J. Mrha

发表

Protection of sealed nickel-cadmium cells against cell voltage reversal II. Influence of the separator on the formation of cadmium bridges

J. Jindra, I. Mohyla, V. Fiala, 1985 .

Preparation and Electrochemical Behaviour of Poly(N-vinylcarbazole)

P. Novák, V. Papez, J. Mrha, 1988 .

Sealed NiCd cells: The temperature behaviour of electrodes in excess of electrolyte

J. Marek, J. Jindra, I. Mohyla, 1981 .

Plastic bonded electrodes for nickel-cadmium accumulators. III. Influence of active layer composition on galvanostatic and potentiostatic discharge curves

K. Micka, J. Jindra, J. Mrha, 1979 .

Influence of Fe(III) ions on the nickel hydroxide electrode during long-term cycling

R. Larsson, Börje Folkesson, I. Krejci, 1987 .

Zinc-air cell with neutral electrolyte

J. Jindra, J. Jindra, J. Mrha, 1973 .

Carbon electrodes with phthalocyanine catalyst in acid medium

J. Jindra, J. Mrha, M. Musilová, 1973 .

Plastic-bonded electrodes for nickel—cadmium accumulators. VIII. Study of oxygen recombination rate on plastic-bonded cadmium electrodes provided with active carbon catalyst☆

J. Garche, J. Jindra, M. Hauptmann, 1982 .

INFLUENCE OF THE OXYGEN PARTIAL PRESSURE ON THE POTENTIAL ESTABLISHMENT OF CHARCOAL DIFFUSION-ELECTRODES AND CONCLUSIONS ON THE MECHANISM

W. Vielstich, J. Mrha, 1967 .

Protection of sealed NiCd cells from cell voltage reversal: I. experimental conditions for the formation of cadmium bridges

J. Jindra, V. Fiala, J. Mrha, 1985 .

On the anomalous behaviour of deeply discharged, sealed Ni-Cd cells

J. Jindra, J. Mrha, M. Musilová, 1982 .

Plastic-bonded electrodes for nickel-cadmium accumulators: IX. Oxygen recombination rate on plastic-bonded cadmium electrodes with different active materials

J. Jindra, J. Mrha, M. Musilová, 1982 .

Plastic-bonded electrodes for nickel—cadmium accumulators: VII. Influence of different metal screens on the oxygen recombination rate on plastic-bonded cadmium electrodes

J. Jindra, J. Mrha, M. Musilová, 1981 .

Plastic-bonded electrodes for nickel-cadmium accumulators: VI. Oxygen recombination rate on sealed cell cadmium electrodes

J. Garche, J. Jindra, M. Hauptmann, 1981 .

Limitations in the use of plastic-bonded electrodes in sealed nickel-cadmium cells and their reasons: II. Button cells

P. Novák, J. Garche, K. Wiesener, 1987 .

On the effect of various active carbon catalysts on the behaviour of carbon gas-diffusion air electrodes: 2. Acid solutions

S. Gamburzev, A. Kaisheva, I. Iliev, 1976 .

Influence of mass transport on the performance of carbon gas-diffusion air electrodes in alkaline solution

S. Gamburzev, A. Kaisheva, I. Iliev, 1975 .

The influence of preparation conditions on the electrochemical behaviour of CuO in a Li/CuO cell

P. Novák, V. Manev, A. Nassalevska, 1985 .

Oxygen cycle in sealed leadacid batteries

K. Micka, J. Jindra, J. Mrha, 1989 .

Plastic-bonded electrodes for nickelcadmium accumulators. X. The nature of the second discharge step of nickel oxide electrodes

J. Vondrak, K. Micka, J. Mrha, 1982 .

ESCA and Mössbauer Investigations of Some Porous Teflon-Active Carbon-Phthalocyanine Electrodes.

S. Svensson, R. Larsson, B. Lindberg, 1972 .

Impedance characteristics of sealed lead/acid cells during galvanostatic charge

J. Jindra, J. Jindra, J. Mrha, 1992 .

Study of sealed lead/acid cells

J. Jindra, J. Mrha, M. Musilová, 1990 .

Influence of the electrolyte content of oxygen carbon gas-diffusion electrodes on their electro-chemical performance in acid solutions

S. Gamburzev, A. Kaisheva, I. Iliev, 1978 .

Oxygen cycle in sealed rechargeable cells

J. Jindra, J. Mrha, M. Musilová, 1990 .

Limitations in the use of plastic-bonded electrodes in sealed nickel—cadmium cells and their reasons I. Prismatic and cylindrical cells

J. Garche, K. Wiesener, J. Jindra, 1987 .