An electrochemically impregnated sintered-nickel porous electrode with a capacity of 225 ± 10 mAh per g of active material has been developed. This capacity is comparable with any state-of-the-art nickel hydroxide electrode reported in the literature, such as the stabilized α-nickel hydroxides that contain aluminium, iron and other trivalent cations. A technical update on various types of nickel positive electrodes is given
Sintered nickel electrodes were prepared from nickel powder ob-tained by thermolysis of Ni(NO3)2 &sd...
Although the pulse-current electrodeposition method is a commonly used technique, it has not been wi...
Layered double hydroxides (LDHs) of nickel with aluminium, chromium, manganese and iron, with the sa...
Nickel-positive electrodes obtained by electrochemical impregnation of aluminum-substituted α-nicke...
An electrochemically impregnated sintered-nickel porous electrode with a capacity of 225 ± 10 mAh pe...
An electrochemically impregnated sintered-nickel porous electrode with a capacity of 225 +/- 10 mAh ...
An electrochemically impregnated sintered-nickel porous electrode with a capacity of 225 +/- 10 mAh ...
Nickel-positive electrodes obtained by electrochemical impregnation of aluminum-substituted alpha-ni...
The electrochemical impregnation of nickel hydroxide in porous electrode was investigated both exper...
Nickel-positive electrodes obtained by electrochemical impregnation of aluminum-substituted alpha-ni...
Nickel-positive electrodes obtained by electrochemical impregnation of aluminum-substituted alpha-ni...
The internal resistance of a stabilized α-nickel hydroxide electrode is found to be lower than that...
Although the pulse-current electrodeposition method is a commonly used technique, it has not been wi...
Although the pulse-current electrodeposition method is a commonly used technique, it has not been wi...
Although the pulse-current electrodeposition method is a commonly used technique, it has not been wi...
Sintered nickel electrodes were prepared from nickel powder ob-tained by thermolysis of Ni(NO3)2 &sd...
Although the pulse-current electrodeposition method is a commonly used technique, it has not been wi...
Layered double hydroxides (LDHs) of nickel with aluminium, chromium, manganese and iron, with the sa...
Nickel-positive electrodes obtained by electrochemical impregnation of aluminum-substituted α-nicke...
An electrochemically impregnated sintered-nickel porous electrode with a capacity of 225 ± 10 mAh pe...
An electrochemically impregnated sintered-nickel porous electrode with a capacity of 225 +/- 10 mAh ...
An electrochemically impregnated sintered-nickel porous electrode with a capacity of 225 +/- 10 mAh ...
Nickel-positive electrodes obtained by electrochemical impregnation of aluminum-substituted alpha-ni...
The electrochemical impregnation of nickel hydroxide in porous electrode was investigated both exper...
Nickel-positive electrodes obtained by electrochemical impregnation of aluminum-substituted alpha-ni...
Nickel-positive electrodes obtained by electrochemical impregnation of aluminum-substituted alpha-ni...
The internal resistance of a stabilized α-nickel hydroxide electrode is found to be lower than that...
Although the pulse-current electrodeposition method is a commonly used technique, it has not been wi...
Although the pulse-current electrodeposition method is a commonly used technique, it has not been wi...
Although the pulse-current electrodeposition method is a commonly used technique, it has not been wi...
Sintered nickel electrodes were prepared from nickel powder ob-tained by thermolysis of Ni(NO3)2 &sd...
Although the pulse-current electrodeposition method is a commonly used technique, it has not been wi...
Layered double hydroxides (LDHs) of nickel with aluminium, chromium, manganese and iron, with the sa...