Citation: Ig. Medvedev, THEORETICAL-STUDY OF THE TRANSITION-METAL ELECTRONIC-STRUCTURE EFFECTON CHARGE-TRANSFER TO CHEMISORBED HYDROGEN-ATOM, WITH DUE ALLOWANCE FOR NONORTHOGONALITY OF THE ELECTRON-WAVE FUNCTIONS OF THE METAL AND THE HYDROGEN-ATOM, Russian journal of electrochemistry, 33(4), 1997, pp. 432-439
Citation: Am. Kuznetsov et Ig. Medvedev, THE ENERGY OF THE SOLVENT REORGANIZATION AND THE ACTIVATION-ENERGY FOR NONADIABATIC REACTIONS OF ELECTRON AND PROTON-TRANSFER IN HETEROGENEOUS MEDIA WITH SPATIAL-DISPERSION, Russian journal of electrochemistry, 32(9), 1996, pp. 949-959
Citation: Ig. Medvedev, CHARGE-TRANSFER TO THE CHEMISORBED HYDROGEN-ATOM AS A FUNCTION OF THEELECTRONIC-STRUCTURE OF TRANSITION-METALS, Russian journal of electrochemistry, 32(9), 1996, pp. 960-965
Citation: Am. Kuznetsov et Ig. Medvedev, ACTIVATION FREE-ENERGY OF THE NONADIABATIC PROCESSES OF ELECTRON-TRANSFER AND THE REORGANIZATION ENERGY OF THE INHOMOGENEOUS NONLOCAL MEDIUM, Journal of physical chemistry, 100(14), 1996, pp. 5721-5728
Citation: Ig. Medvedev, THE EXACT SOLUTION FOR THE ONE-LEVEL IMPURITY GREENS-FUNCTION IN THE CASE OF THE FILLED (OR EMPTY) SUBSTRATE ENERGY-BAND, Solid state communications, 96(10), 1995, pp. 779-783
Citation: Ig. Medvedev, EXACT CALCULATIONS OF THE DYNAMIC FORM-FACTOR OF HYDROGEN CHEMISORBEDON A TRANSITION-METAL WITH ONE-ELECTRON OR HOLE IN THE ENERGY-BAND, Surface science, 315(1-2), 1994, pp. 173-184
Citation: Ig. Medvedev, EFFECTS OF THE TRANSITION-METAL ELECTRONIC-STRUCTURE ON HYDROGEN EVOLUTION, Russian journal of electrochemistry, 29(9), 1993, pp. 956-960