Scanning Electron Microscope with Chemical Microanalysis
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Directions of Investigations: |
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Investigations of
microstructure of the wide range of materials: metals, alloys, ceramics, semiconductive
materials, polymers, synthetic products. |
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Investigations of
non-conductive materials and biological objects in low vacuum mode without
conductivity layers |
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Qualitative and quantitative
energy dispersive X-ray chemical microanalysis |
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Analysis of the
distribution of chemical elements and area mapping of chemical composition on the basis of
SEM images |
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High
Performance Liquid Chromatography
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Priority Directions
of Investigations:
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Investigations of
processes in organic synthesis by HPLC |
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Chromatographic
investigations of biologically active substances |
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Development of
techniques of the analysis for identification of pesticides and polycyclic aromatic
hydrocarbons |
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Qualitative and
quantitative analysis components in pharmaceutical production |
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Identification of nucleic acids
components (nucleotides, nucleosides, nitrogen based) in mixes |
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High
Performance Liquid Chromatography with Mass-Spectroscopy
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Priority Directions
of Investigations:
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Investigations of
processes in organic synthesis by HPLC mass-spectroscopy |
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Identification of
micro quantities of toxic impurity |
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Development of
techniques of the analysis for a wide range of organic compounds |
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Qualitative and
quantitative analysis components in pharmaceutical production |
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Determination of
vitamins in food additives and food-stuffs |
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Gas
Chromatography
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Priority Directions
of Investigations:
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Determination of
volatile organic compounds in different objects of the environment |
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Investigation of
the composition of gas exhausts and sewage of industrial enterprises |
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Determination of
volatile organic combinations in food-stuffs and compounds pharmaceutical production |
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Investigation of
biotransformation and biodegradation processes of pesticides |
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Determination of non-volatile acids
(citric, lactic, etc.) in various objects |
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Thermogravimetric Analysis and Differential Scanning Calorimetry
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| Priority
Directions of Investigations: |
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Studying of phase
transitions (melting, rebuilding of crystal structure, boiling, evaporation, reactions of
dehydration, dissociation and decomposition, etc.) |
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Researches
of inorganic and organic materials: clay, metals, minerals, polymers, resin, oil,
etc. |
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Determination of
thermal effects of adsorption and polymerisation |
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Qualitative
determination of enthalpy of chemical and physical transitions |
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Investigation
of the Surface Area and Porosity
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Priority Directions
of Investigations:
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Determination of the surface area of
catalysts, adsorbents and other materials |
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Studying of the isotherms
of adsorption and desorption |
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Determination of the pore side distribution based on the adsorption or
desorption isotherm |
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Investigation of the type and parameters of porosity |
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Definition of the
adsorptive capacity and activity of porous stuffs |
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IR-Spectroscopy and FTIR-Spectroscopy
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| Priority
Directions of Investigations: |
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Identification of organic and inorganic substances |
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Research of the of
chemical bond nature |
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Study of molecular and
supermolecular structure of polymers and researches of processes of their destruction |
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Research of the special
properties of element in different chemical
compounds |
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Definition of the
components purity in organic synthesis and pharmaceutics |
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X-Ray
Diffraction
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Priority Directions
of Investigations:
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Metals, Alloys, Polymers, Forensics,
Chemistry, Archeology, Glass, Ceramics, Cement, Pharmaceuticals, Coating, Environmental
Analysis, Mineralogy, Geology, Semiconductors, Superconductors |
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Professional phase identification |
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Fully automated quantitative
analysis of XRD data |
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Powder diffraction and single crystal
analyses |
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Analyses of complicated multiphas mixtures
and trace pfases readily |
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