Why Wait? Take spectra in <1/10th the time! One of the primary advantages of our f/1.3 optical design is high throughput – to our many users, this translates into taking spectroscopic measurements much faster. Deploying a high numerical aperture (NA=0.36), low f-number optical design that...
Raman spectroscopy is a highly selective and non-destructive optical spectroscopy technique which relies on the inelastic scattering of laser light to probe molecular structure. The non-destructive nature of Raman measurements along with the molecular specificity of the spectra make it an optimal techniqu...
Use this approach for high-throughput material analysis and medical diagnostics. Product note: WiRE software: masking data With our data masking tool, you can analyse just the spectra of interest. Masking excludes irrelevant spectra, so you get better analytical results. It can be based on ...
View spectra live, use calibration & analysis features, or export spectral data for more detailed analysis. Identify Raman spectra via Wiley’s KnowItAll Raman Identification Pro, fully integrated into ENLIGHTEN™, with a free trial. We also offer free software development kits (SDKs) for custom...
A new method is proposed for the treatment of Raman spectra of amorphous-nanocrystalline silicon films serving as a major component in solar cells. The method is based on the well-known theory of strong spatial localization (confinement) of phonons and offers the possibility of estimating the frac...
A peak-fitting tool based on MATLAB for spectroscopic data analysis. matlabcurve-fittingspectroscopyspectral-analysisramanpeak-fitting UpdatedDec 30, 2020 MATLAB charlesll/Spectra.jl Star32 Code Issues Pull requests Spectra.jl aims at helping treatment of spectral (Raman, Infrared, XAS, NMR) data un...
active or it will be IR active but it will not be both. One general rule is that functional groups that have large changes in dipoles are strong in the IR, whereas functional groups that have weak dipole changes or have a high degree of symmetry will be better seen in Raman spectra. ...
Raman spectroscopy is a powerful technique for analyzing various substances, but a significant amount of processing is required to extract useful information from raw spectra. Many research groups develop custom software systems to process spectra, which leads to standard algorithms being repeatedly ...
1.2 Quantitative Raman analysis Raman spectra were recorded with a LabRam ARAMIS (HORIBA Jobin-Yvon) spectrometer using the exciting line at 532 nm of a diode Laser. The laser beam was focused with a 50x objective. The diffused light was dispersed with a 1800 lines.mm-1 grating. The laser...
The design and construction of a computer-controlled Raman spectrophotometer for the determination of difference spectra among up to four samples is descri... JC English,RS Tobias,RW Chrisman - 《Applied Spectroscopy》 被引量: 57发表: 1976年 ...