Zhezherun Oleksandr Petrovych (UA), Zuzanskiy Yuri Mechyslavovych (UA), Bolotov Borys Vasylyovych, Bolotova Nelli Andriivna, Bolotov Maksym Borysovych (UA), Bolotov Ilarion Maksymovych (UA). Zitat: ''Silicon extraction method which includes extraction of high-pressure elemental silicon from chemical elements of aluminum and phosphorus by application of electric current with density more than 1011 A/m2'' ...''Thus obtained silicon represents the product of apotropous modification of silicon isosters as a result of nuclear transformation of aluminum phosphide into chemically pure silicon''...''Results obtained for the product comparing to the output mixture confirm the formation of silicon during nuclear transformation (transmutation) of aluminum and phosphorus.''</ref> | Zhezherun Oleksandr Petrovych (UA), Zuzanskiy Yuri Mechyslavovych (UA), Bolotov Borys Vasylyovych, Bolotova Nelli Andriivna, Bolotov Maksym Borysovych (UA), Bolotov Ilarion Maksymovych (UA). Zitat: ''Silicon extraction method which includes extraction of high-pressure elemental silicon from chemical elements of aluminum and phosphorus by application of electric current with density more than 1011 A/m2'' ...''Thus obtained silicon represents the product of apotropous modification of silicon isosters as a result of nuclear transformation of aluminum phosphide into chemically pure silicon''...''Results obtained for the product comparing to the output mixture confirm the formation of silicon during nuclear transformation (transmutation) of aluminum and phosphorus.''</ref> |