Preparation of proton conductive heteropoly acid-based composites by mechanical milling and layer-by-layer assembly Yusuke Daiko and Atsunori Matsuda
1
Proton composite electrolytes based on solid acids Ponomareva V.G. and Lavrova G.V.
19
Physicochemical characterization of insoluble neutral and acidic alkali salts of 12-tungstophosphoric acid I. Holclajtner-Antunovic, M. Todorovic and D. Bajuk-Bogdanovic
43
Composite protonic conductors based on heteropoly compounds incorporated into gels Vojislav R. Stamenkovic and Ubavka B. Mioc
65
Proton-exchange membranes for low temperature electrochemical devices Yu.A. Dobrovolsky, E.A. Sanginov and A.L. Rusanov
81
Ionic mobility in materials based on lithium and hydrogen phosphates of polyvalent elements with the NASICON structure I.A. Stenina, A.R. Shaykhlislamova, I. Yu. Pinus and A.B. Yaroslavtsev
127
Designing of nanostructure of metal doped phosphate tungsten bronzes obtained by ultrasonic spray pyrolysis V. Jokanovic, Z. Nedic and J. Dostanic
145
Physicochemical characterization of lithium doped phosphate tungsten bronzes as solid electrolytes J.C.Badot, Z. Nedic, U.B. Mioc, M. Slankamenac and M. Davidovic
159
Application of Li doped phosphate bronzes as anode materials in Li-ion batteries Slavko V. Mentus, Nemanja Gavrilov, Zoran Nedic, Bojana Nedic and Ubavka B. Mioc
179
