Raman spectroscopy can be used for microscopic analysis, with a spatial resolution in the order of 0.5-1 µm. Such analysis is possible using a Raman microscope. A Raman microscope couples a Raman spectrometer to a standard optical microscope, allowing high magnification visualization of...
6. Raman Spectrometer Raman spectroscopy is based on the interaction of light (typically a laser) with a material’s chemical bonds. Light is scattered directly off the sample and passed through a filter to remove the particles from Rayleigh scattering. ...
Raman spectroscopy can be used for microscopic analysis, with a spatial resolution in the order of 0.5-1 µm. Such analysis is possible using a Raman microscope. A Raman microscope couples a Raman spectrometer to a standard optical microscope, allowing high magnification visualization of a sample...
Select from our extensive line of compact, flexible UV-vis, NIR and Raman spectrometers Microspectrometer View Details Versatile View Details High Sensitivity View Details High Resolution View Details See All Spectrometers Use thePower of Spectroscopyto Get Results ...
Most spectrometer designs use a single axis of dispersion - light is separated by wavelength only in one direction. When trying to measure very wide wavelength ranges, multiple diffraction orders can overlap. However, if a second dispersive element is added to the design these orders can be ...
Most spectrometer designs use a single axis of dispersion - light is separated by wavelength only in one direction. When trying to measure very wide wavelength ranges, multiple diffraction orders can overlap. However, if a second dispersive element is added to the design these orders can be ...
The spectral separation of the emitted light from the sample occurs in two steps. The first step is the dispersion of the emitted light spatially into a spectrum, like in a classical spectrometer(1). A prism (Fig 1) is chosen as it is much more efficient in terms of transmission c...
For real-time, in situ analysis,ReactIRandRaman spectrometermeasurements are used for determining reaction kinetics, overall reaction progress, and to support proposed reaction mechanisms. These spectroscopic technologies provide a critical analytical data stream in both batch and continuous flow applications...
In-Situ Raman Spectrometer— in-situ analysis of multiphasic reactions, polymorphs In-Situ FTIR Spectrometer— in-situ reaction kinetics, mechanisms and pathways PVM Particle Size Analyzer— inline imaging and analysis of particle formation and growth ...
The handheld scanner is a Raman spectrometer. The low-powered laser inside the scanner emits coherent light through the front window. Stimulated light from the sample is then collected through a filter in the window that removes the Rayleigh scattered light. The light then passes through a diffrac...