Centre of Collective Using "Progress"
Branch of molecular spectroscopy
The equipment: IK-Fourier spectrometer Nicolet 380
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IK-Fourier spectrometer Nicolet-380 (Thermo Electron Corporation, the USA), 2007 of release.
- Spectral range of 3800-375 sm-1
- Permission: an order of 1.0 sm-1
- Parity a signal/noise: more than 20000:1
- Linearity of ordinate: 0.07 % Т
- Accuracy on wave number: 0.01 sm-1
- The maximum speed of scanning: 40 skan/c
- Presence of spectral libraries for identification of pure substances (more than 1500 connections)
Scopes: ecology, pharmacological analysis, criminalistics,
research of polymers, the analysis of gases, the analysis of oil
products and oils, the food-processing industry. |
For the analysis it is necessary to conduct preliminary preparation of tests by one of the following methods:
• Pressing of a tablet with an inert matrix (KBr)
• Suspension method
• Reception of pellicles (polymers, fats and oils, glues)
• For the analysis of liquids it is provided a liquid ditch with length of a way 10 and 50 mm
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The device is equipped by two prefixes:
Standard prefix for all Ik-spectrometers.
For the analysis it is necessary to conduct
preliminary preparation of tests by one of the following methods:
• Pressing of a tablet with an inert matrix (KBr)
• Suspension method
• Reception of pellicles (polymers, fats and oils, glues)
• For the analysis of liquids it is provided a
liquid ditch with length of a way 10 and 50 mm
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Prefix of the repeated broken full reflexion.
Prefix for the analysis of liquid and firm samples. |
The equipment: Spectrum and photometer Cary-300
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Spectrum and photometer Cary 300 (UV-Vis-NIR), Varian (Australia), year of release – 2003.
- Spectral range: 190-900 nanometers (УФ, visible and near Ik-area)
- Dual-beam system (the sample and a comparison solution)
- The maximum speed of scanning: 3000 nanometers/min.
- The maximum measured optical density: 5
- Programmed crack from 0.2 to 4 nanometers
- Russified ON Cary WinUV
- Suitable for the majority of practical and educational problems
Scopes: for quantitative definitions in visible and UV spectrum areas,
quantitative definition of fibers, nucleonic acids and other biopolymers in UV area. |
Personnel structure:
- Engineer - Angapov Vasily Danilovich
- Engineer - Bubeev Innokenty Trofimovich, D.Sc.
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