy of semiconductors I Pelant, J Valenta OUP Oxford, 2012	546	2012
Photoluminescence spectroscopy of single silicon quantum dots J Valenta, R Juhasz, J Linnros Applied Physics Letters 80 (6), 1070-1072, 2002	243	2002
Narrow luminescence linewidth of a silicon quantum dot I Sychugov, R Juhasz, J Valenta, J Linnros Physical Review Letters 94 (8), 087405, 2005	236	2005
Step-like enhancement of luminescence quantum yield of silicon nanocrystals D Timmerman, J Valenta, K Dohnalová, W De Boer, T Gregorkiewicz Nature nanotechnology 6 (11), 710-713, 2011	235	2011
Brightly luminescent organically capped silicon nanocrystals fabricated at room temperature and atmospheric pressure K Kusová, O Cibulka, K Dohnalová, I Pelant, J Valenta, A Fučíková, ... ACS nano 4 (8), 4495-4504, 2010	176	2010
Waveguiding effects in the measurement of optical gain in a layer of Si nanocrystals J Valenta, I Pelant, J Linnros Applied physics letters 81 (8), 1396-1398, 2002	155	2002
Role of different colours of aposematic insects in learning, memory and generalization of naïve bird predators K Svádová, A Exnerová, P Štys, E Landová, J Valenta, A Fučíková, ... Animal Behaviour 77 (2), 327-336, 2009	138	2009
Origin of green luminescence in hydrothermally grown ZnO single crystals J Čížek, J Valenta, P Hruška, O Melikhova, I Procházka, M Novotný, ... Applied Physics Letters 106 (25), 2015	98	2015
On the origin of the fast photoluminescence band in small silicon nanoparticles J Valenta, A Fucikova, I Pelant, K Kůsová, K Dohnalová, A Aleknavičius, ... New Journal of Physics 10 (7), 073022, 2008	96	2008
Electroluminescence of single silicon nanocrystals J Valenta, N Lalic, J Linnros Applied Physics Letters 84 (9), 1459-1461, 2004	90	2004
Direct Bandgap Silicon: Tensile‐Strained Silicon Nanocrystals K Kůsová, P Hapala, J Valenta, P Jelínek, O Cibulka, L Ondič, I Pelant Advanced Materials Interfaces 1 (2), 1300042, 2014	81	2014
Light‐Emission Performance of Silicon Nanocrystals Deduced from Single Quantum Dot Spectroscopy J Valenta, A Fucikova, F Vácha, F Adamec, J Humpolíčková, M Hof, ... Advanced functional materials 18 (18), 2666-2672, 2008	77	2008
Picosecond and millisecond dynamics of photoexcited carriers in porous silicon P Malý, F Trojánek, J Kudrna, A Hospodková, S Banáš, V Kohlová, ... Physical Review B 54 (11), 7929, 1996	76	1996
Luminescence of free-standing versus matrix-embedded oxide-passivated silicon nanocrystals: The role of matrix-induced strain K Kůsová, L Ondič, E Klimešová, K Herynková, I Pelant, S Daniš, ... Applied Physics Letters 101 (14), 2012	75	2012
Determination of absolute quantum yields of luminescing nanomaterials over a broad spectral range: from the integrating sphere theory to the correct methodology J Valenta Nanoscience Methods 3 (1), 11-27, 2014	73	2014
Luminescence blinking of a Si quantum dot in a Si O 2 shell I Sychugov, R Juhasz, J Linnros, J Valenta Physical Review B 71 (11), 115331, 2005	69	2005
Dynamics of excitons in CuBr nanocrystals: Spectral-hole burning and transient four-wave-mixing measurements J Valenta, J Moniatte, P Gilliot, B Hönerlage, JB Grun, R Levy, AI Ekimov Physical Review B 57 (3), 1774, 1998	65	1998
Luminiscenční spektroskopie: Objemové krystalické polovodiče. I. I Pelant, J Valenta Academia, 2006	61	2006
Determination of sensoric parameters of porous silicon in sensing of organic vapors T Holec, T Chvojka, I Jelınek, J Jindřich, I Němec, I Pelant, J Valenta, ... Materials Science and Engineering: C 19 (1-2), 251-254, 2002	61	2002
Absence of quantum confinement effects in the photoluminescence of Si3N4–embedded Si nanocrystals D Hiller, A Zelenina, S Gutsch, SA Dyakov, L López-Conesa, ... Journal of Applied Physics 115 (20), 2014	59	2014

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