. "978-961-248-379-1" . "I, S" . "18470" . . "exciton states; static and dynamic disorder; absorption and fluorescence spectrum; LH2"@en . "Sustainable energy and environmental protection (SEEP 2013)" . "1"^^ . . "Photosynthetic Complex LH2 - Absorption and Steady State Fluorescence Spectra"@en . "7"^^ . . "Photosynthetic Complex LH2 - Absorption and Steady State Fluorescence Spectra" . "2"^^ . . "RIV/62690094:18470/13:50001700!RIV14-MSM-18470___" . . "Maribor" . . "Maribor" . . . . "96134" . "Photosynthetic Complex LH2 - Absorption and Steady State Fluorescence Spectra"@en . "RIV/62690094:18470/13:50001700" . . "He\u0159man, Pavel" . . . "Photosynthetic Complex LH2 - Absorption and Steady State Fluorescence Spectra" . "2013-08-20+02:00"^^ . "Univerza v Mariboru" . . "Nowadays, much effort is devoted to the study of photosynthesis which could be the basis for an ideal energy source in the future. To be able to create such an energy source - an artificial photosynthetic complex, the first step is a detailed understanding of the function of photosynthetic complexes in living organisms. Knowledge of the microscopic structure of some photosynthetic systems and their function invokes during last twenty years long and intensive investigation of many theoretical and experimental laboratories. Photosynthesis starts with the absorption of a solar photon by one of the light-harvesting (LH) pigment-protein complexes and transferring the excitation energy to the reaction center where a charge separation is initiated. The geometric structure of such LH complexes is known in great detail, e.g. for the LH2 complexes of purple bacteria. Absorption and steady state fluorescence spectra of B850 ring from LH2 complex are investigated in this contribution."@en . "[2DDA5CA8D5DB]" . . "Zapletal, David" . . . "Nowadays, much effort is devoted to the study of photosynthesis which could be the basis for an ideal energy source in the future. To be able to create such an energy source - an artificial photosynthetic complex, the first step is a detailed understanding of the function of photosynthetic complexes in living organisms. Knowledge of the microscopic structure of some photosynthetic systems and their function invokes during last twenty years long and intensive investigation of many theoretical and experimental laboratories. Photosynthesis starts with the absorption of a solar photon by one of the light-harvesting (LH) pigment-protein complexes and transferring the excitation energy to the reaction center where a charge separation is initiated. The geometric structure of such LH complexes is known in great detail, e.g. for the LH2 complexes of purple bacteria. Absorption and steady state fluorescence spectra of B850 ring from LH2 complex are investigated in this contribution." . .