M.P. Semenenko Institute of Geochemistry, Mineralogy and Ore Formation of NAS of Ukraine

Department of geology and geochemistry of ore deposits


The main areas of research activity of the department:

- structure, composition and genesis of deposits of non-ferrous, trace-, rare-earth, precious metals, thorium and uranium;

- geochemical zonality of ore genesis process as a base for a metallogenic analysis.


ANALYTICAL EQUIPMENT

Electron Probe Micro Analyzer JEOL JMX-733 (upgrated)

It can be used for elemental composition of solid substances or detecting specific elements on small area of 10 μm and less. Electron Probe has wave- and energy-spectrometer; software application allows carrying out measurements automatically. For sample preparation ВУП-5M coater is used. Range of elements can be detected: from B(5) to U(92). Detecting accuracy: 2%.

Secondary electron / X-ray image mode shows:

- morphology of minerals;

- composition difference (as image contrast);

- minerals distribution over sample area.

Analytical mode allows to:

- determine quantitative composition of substance;

- determine a mineral form of the object researched;

- show an X-ray map of element distribution.

Person responsible (analyst): Junior Researcher Lidiia I. Kanunikova (kanunikova59@gmail.com).


Thermo ScientificTM WDXRF ARL Optim'X

X-ray fluorescence analyzer allows one to carry out qualitative and semi-quantitative analysis of rocks, slag, cement, chemicals, oxides, metals, glass, ceramics, food etc. Range of elements can be detected: from F(Z=9) to U(Z=92).

Processing of the resilts based on Thermo ScientificTM UniQuant, software which applies advanced methodology. It uses fundamental parameters and proprietary XRF-data processing algorithms.

Precise quantitative analysis can be carried out, if there is a reference standard for research object.

Research sample can be in the form of solid polished section of conductive or dielectric material, loose powder, pressed pellets, paste, granules, coating.

The analyzer equipped with Rh anode, 50W; analyzing crystals: LiF200, PET, AXO6; detectors: proportional counter, scintillation detector.

Concentration 100% m/m 10% m/m 1% m/m 1000 mg*g-1 100 mg*g-1 10 mg*g-1 1 mg*g-1
%RSD 2 2,8 4 5,7 8 11,3 16

RSD - relative standard deviation.

Person responsible (analyst): Junior Researcher Tetiana H. Kalinichenko
(t_kalinichenko@yahoo.com).


Sukach Vitalii V. Department of geology and geochemistry of ore deposits Head of Department Doctor of Geological Sciences Senior Researcher
Bondarenko Olena B. Department of geology and geochemistry of ore deposits Leading Engineer
Bondarenko Serhii M. Department of geology and geochemistry of ore deposits Senior Research Scientist Candidate of Geological Sciences Senior Research Scientist
Donskyi Mykola O. Department of geology and geochemistry of ore deposits Senior Research Scientist Candidate of Geological Sciences
Hurin Volodymyr H. Department of geology and geochemistry of ore deposits Junior Researcher
Isakov Leonid V. Department of geology and geochemistry of ore deposits Senior Research Scientist Doctor of Geological Sciences
Kalinichenko Tetiana H. Department of geology and geochemistry of ore deposits Junior Researcher
Kanunikova Lidiia I. Department of geology and geochemistry of ore deposits Junior Researcher
Khomych Yurii Ye. Department of geology and geochemistry of ore deposits Postgraduate Student PhD
Lytvynenko Yuliia O. Department of geology and geochemistry of ore deposits Postgraduate Student
Slobodian Bohdan I. Department of geology and geochemistry of ore deposits Postgraduate Student
Somka Volodymyr O. Department of geology and geochemistry of ore deposits Chief Researcher Doctor of Geological Sciences Senior Research Scientist