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Software
 OMNIC
6.0 Software for FT-IR and Raman
Thermo
Nicolet's OMNIC software is a full-featured package that
provides all the tools necessary for FT-IR and Raman
analysis. It is the common platform used by all Thermo
Nicolet laboratory spectrometers. OMNIC software allows
you to quickly and easily collect, process, analyze and
manage your FT-IR or Raman data in a graphical
environment that is customizable and easy to learn.
OMNIC is the heart of Thermo Nicolet's Smart System
approach to spectroscopy, providing a critical level of
integration between the software, spectrometer and
sampling accessory. More
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OMNIC
QuantPad for Gas Analysis
QuantPad for
Gas Analysis is optimized for the quantitative analysis
of gases. It uses a modified classical least-squares-fit
(CLS) algorithm to detect trace-level gases in the
presence of strong interferences such as water or carbon
dioxide. QuantPad is particularly useful for combustion
gas analysis, alternative fuel combustion research and
purity of specialty and bulk gases.
More
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OMNIC
Series Software
OMNIC
Series Software is a time-resolved data collection and
processing tool available for a variety of applications.
More
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EZ
OMNIC
EZ OMNIC's
simplified interface is an excellent alternative for
operators who do not require the advanced options found
in a full-featured spectroscopy package such as OMNIC.
It is ideal for use in QA/QC applications, educational
institutions or any environment where simplified
operation is required. More
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MicroView
Software
MicroView
software provides real-time video imaging of microscopic
samples including the ability to annotate and print these
images. Standard features include cut, paste, and
save operations for ease in report generation. MicroView
software includes video calibration and a sample
measurement tool to ensure accurate feature
dimensioning.
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TQ
Analyst Quantitative Analysis Software
Thermo
Nicolet’s TQ Analyst is a revolutionary and intuitive
approach to sample identification, verification and
qualitative and quantitative analysis that unlocks the
full potential of mid-infrared, near-infrared and Raman
analysis. More
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