2005. Т. 5, № 2 Просмотров 1245 520052 Content Skundin A. M. Lithium-ion batteries: recent progress and problems 65 Bushkova O. V., Andreev O. L., Batalov N. N., Shkerin S. N., Kuznetsov M. V., Tyutyunnik A. P., Koryakova O. V., Song E. H., Chung H. J. Chemical interaction in the cathode half-element of lithium ion batteries 74 Burmakin E. I., Stepanov A. P., Buzlukov A. L., Shekhtman G. S. Lithium-cation conductivity in the systems Li4ЭO4-Li4Zn(PO4)2 85 Gruzdev A. I. Principles of the construction the systems of the control lithium storage batteries 90 Gruzdev A. I., Kuzovkov A. V., Kulikov N. I., Kupriyanov A. D., Sukhov D. V. Source of the power supply on the base lithium-ion battery for electro mechanic artificial heart 94 Kharlamova O. A., Mitrofanova R. P., Chupakhina L. E., Isupov V. P. Low temperature synthesis of high disperse lithium monoaluminates 99 Fateev S. A., Nnzhnikovskin E. A. The high temperatures lithium-fluorocarbon cells 106 Dubasova V. S., Kanevskii L. S. The investigation and manufacture of Russian and foreign materials for lithium-ion batteries 109 Almazov V. A., Vdovin N. N., Gruzdev A. I., Kochnev A. A., Sukhov A. V., Tyapknn A. V., Cherepanov V. B. Manufacture and research of lithium-ionic batteries, investigation of cells' performance in battery 120 Kosova N. V. Dispersive materials via mechanical activation for lithium-ion batteries 123 Kosova N. V., Frolova L. A., Devyatkina E. T. The influence of mechanical activation on the synthesis, structure and electrochemical performance of LiNiO2 and LiNi1-xCoxO2 130 Eikhler V. V., Lukashenko A. I., Makukha V. K., Kosova N. V. The automatic module for cycling of electrochemical cells 135 Osintsev D. I., Devyatkina E. T., Uvarov N. F., Kosova N. V. Lithium titanophosphate as cathode, anode and electrolyte for lithium batteries 139
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