Low-melting bismuth–borate glass: composition development of the glasses are presented. Conclusions are drawn concerning the structural state of the
bismuth ions.
Высокотемпературная теплоемкость
стекол боратов висмутаИртюго, Л.А.,
Денисов, В. М.,
Жереб, В.П.,
Денисова, Л.Т.,
Бабицкий, Н.А.,
Irtyugo, Liliya A.,
Denisov, Viktor M.,
Zhereb, Vladimir P.,
Denisova, Liubov T.,
Babitscky, Nikolay A. The heat capacity of
bismuth borate glasses containing 50; 51,5; 60; 62,5 and 65 mol.% of B2O3
Temperature-dependent optical properties of bismuth triborate crystal in the terahertz range: simulation of terahertz generation by collinear three-wave mixing in the main crystal planesEzhov, Dmitry M.,
Nikolaev, Nazar,
Antsygin, Valery D.,
Bychkova, Sofia A.,
Andreev, Yury M.,
Svetlichnyi, Valerii A. pulses near their damage threshold, we suggest the crystal of
bismuth triborate (BiB3O6, BIBO). Compared
Взаимодействие платины с расплавами боратов висмутаДенисова, Л.Т.,
Белоусова, Н.В.,
Денисов, В.М.,
Кучумова, О.В.,
Denisova, Liubov T.,
Belousova, Natalia V.,
Denisov, Viktor M.,
Кuchumova, Оksana V. The contact interaction of liquid
bismuth borates with platinum was investigated by the sessile
Получение висмут-калий-аммоний цитрата взаимодействием оксида висмута с растворами цитратов калия и аммонияКоледова, Е. С.,
Артамонова, А. А.,
Юхин, Ю. М.,
Koledova, Ekaterina S.,
Artamonova, Alina A.,
Yukhin, Yuri M. The interaction of
bismuth oxides of various morphologies with aqueous solutions of potassium
Phase, glass formation and the properties of BaO–Bi[2]O[3]–B[2]O[3] glassesInformation on phase and glass formation in
bismuth-borate systems as a basis for obtaining lead
Бораты висмутаDenisov, Viktor M.,
Belousova, Natalia V.,
Denisova, Liubov T.,
Денисов, В.М.,
Белоусова, Н.В.,
Денисова, Л.Т. . Methods of obtaining
bismuth borates are analyzed. Data on the structure of solids as well
Structural and spectroscopic properties of new noncentrosymmetric self-activated borate Rb3EuB6O12 with B5O10 unitsAtuchin, V. V.,
Subanakov, A. K.,
Aleksandrovsky, A. S.,
Bazarov, B. G.,
Bazarova, J. G.,
Gavrilova, T. A.,
Krylov, A. S.,
Molokeev, M. S.,
Oreshonkov, A. S.,
Stefanovich, S. Yu. New noncentrosymmetric double
borate Rb3EuB6O12 was designed and synthesized by the solid state