2D correlation spectroscopy software combines the latest development in algorithms and advanced imaging graphics, providing additional data processing options and multiple display modes
Thermo Electron announces the availability of a 2D correlation software package and an external experiment module for polarization experiments for its line of Nicolet FT-IR spectrometers.
Both the software package and experiment module have been developed in response to the growing need for power and flexibility in FT-IR research analysis.
The SpectraCorr 2D correlation spectroscopy (2DCOS) software combines the latest development in 2DCOS algorithms and advanced imaging graphics.
The software provides additional data processing options and multiple display modes for spectral correlation and profiling analysis.
It also enhances spectral resolution and detailed elucidation of the dynamic behavior of spectral intensity variation in a perturbation-dependent dynamic system, particularly with the analysis of the generalised 2D contour maps.
The TOM (Tabletop Optical Module) box provides all factory pre-aligned optics and dual-channel synchronous sampling techniques (SST) with enhanced kinetic functions.
This allows for the simultaneous acquisition of two signals generated in double modulation experiments including infrared reflection absorption spectroscopy (IRRAS), vibrational linear dichroism (VLD) and vibrational circular dichroism (VCD).
The TOM box provides a continuously varying reflection angle from 33 to 89deg and enables triple modulation experiments such as dynamic infrared linear dichroism (DIRLD) with the use of step scan DSP synchronous multiple modulation (SMM) technology.
As a versatile and powerful package, the SpectraCorr software fulfils all research spectroscopists' needs for 2D correlation analysis, claims Thermo.
The TOM box supports Thermo's advanced research FT-IR spectrometers including the Nicolet 8700 and Nicolet 6700 FT-IR.
