The impedance of sealed nickel/cadmium cells around a cell e.m.f. of 0.0 V was measured at five different temperatures between � 10 and +30 °C. The results show that the behaviour is similar at all temperatures. Based on the experimental results, the relation between charge-transfer resistance (Rct) and temperature (T) has been established for the Volmer reaction. Further, the value of cathodic transfer coefficient (?) has been estimated
In this paper we present a mathematical model of a sealed nickel-cadmium cell that includes proton d...
The a.c. impedance behaviour of a commercial sealed Li-ion cell is studied in the temperature range ...
The effect of tap water contaminants on the kinetics of the hydrogen evolution reaction on a nickel ...
The impedance of sealed nickel/cadmium cells around a cell e.m.f. of 0.0 V was measured at five diff...
The impedance of a dropping mercury electrode in 57% HI (7.6 M) was measured at temperatures between...
The impedance of sealed nickel/cadmium cells is measured at low states-of-charge that correspond to ...
The kinetics of the hydrogen electrode reaction on a platinized nickel electrode in alkaline solutio...
The impedance of the dropping mercury electrode in aqueous solutions in 1 M HCl, 7.5 M HCl and 5.2 M...
A steady-state method and ac impedance spectroscopy were used to investigate the hydrogen evolution ...
The maximum allowable temperature difference inside a nickel-hydrogen battery to avoid water relocat...
In this study, nickel pattern electrodes were electrochemically investigated in a three-electrode se...
The present paper reports an electrochemical study of hydrogen evolution reaction (HER), at commerci...
O " i absolute temperature, K open-circuit potential of nickel-cadmium battery at Cref = 7.1 mo...
In this study, nickel pattern electrodes were electrochemically investigated in a three-electrode se...
1208-1211Hydrogen evolution reaction has been studied on the nickel deposited electrode. Two reduct...
In this paper we present a mathematical model of a sealed nickel-cadmium cell that includes proton d...
The a.c. impedance behaviour of a commercial sealed Li-ion cell is studied in the temperature range ...
The effect of tap water contaminants on the kinetics of the hydrogen evolution reaction on a nickel ...
The impedance of sealed nickel/cadmium cells around a cell e.m.f. of 0.0 V was measured at five diff...
The impedance of a dropping mercury electrode in 57% HI (7.6 M) was measured at temperatures between...
The impedance of sealed nickel/cadmium cells is measured at low states-of-charge that correspond to ...
The kinetics of the hydrogen electrode reaction on a platinized nickel electrode in alkaline solutio...
The impedance of the dropping mercury electrode in aqueous solutions in 1 M HCl, 7.5 M HCl and 5.2 M...
A steady-state method and ac impedance spectroscopy were used to investigate the hydrogen evolution ...
The maximum allowable temperature difference inside a nickel-hydrogen battery to avoid water relocat...
In this study, nickel pattern electrodes were electrochemically investigated in a three-electrode se...
The present paper reports an electrochemical study of hydrogen evolution reaction (HER), at commerci...
O " i absolute temperature, K open-circuit potential of nickel-cadmium battery at Cref = 7.1 mo...
In this study, nickel pattern electrodes were electrochemically investigated in a three-electrode se...
1208-1211Hydrogen evolution reaction has been studied on the nickel deposited electrode. Two reduct...
In this paper we present a mathematical model of a sealed nickel-cadmium cell that includes proton d...
The a.c. impedance behaviour of a commercial sealed Li-ion cell is studied in the temperature range ...
The effect of tap water contaminants on the kinetics of the hydrogen evolution reaction on a nickel ...