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MULTI-POPULATION GENETIC ALGORITHM FOR CRYSTAL STRUCTURES SOLUTION FROM X-RAY POWDER DIFFRACTION DATA
Aleksandr, Zaloga, Якимов, И., Petr, Dubinin
diffraction data by methods of global optimization. A common problem of these methods is a deterioration
Catalytic characteristics of NASICON-type phosphates with rare earth elements in ethanol conversion
Asabina E.A., Zhukova A.I., Sedov V.A., Pet'kov V.I., Osaulenko D.A., Markova E.B., Fukina D.G., Koshkin V.A.
performed using XRD, IR spectroscopy, SEM, BET and BJH methods. Structural data indicated
Genetic Algorithm for Automated X-Ray Diffraction Full-Profile Analysis of Electrolyte Composition on Aluminium Smelters
Zaloga, Alexandr, Akhmedova, Shakhnaz, Yakimov, Igor, Burakov, Sergey, Semenkin, Eugene, Dubinin, Petr, Piksina, Oksana, Andryushchenko, Eugene
–6 different phases with variable microcrystalline structure. One further diffraction method is the Rietveld
Influence of rare-earth doping on the structural and dielectric properties of orthoferrite La0.50R0.50FeO3 ceramics synthesized under high pressure
Makoed, I. I., Liedienov, N. A., Pashchenko, A. V., Levchenko, G. G., Tatarchuk, D. D., Didenko, Y. V., Amirov, A. A., Rimski, G. S., Yanushkevich, K. I.
using X-ray diffraction, SEM, EDS, and dielectric spectroscopy methods. The La0.50R0.50FeO3 ceramics
Titanosilicalites (MFI-type): Composition, statistical and local structure, catalytic properties
Kuz'micheva G.M., Svetogorov R.D., Khramov E.V., Kravchenko G.V., Bruk L.G., Pastukhova Z.Y., Мarkova E.B., Zhukova A.I., Chuklina S.G., Dorokhov A.V.
methods of analysis to determine the content of titanium ions in the framework. The full-profile Rietveld
Multipopulation Genetic Algorithm for Determining Crystal Structures Using Powder Diffraction Data
Zaloga, A. N., Yakimov, I. S., Dubinin, P. S.
A method for the automatic determination of crystal structures using powder diffraction data
Application of evolutionary rietveld method based XRD phase analysis and a self-configuring genetic algorithm to the inspection of electrolyte composition in aluminum electrolysis baths
Yakimov, I., Zaloga, Alexandr N., Petr, Dubinin, Безрукова, О. Е., Aleksandr, Samoilo, Sergey, Burakov, Eugene, Semenkin, Maria, Semenkina, Eugene, Andruschenko
by the Rietveld method, which does not require the creation of multiphase reference samples and is able to take
Combined control of aluminum bath composition by X-ray diffraction and X-ray fluorescence analysis: Combined control of aluminum bath by XRD and XRF analysis
Oksana, Piksina, Eugene, Andruschenko, Petr, Dubinin, Sergei, Kirik, Sergey, Ruzhnikov, Alexandr, Samoilo, Igor, Yakimov, Aleksandr, Zaloga
compared to an accuracy of non‐automated analysis by Rietveld method. Combined application of the two X
Мультипопуляционный генетический алгоритм моделирования кристаллической структуры из рентгенодифракционных данных
Залога, А.Н., Бураков, C.В., Семенкин, Е.С., Якимов, И.С., Zaloga, Alexander N., Burakov, Sergey V., Semenkin, Eugeniy S., Yakimov, Igor S.
cluster. The local optimization is performed periodically by the full-profile structure analysis (Rietveld
Combined control of aluminum bath composition by X‐ray diffraction and X‐ray fluorescence analysis
Oksana, Piksina, Eugene, Andruschenko, Petr, Dubinin, Sergey, Kirik, Sergey, Ruzhnikov, Alexandr, Samoilo, Igor, Yakimov, Alexandr, Zaloga
compared to an accuracy of non‐automated analysis by Rietveld method. Combined application of the two X

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