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tamara ponomarenko
tamara ponomarenko
Институт сцинтилляционных материалов НАН Украины
Verified email at isc.kharkov.com
Title
Cited by
Cited by
Year
Scintillation properties of CsSrX3: Eu2+ (CsSr1− yEuyX3, X= Cl, Br; 0≤ y≤ 0.05) single crystals grown by the Bridgman method
VL Cherginets, NV Rebrova, AY Grippa, YN Datsko, TV Ponomarenko, ...
Materials Chemistry and Physics 143 (3), 1296-1299, 2014
402014
Scintillation properties of Еu doped SrCl and CsSrCl single crystals
VL Cherginets, АY Grippa, TP Rebrova, YN Datsko, TV Ponomarenko, ...
Functional materials 19 (2), 187, 2012
172012
Production and properties of CsSrBr: Еu scintillator
VL Cherginets, АY Grippa, ТP Rebrova, YN Datsko, ТV Ponomarenko, ...
Functional Materials 19 (4), 429, 2012
82012
The inertia properties of Cs2LiYCl6: Ce scintillation crystals
L Trefilova, V Cherginets, A Gektin, B Grinyov, V Alekseev, I Golub, ...
Radiation measurements 42 (4-5), 572-575, 2007
62007
On some regularities of magnesium oxide solubility in melts with different content of alkaline earth metal chlorides
VL Cherginets, TP Rebrova, AL Rebrov, TV Ponomarenko, OI Yurchenko
The Journal of Chemical Thermodynamics 113, 1-5, 2017
52017
Investigation of the course of K2SrCl4 melt deoxidization with CCl4 vapor
VL Cherginets, TP Rebrova, TV Ponomarenko, AL Rebrov, OI Yurchenko, ...
Reaction Kinetics, Mechanisms and Catalysis 120, 31-38, 2017
52017
Interaction of hygroscopic halides with reactive gas atmosphere at elevated temperatures
TP Rebrova, VL Cherginets, TV Ponomarenko, YI Dolzhenko
Functional Materials, 2008
52008
Study of the carbohalogenation process in molten KCl–NaCl equimolar mixture
VL Cherginets, TP Rebrova, TV Ponomarenko, VA Naumenko, ...
Reaction Kinetics, Mechanisms and Catalysis 116, 327-337, 2015
42015
Oxoacidic Properties of Melts of the CsCl–LiCl–YCl3 System and Features of Their Purification from Oxide Ion Traces
VL Cherginets, TP Rebrova, TV Ponomarenko, EP Kisil, LI Filippovich
Journal of Chemical & Engineering Data 56 (10), 3897-3901, 2011
42011
Preparation and scintillation properties of YCl3:Ce crystals
VL Cherginets, TV Ponomarenko, LN Trefilova, NV Rebrova, NN Kosinov, ...
Inorganic Materials 45, 946-948, 2009
42009
Analysis of highly concentrated aqueous solutions of alkali metal chlorides using sonoluminescence spectroscopy
OI Yurchenko, TV Chernozhuk, AN Baklanov, LV Baklanova, AL Rebrov, ...
Applied Spectroscopy 76 (2), 184-188, 2022
32022
Kinetics of luminescence of CsI single crystals scavenged by Y3+
VL Cherginets, TP Rebrova, YN Datsko, TV Ponomarenko, RP Yavetsky, ...
Crystal Research and Technology 48 (1), 16-21, 2013
32013
Polythermal study of magnesium oxide solubility in molten K2SrCl4
VL Cherginets, TP Rebrova, AL Rebrov, TV Ponomarenko, OI Yurchenko
The Journal of Chemical Thermodynamics 102, 248-251, 2016
22016
Interaction of oxide species with CCl4 in liquid BaCl2-KCl (0.26: 0.74)
VL Cherginets, TP Rebrova, VA Naumenko, TV Ponomarenko
Physics and Chemistry of Liquids 53 (2), 193-199, 2015
22015
Polythermal investigation of course of molten ionic bromide deoxidization by action of ‘bromine+ carbon’red-ox pair
VL Cherginets, TP Rebrova, TV Ponomarenko, VA Naumenko, YN Datsko
RSC advances 4 (95), 52915-52919, 2014
22014
Scintillation properties of Ce3+-doped YCl3 and YBr3
VL Cherginets, TP Rebrova, TV Ponomarenko, OA Tarasenko, ...
Radiation measurements 47 (10), 917-920, 2012
22012
A study of Lux-Flood acid-base reactions in KBr melts at 800° C
TP Rebrova, VL Cherginets, TV Ponomarenko
Russian Journal of Physical Chemistry A 83, 1879-1882, 2009
22009
Scintillation properties of single crystals of K(Sr1_xEux)2CI5 solid solutions
AL Rebrov, YA Boyarintseva, VL Cherginets, TE Gorbacheva, AY Grippa, ...
Functional Materials 28 (4), 633-636, 2021
12021
K (Sr1− xEux) 2Cl5 scintillation material obtained using Eu2O3 dissolution in the growth chloride melt
AL Rebrov, VL Cherginets, TV Ponomarenko, NV Rebrova, TP Rebrova, ...
Journal of Crystal Growth 543, 125706, 2020
12020
A study of Eu2O3 solubilization in K2SrCl4 melt at 973 K under the action of CCl4 vapor
VL Cherginets, AL Rebrov, TP Rebrova, TV Ponomarenko, OI Yurchenko
Thermochimica acta 680, 178355, 2019
12019
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