- Raman micro- and macro-spectroscopy in UV (325 nm), visible (514 i 532 nm) and NIR (785 and 1064 nm).
- Micro-photoluminescence in UV, visible and NIR.
- Measures of ultra-low Raman frequency regions between 5 and 100 cm-1
- Raman measures between -195º C and 600º C
- Characterization of samples; quality control.
- Macro- and micro-analyses of samples (spatial sub-micrometric resolution).
- High-resolution Raman spectral analysis (studies of gasses, pressure, material stress).
- Polarization and orientation studies.
- Micro-mapping and imaging (Raman and photoluminescence).
- In situ temperature studies and analysis.
- Low-frequency Raman studies ( >10cm-1): lattice modes; low acoustic modes (LAM).
- Assessorship in the design, preparation, execution and analysis of experiments using the Raman spectroscopy technique.
- Theoretical and practical courses.
- Determination of crystallinity in polymers and grain size in solid state materials.
- Characterization of polymorphic and amorphous forms of active ingredients in pharmaceutical products.
- Quantitative determination of fluid micro-inclusions in minerals.
- Analysis of micro-particles (defects or contaminants) smaller than a micrometre.
- In situ studies and characterization of reactor materials with fibre optics.
- Structural identification of carbons (diamond, graphite, graphene, amorphous carbon, fullerenes, C60, multi-walled and single-walled nanotubes).
- Distinction and sorting of malign and benign cells.
- Determination of the orientation of chains, tension or stress, defects in microelectronic devices and integrated circuits, polymeric materials, thin layers, etc.
- Identification of narcotics and explosives through sealed plastic bags or glass containers.
- Mapping of active ingredients and excipients in pharmaceutical tablets.
- Microplastic Study.
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Surname
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Name
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Location
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Phone number
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Email
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JAWHARI COLIN (*)
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TARIQ
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CCiTUB - C/ Lluis Solé i Sabarís, 1-3
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934021346
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jawhari@ccit.ub.edu
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(*) for more information
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