Titlebook: Mechanische Verfahrenstechnik - Partikeltechnologie 1; Matthias Stie? Textbook 2009Latest edition Springer-Verlag Berlin Heidelberg 2009 D

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Matthias Stie?inated by plankton alone, but also by other suspended particulate and dissolved organic compounds, partly because of the impact of human activities, resources exploitation, and environmental pollution. The complex ensamble of environmental conditions to be approached has determined the development o

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Matthias Stie?inated by plankton alone, but also by other suspended particulate and dissolved organic compounds, partly because of the impact of human activities, resources exploitation, and environmental pollution. The complex ensamble of environmental conditions to be approached has determined the development o

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Matthias Stie?inescence measurements. Spin splitting of the quantum confined ground state and the resulting large luminescence polarization were observed by tuning the barrier potential with a magnetic field. In the third set of experiments, femtosecond spectroscopic measurements of optically induced magnetizatio

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Matthias Stie?onference Proceedings. The papers in this volume are grouped into 8 sections, usually in the same order as presented at the corresponding session of the Symposium: Section 1 - Scattering Mechanisms Section 2 - High Frequency Measurements and Mechanisms Section 3 - Reverberation Modelling Section 4 -

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Publisher as well as bottom stratification. The three-dimensional modal conversion produced by line-type facets such as ridges is addressed using a spectral composition approach, basically decomposing this class of 3-dimensional reverberation problems into a superposition of two-dimensional problems. It is d

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CLANTCEN Conference Proceedings. The papers in this volume are grouped into 8 sections, usually in the same order as presented at the corresponding session of the Symposium: Section 1 - Scattering Mechanisms Section 2 - High Frequency Measurements and Mechanisms Section 3 - Reverberation Modelling Section 4 -978-94-010-4922-1978-94-011-2078-4

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