Nicolet CZ offers innovative solutions in all branches of research and science. We provide not only hand-held and portable instruments for rapid control and in-situ analysis of reaction products, but also highly sophisticated scientific spectrometers for research laboratories of various types. Over the years, we have built a portfolio to cover all possible applications of molecular spectroscopy in the world of science.
Our flagships in this area FT-IR spectrometer Nicolet iS50 and Raman microscope DXR3xi.
Examples of applications of molecular spectroscopy in “high-end” scientific research:
- Carbon nanoapplications
- Immunotherapy research using Raman spectroscopy
- Determination of hydrogen concentration in silicon nitride films on silicon wafers
- Quantitative analysis of gases (from ppt concentration) including resolution of different isotopes
- Protein analysis
- Photoacoustic PA-FTIR, PM-IRRAS, VLD, VCD, ROA, SPRS, STRS, SRS, 2D-IR etc.
- Analysis of inks using imaging FT-IR ATR
- Characterization of amorphous and crystalline silicon
- Rheo-optical studies of polymers: Polymer modulator
- Applications in geology, mineralogy and gemology
- Raman-SEM combined microscopy
- Nano-FTIR microscopy and imaging of cells and viruses
- Non-contact and non-destructive analysis of art objects and cultural heritage
- Cultural heritage analysis and restoration studies
Modular system of the neaSCOPE microscopes opens up completely new horizons in the nanoworld:
- Nano-imaging of nucleocyte nucleus
- Molecular staggering in collagen fibers
- Analysis of secondary structure of amyloid fibers
- Ultrafast electron microscopy in nanowires
- Local conductivity mapping in semiconductor components
- Identification of materials in semiconductor components
- Characterization of surface optical waves
- Observation of slow light in natural hyperbolic materials
- NeaSNOM and graphene plasmonics
- Analysis of optical nano-antennas
- Nanoscale phase transitions
- Analysis of super lenses and metamaterials
- Mapping the heterogeneity of charge carriers in nanocrystals
- Monitoring of the corrosion of copper surfaces and study of octadecanethiol corrosion inhibitor
- Insulation-metal transition mapping in vanadium dioxide
- Direct monitoring of lithium decrease in the Li-ion battery electrode
- Analysis of chemical composition of chondrites and comets
- Structure and chemical composition of human bones in nanoscale