RAMAN SPECTROSCOPY
| Technique | Type of apparatus |
Partner name, Contact person Expertise of the personel |
Types of possible experiments |
| Raman Spectrometer with confocal microscope | T 64000 Jobin-Yvon |
TUL
Dr Marcin Kozanecki Tel.: +48 426313205 -Micro-Raman analysis of heterogeneous systems (organic, inorganic, hybrid)
-Low Frequency Raman Scattering -Thin films,polymers and their composites and gels |
-Standard Raman experiments with 90°configuration -Micro-Raman study with back scattering configuration using confocal microscope: -depth profiling -mapping |
| Micro-Raman spectroscopy | Conventional micro-Raman set-up |
FORTH Prof.Costas Galiotis Tel.: +30 2610965300 |
-polymers and their composites. -reinforcement fibres (Carbon, aramid, PE, PP, etc.) -Stress and strain in composites. -Interfacial characterization ofcomposites -Polymer crystallinity -Analysis of heterogeneous systems -Stress/ Strain/ Temperature measurements in polymeric composite materials -Polymer crystallinity measurement with reference Raman peaks -Micro-Raman study with back scattering configuration using confocal microscope: -Depth profiling -Mapping -Nanomechanics of graphene/ CNTs/ CNT yarns and their composites. |
| FT-Raman Spectrometer with microscope | FT-Raman Spectrometer (Bruker RamanScope III) with Olympus microscope |
TUL
Dr Marcin Kozanecki Tel.: +48 426313205 -Micro-Raman analysis of heterogeneous systems (organic, inorganic, hybrid)
-Low Frequency Raman Scattering -Thin films,polymers and their composites and gels |
1. Chemical analysis: - Quantitative and qualitative analysis - Analysis of molecular conformations and configurations - Analysis of intermolecular interactions - Control of chemical reactions 2. Material science analysis: - Investigations of molecular order and orientation in materials - Investigations of phase transitions and other physical processes - Investigation of heterogeneous materials - Analysis of internal stresses and their distribution |
