1. Achievements in the field of proton-conductive portion electrolyte membranes

   • Yu. A. Dobrovolsky
   • P. Jannasch
   • D. Yu. Likhachev

   OriginalPaper Pages: 489 - 501

2. Modeling the hydration and proton transport in solid electrolytes based on phenolsulfonic acids

   • T. S. Zyubina
   • A. V. Pisareva
   • A. M. Mebel’

   OriginalPaper Pages: 502 - 512

3. Electrotransport properties of a high-temperature phase of CsH₂PO₄ and composite systems with silicon dioxide at different humidities

   • V. G. Ponomareva
   • E. S. Shutova

   OriginalPaper Pages: 513 - 520

4. Moderate-temperature protonic conductors based on CsH₂PO₄ and modified silicon dioxide

   • V. G. Ponomareva
   • E. S. Shutova

   OriginalPaper Pages: 521 - 527

5. Nanocomposites with mixed electronic and protonic conduction for electrocatalysis

   • I. Yu. Sapurina
   • M. E. Kompan
   • M. Trchova

   OriginalPaper Pages: 528 - 536

6. Ionic mobility and structure of fluorozirconates Rb_2−x (NH₄) _x ZrF₆ (x > 1.5) by NMR, x-ray structure analysis, and impedance spectroscopy

   • V. Ya. Kavun
   • A. V. Gerasimenko
   • V. I. Sergienko

   OriginalPaper Pages: 537 - 544

7. Employing sulfide-conductive solid electrolytes for the production of semiconducting sulfides with controlled composition and properties

   • E. G. Fominykh
   • L. A. Kalinina
   • B. A. Ananchenko

   OriginalPaper Pages: 545 - 551

8. Chemical and electrochemical processes in low-temperature superionic hydrogen sulfide sensors

   • A. V. Levchenko
   • Yu. A. Dobrovolsky
   • V. I. Shtanov

   OriginalPaper Pages: 552 - 560

9. Hydrogen sensors based on metal-insulator-semiconductor structures with a layer of a proton-conducting solid electrolyte

   • A. A. Vasiliev
   • V. I. Filippov
   • R. Palombari

   OriginalPaper Pages: 561 - 569

10. Electronic and magnetic structures and conductivity of strontium ferrite: An ab initio LSDA + U approach

    • V. M. Zainullina
    • M. A. Korotin
    • V. L. Kozhevnikov

    OriginalPaper Pages: 570 - 575

11. N-shaped nonlinearity of charge characteristics of ionistor structures based on RbAg ₄I₅

    • V. P. Kuznetsov
    • Yu. V. Guzhov
    • M. E. Kompan

    Short Communications Pages: 576 - 579

12. Use of superionics for studying complex negative ions in vapors of nonvolatile compounds

    • S. V. Abramov
    • N. S. Chilingarov
    • L. N. Sidorov

    Short Communications Pages: 580 - 584

13. Ionic conduction and chemical diffusion in solid solutions of superionic conductors Cu₂X-Me₂X (Me = Ag, Li; X = S, Se)

    • M. Kh. Balapanov
    • I. B. Zinnurov
    • U. Kh. Mukhamed’yanov

    Short Communications Pages: 585 - 589

14. Grain size effect on diffusion processes in superionic phases Cu_1.75Se, Li_0.25 Cu_1.75Se, and Li_0.25 Cu_1.75S

    • M. Kh. Balapanov

    Short Communications Pages: 590 - 594

15. Mechanism of ion transfer in structure-disordered copper and silver chalcogenides

    • N. N. Bikkulova
    • Yu. M. Stepanov
    • A. N. Mikolaichuk

    Short Communications Pages: 595 - 597

16. Electrochemical hydrogen storage and usage aspects: Nickel electrode in acidic electrolyte

    • L. Grinberga
    • J. Hodakovska
    • J. Klavins

    Short Communications Pages: 598 - 602

17. Functional electronics with discrete integrators based on superionic conductors

    • I. A. Gorbunov
    • F. A. Karamov

    Short Communications Pages: 603 - 605

18. Solid-state electrochemical lithium cells with oxide electrodes and composite solid electrolyte

    • Yu. G. Mateishina
    • N. F. Uvarov
    • A. S. Ulikhin

    Short Communications Pages: 606 - 608

19. Instructions for authors

    OriginalPaper Pages: 609 - 610