D. - Non Destructive Analysis of Materials

(X-Ray Fluorescent Analysis, Gamma Activation Analysis, Industrial Thickness Measurement)

All scientific articles are available to acquire. Express your interest - office@bsi.lv.

23. A.Sokolov, M.Demsky, A.Pesterev, V.Gostilo, V.Kondratjev, V.Moshkov. Improvement of Metrological Characteristics of a New Industrial Facility for Gold-bearing Ore Gamma-activation Analysis. Applied Radiation & Isotopes Volume 182, April 2022, ARI_110147

22. V.Kondratjevs, K.Landmans, A.Sokolovs, V.Gostilo. Performance Improvement of On-Line XRF Analysis Of Minerals on a Conveyor Belt. Journal of Mining Science, Vol.56, № 6, 2020, pp.1061-1066.  DOI:10.1134/S1062739120060198      &    Physiko-Technicheskije Problemy Razrabotki Poleznih Iskomajemih, 2020, No.6, p.p. 202-208 (Rus)

21. E.V.Letko, K.S.Landman, A.D.Sokolov. [Э.В.Летко, К.С.Ландман, А.Д.Соколов].  Evaluation of Software Packages for On-line X-Ray Fluorescence Analysis of Materials on a Conveyor [Анализ пакетов программного обеспечения для онлайн РФА контроля материалов на конвейере]. Journal of Applied Spectroscopy, Vol. 87, No. 3, July, 2020, pp.495-498 (Russian Original Vol. 87, No. 3, May–June, 2020). Sharedit Link: https://rdcu.be/b5LXc      DOI 10.1007/s10812-020-01029-8

20. M.I. Demsky, A.D. Sokolov, V.A. Moshkov, V.V. Gostilo. Demo Testing Facility of Gamma Activation Analysis for Gold Ores. Aspects in Mining&Mineral Science (AMMS), 2019, Vol.4, Issue 2, pp. 481-485. DOI:10.31031/AMMS.2019.05.00581

19. A.Sokolov, J.Hasikova, A.Pecerskis, V.Gostilo. Industrial X-ray Fluorescence Analyser for Real-Time Thickness Measurements of Aluminium Coatings on Rolled Steel. Coatings 2019, Vol.9, issue 7. DOI: 10.3390/coatings9070425

18. А.Д.Соколов, М.И.Демский, В.В.Гостило, Е.И.Хасыкова, В.Л.Титов. Индустриальная система гамма-активационного анализа золотосодержащих руд. "АНРИ" № 2(93)2018, с.2-7

17. A.Sokolov, V.Gostilo, M.Demsky, E.Hasikova. Performance Optimization of an industrial gamma-activation assay system for analysing  gold and rare earth metal ores. The Journal of the Southern African Institute of Mining and Metalurgy (SAIMM), Vol.119, May 2019, P.509-513

16. A.Sokolov, V.Gostilo, M.Demsky, E.Hasikova. Optimization of an industrial gamma-activation assay system for the analysis of gold and rare earth metal ores. ALTA 2018 Gold-PM Proceedings, p. 61-71. ISBN: 978-0-9946425-4-7

15. A.Sokolov, J.Hasikova, A.Pecerskis, V.Gostilo, Ki Yong Lee, Hoobok Jung,  Jung Hyun Lim. Application of Industrial XRF Coating Thickness Analyzer for Phosphate Coating Thickness on Steel. Coatings 2018, 8(4), 126; doi:10.3390/coatings8040126

14. A.D.Sokolov, M.I.Demsky, V.V.Gostilo, E.I.Hasikova, V.L.Titov. Gold Ore Analysis Using an Industrial Gamma-Activation Assay System. ALTA 2017 Au-Proceedings, pp.146-153.

13. E.I.Hasikova, A.D.Sokolov, V.L.Titov. Quantitative Analysis of Uranium and Thorium Containing Materials Using Industrial On-Line XRF Analyser. ALTA 2017 U-REE Proceedings, pp.289-299.

12. E.I.Hasikova, A.D.Sokolov, V.L.Titov. Real-Time X-Ray Fluorescence Analysis of Copper-Nickel Materials Flow on Conveyor Belt.  ALTA 2017 Ni-Co-Cu Proceedings, pp.326-333.

11. A.D.Sokolov, Y. N.Bourmistenko, V.V.Gostilo, V.L.Titov.  Industrial Gamma-Activation Assay System for Gold Ore Analysis. Minerals Engineering, Vol.117, 15 January 2018, Pages 179-181

10. A.C.Cеребряков, А.Д.Соколов. Новые рентгеновские анализаторы состава цементных смесей и исходного сырья. Журнал "Цемент", No.3-2015, c.93-95.

9. J. Hasikova, A. Sokolov, V. Titov. On-Line X-Ray Fluorescence Analysis of Uranium and Thorium Materials in Mining and Processing Industry.  "Uranium - Past and Future Challenges", Proceedings of the 7th International Conference on Uranium Mining and Hydrogeology, Springer, 2014, p.793

8. J.Hasikova, A.Sokolov, V.Titov, M.Celier, P.Nardoux, Y.Prevost. On-line X-ray Fluorescence analysis of uranium materials in mining and processing industry. IAEA CN-216 URAM-2014, 23-27 June 2014, Book of Abstracts, p.134

7. J.Hasikova, V.Titov, A.Sokolov. Quantitative Analysis of Thorium Containing Materials Using Industrial XRF Analyzer. IAEA CN-216 URAM-2014, 23-27 June 2014,  Book of Abstracts,  p.135

6. J. Hasikova, V. Titov, A. Sokolov, V.Gostilo. ON-LINE XRF ANALYSIS OF POTASH MATERIALS AT VARIOUS STAGES OF PROCESSING. Canadian Institute of Mining, Metallurgy and Petroleum -  CIM Journal, 2014, Vol.5, No.4, p.256-260

5. J.Hasikova, A.Sokolov, V.Titov, A.Dirba. On-Line XRF Analysis of Phosphate Materials at Various Stages of Processing. Procedia Engineering 83 (2014) p. 455-461.

4. A.Sokolov, J.Hasikova, V.Titov, A.Rozite. ON-LINE QUANTITATIVE ANALYSES OF URANIUM IN MINING OPERATIONS. ENC-2012 Transactions FUEL CYCLE  p.146,     ENC2012-A0040

3. D.Docenko, V.Gostilo, A.Sokolov, A.Rozite. On-Line Measurement of Uranium in Ores Using.                3.International Symposium on Uranium Raw Material for the Nuclear Fuel Cycle: Exploration, Mining, Production, Supply and Demand, Economics and Environmental Issues (URAM- 2009) Proceedings, Vienna. Ref. No. IAEA-TECDOC-CD--1739 Available: http://www-pub.iaea.org/MTCD/Publications/PDF/TE-1739_CD/PDF/Session_4.pdf; 7 refs., 4 figs.

2. A.Sokolov, D.Docenko, E.Bliakher, O.Shirokobrod, J.Koskinen. On-line Analysis of Chrome-Iron Ores on a Conveyor Belt Using X-Ray Fluorescence Analysis. X-Ray Spectrometry, 2005, 34, p. 456-459

1. S.Serebryakov, E. Demchenko, V. Koudryashov, A. Sokolov. Energy Dispersive X-ray Fluorescent (ED XRF) Analyzer X- Art for Investigation of Artworks. Nucl.Instr.and Meth. B 213 (2004) p. 699-702