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Results:
1-10
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Results: 10
Authors:
Capek, V
Barvik, I
Citation: V. Capek et I. Barvik, New aspects of the Davies weak coupling theory of quantum relaxation, PHYSICA A, 294(3-4), 2001, pp. 388-402
Authors:
Capek, V
Barvik, I
Herman, P
Citation: V. Capek et al., Towards proper parametrization in the exciton transfer and relaxation problem: dimer, CHEM PHYS, 270(1), 2001, pp. 141-156
Authors:
Barvik, I
Warns, C
Neidlinger, T
Reineker, P
Citation: I. Barvik et al., Simulation of excitonic optical line shapes of cyclic molecular aggregateswith 9 and 18 units: influence of quasi-static and dynamic disorder (vol 240, pg 173, 1999), CHEM PHYS, 255(2-3), 2000, pp. 403-405
Authors:
Reineker, P
Warns, C
Neidlinger, T
Barvik, I
Citation: P. Reineker et al., Cyclic molecular aggregates: influence of quasi-static and dynamic disorder on their excitonic line shapes, J MOL LIQ, 86(1-3), 2000, pp. 285-292
Authors:
Reineker, P
Barvik, I
Warns, C
Neidlinger, T
Citation: P. Reineker et al., Modeling excitonic line shapes of photosynthetic light harvesting systems:influence of quasi-static and dynamic disorder, J LUMINESC, 87-9, 2000, pp. 806-808
Authors:
Barvik, I
Macek, J
Citation: I. Barvik et J. Macek, Interplay of exciton transfer and relaxation, J CHIN CHEM, 47(4A), 2000, pp. 647-656
Authors:
Herman, P
Barvik, I
Citation: P. Herman et I. Barvik, Computer simulation of the exciton transfer in the coupled ring antenna subunits of bacteria photosynthetic systems, J PHYS CH B, 103(49), 1999, pp. 10892-10909
Authors:
Barvik, I
Warns, C
Neidlinger, T
Reineker, P
Citation: I. Barvik et al., Simulation of excitonic optical line shapes of cyclic molecular aggregateswith 9 and 18 units: influence of quasi-static and dynamic disorder, CHEM PHYS, 240(1-2), 1999, pp. 173-189
Authors:
Barvik, I
Capek, V
Herman, P
Citation: I. Barvik et al., Towards proper parametrization in the exciton transfer and relaxation problem, J LUMINESC, 83-4, 1999, pp. 105-108
Authors:
Herman, P
Barvik, I
Citation: P. Herman et I. Barvik, Computer simulation of the exciton transfer in the coupled ring antenna subunits of bacteria photosynthetic systems, J LUMINESC, 83-4, 1999, pp. 247-250
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1-10
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