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| advance_lab_for_master [2011/04/05 11:57] – fp_management | advance_lab_for_master [2019/07/12 09:40] (current) – fp_management |
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| * [[private:Ma1 Compton-effect]] | * [[private:Ma1 Compton-effect]] |
| * [[private:Ma2 Beugung niederenergetischer Elektronen an Oberflächen (LEED)]] | * [[private:Ma2 Low electron energy diffraction at surfaces (LEED)]] |
| * [[private:Ma3 Gepulste Kernspinresonanz]] | * [[private:Ma3 Pulsed Nuclear Magnetic Resonance]] |
| * [[private:Ma4 Photoelektronenspektroskopie (PES)]] | * [[private:Ma4 Photoelektronenspektroskopie (PES)]] |
| * [[private:Ma5 Dynamische Vorgänge in Lipidmembranen]] | * [[private:Ma5 Dynamic processes in lipid membranes]] |
| * [[private:Ma6 AFM]] | * [[private:Ma6 AFM]] |
| * [[private:Ma7 Raman]] | * [[private:Ma7 Raman Scattering]] |
| * [[private:Ma8 Supraleitung]] | * [[private:Ma8 Superconductivity]] |
| * [[private:Ma9 Photoluminiscence]] | * [[private:Ma9 Photoluminiscence]] |
| * [[private:Ma10 Auger- und Elektronenenergieverlust-Spektroskopie]] | * [[private:Ma10 Auger- and Electron Energy Loss Spektroscopy]] |
| * [[private:Ma11 Magnetisierung und Suszeptibilität eines paramagn. Salzes]] | * [[private:Ma11 Magnetisierung und Suszeptibilität eines paramagn. Salzes]] |
| * [[private:Ma12 Magnetooptischer Kerr-Effekt und magn. Anisotropien]] | * [[private:Ma12 Magneto-optical Kerr-effect and magnetic anisotropy]] |
| * [[private:Ma13 Solarzellen]] | * [[private:Ma13 Solar cells]] |
| * [[private:Ma14 Femtosekunden-Pump-Probe Experimente]] | * [[private:Ma14 Solid State Laser Principles]] |
| | * [[private:Ma15 Electron paramagnetic resonance]] |
| | * [[private:Ma16 Femtosecond Pump-Probe Measurement of Coherent Phonon Dynamics]] |
| | * [[private:Ma17 Formation of protein self assembled monolayer monitored by Quartz Crystal Microbalance]] |
| | * [[private:Ma18 to 21 Characterization of semiconductor materials and solar cells]] |
| | * [[private:Ma22 Electron transport and carrier scattering in monolayer graphene]] |
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