The Experts below are selected from a list of 132 Experts worldwide ranked by ideXlab platform
Hiroshi Inoue - One of the best experts on this subject based on the ideXlab platform.
-
charge discharge characteristics of Nickel Zinc Battery with polymer hydrogel electrolyte
Journal of Power Sources, 2005Co-Authors: Chiaki Iwakura, Hiroki Murakami, Shinji Nohara, Naoji Furukawa, Hiroshi InoueAbstract:Abstract A new Nickel/Zinc (Ni/Zn) Battery was assembled by using polymer hydrogel electrolyte prepared from cross-linked potassium poly(acrylate) and KOH aqueous solution, and its charge–discharge characteristics were investigated. The experimental Ni/Zn cell with the polymer hydrogel electrolyte exhibited well-defined charge–discharge curves and remarkably improved charge–discharge cycle performance, compared to that with a KOH aqueous solution. Moreover, it was found that dendritic growth hardly occurred on the Zinc electrode surface during charge–discharge cycles in the polymer hydrogel electrolyte. These results indicate that the polymer hydrogel electrolyte can successfully be used in Ni/Zn batteries as an electrolyte with excellent performance.
-
Charge–discharge characteristics of Nickel/Zinc Battery with polymer hydrogel electrolyte
Journal of Power Sources, 2005Co-Authors: Chiaki Iwakura, Hiroki Murakami, Shinji Nohara, Naoji Furukawa, Hiroshi InoueAbstract:Abstract A new Nickel/Zinc (Ni/Zn) Battery was assembled by using polymer hydrogel electrolyte prepared from cross-linked potassium poly(acrylate) and KOH aqueous solution, and its charge–discharge characteristics were investigated. The experimental Ni/Zn cell with the polymer hydrogel electrolyte exhibited well-defined charge–discharge curves and remarkably improved charge–discharge cycle performance, compared to that with a KOH aqueous solution. Moreover, it was found that dendritic growth hardly occurred on the Zinc electrode surface during charge–discharge cycles in the polymer hydrogel electrolyte. These results indicate that the polymer hydrogel electrolyte can successfully be used in Ni/Zn batteries as an electrolyte with excellent performance.
Z. P. Arkhangel'skaya - One of the best experts on this subject based on the ideXlab platform.
-
Effect of the Electrolyte Concentration on the Reversibility of a Nickel Oxide Electrode in a Nickel-Zinc Battery
Russian Journal of Applied Chemistry, 2005Co-Authors: Z. P. Arkhangel'skaya, M. M. Loginova, T. B. Kas'yan, A. V. Krasnobryzhii, E. V. ApollonovaAbstract:The degree of charging of a Nickel oxide electrode composed of spherical Nickel hydroxide in a Nickel-Zinc Battery was studied in anodic oxidation of the electrode in KOH solutions of different concentrations, containing hydroxoZincate ions.
-
Effect of Lanthanide Additives to a Nickel Oxide Electrode of a Sealed Nickel-Zinc Battery on the Self-Discharge and Hydrogen Pressure
Russian Journal of Applied Chemistry, 2005Co-Authors: Z. P. Arkhangel'skaya, M. M. Loginova, T. B. Kas'yan, A. I. Demidov, E. V. ApollonovaAbstract:The influence exerted by addition of a Nickel-based alloy containing lanthanides (La, Ce, Nd, Pr) to the active paste of a Nickel oxide electrode on the self-discharge and hydrogen pressure in a sealed Nickel-Zinc Battery was studied.
-
Gas Evolution and Absorption in a Sealed Nickel-Zinc Battery with Nickel Oxide Electrode Fabricated from Spherical Nickel Hydroxide
Russian Journal of Applied Chemistry, 2004Co-Authors: Z. P. Arkhangel'skaya, M. M. Loginova, T. B. Kas'yan, D. A. VinogradovaAbstract:The range of variation of the barometric parameters of a sealed Nickel-Zinc Battery with Nickel oxide electrode made of spherical Nickel hydroxide was studied under the conditions of cycling and exposure in charged and discharged states.
-
Influence of Cobalt Intercalation on Processes in a Nickel-Zinc Battery with Nickel Oxide Electrode Fabricated from Spherical Nickel Hydroxide
Russian Journal of Applied Chemistry, 2003Co-Authors: Z. P. Arkhangel'skaya, M. M. Loginova, T. B. Kas'yan, L. B. Raikhel'sonAbstract:The influence of cobalt on processes that occur in a Nickel oxide electrode of a Nickel-Zinc Battery, fabricated from spherical Nickel hydroxide on foamed Nickel support, was studied.
-
Influence of Zinc Intercalation on Processes in Nickel Oxide Electrode and on Service Life of Nickel-Zinc Battery
Russian Journal of Applied Chemistry, 2003Co-Authors: Z. P. Arkhangel'skaya, T. B. Kas'yan, M. M. LoginovaAbstract:The dependence of capacity and service life of a Nickel-Zinc Battery on the mechanism of Zinc transfer and the rate of Zinc intercalation into Nickel oxide electrodes differing in the conductivities of the active paste and porous structures was studied.
M. M. Loginova - One of the best experts on this subject based on the ideXlab platform.
-
Effect of the Electrolyte Concentration on the Reversibility of a Nickel Oxide Electrode in a Nickel-Zinc Battery
Russian Journal of Applied Chemistry, 2005Co-Authors: Z. P. Arkhangel'skaya, M. M. Loginova, T. B. Kas'yan, A. V. Krasnobryzhii, E. V. ApollonovaAbstract:The degree of charging of a Nickel oxide electrode composed of spherical Nickel hydroxide in a Nickel-Zinc Battery was studied in anodic oxidation of the electrode in KOH solutions of different concentrations, containing hydroxoZincate ions.
-
Effect of Lanthanide Additives to a Nickel Oxide Electrode of a Sealed Nickel-Zinc Battery on the Self-Discharge and Hydrogen Pressure
Russian Journal of Applied Chemistry, 2005Co-Authors: Z. P. Arkhangel'skaya, M. M. Loginova, T. B. Kas'yan, A. I. Demidov, E. V. ApollonovaAbstract:The influence exerted by addition of a Nickel-based alloy containing lanthanides (La, Ce, Nd, Pr) to the active paste of a Nickel oxide electrode on the self-discharge and hydrogen pressure in a sealed Nickel-Zinc Battery was studied.
-
Processes in a Nickel-Zinc Battery with a Negative Electrode Containing a Calcium Hydroxide Additive
Russian Journal of Applied Chemistry, 2005Co-Authors: Z. P. Arkhangel’skaya, M. M. Loginova, A. V. Krasnobryzhii, T. B. Kas’yan, D. A. VinogradovaAbstract:The influence exerted by a calcium hydroxide additive introduced into the negative electrode on the serviceability of a sealed Nickel-Zinc Battery with a Nickel oxide electrode fabricated from spherical Nickel hydroxide on a foamed-Nickel support was studied.
-
Gas Evolution and Absorption in a Sealed Nickel-Zinc Battery with Nickel Oxide Electrode Fabricated from Spherical Nickel Hydroxide
Russian Journal of Applied Chemistry, 2004Co-Authors: Z. P. Arkhangel'skaya, M. M. Loginova, T. B. Kas'yan, D. A. VinogradovaAbstract:The range of variation of the barometric parameters of a sealed Nickel-Zinc Battery with Nickel oxide electrode made of spherical Nickel hydroxide was studied under the conditions of cycling and exposure in charged and discharged states.
-
Influence of Cobalt Intercalation on Processes in a Nickel-Zinc Battery with Nickel Oxide Electrode Fabricated from Spherical Nickel Hydroxide
Russian Journal of Applied Chemistry, 2003Co-Authors: Z. P. Arkhangel'skaya, M. M. Loginova, T. B. Kas'yan, L. B. Raikhel'sonAbstract:The influence of cobalt on processes that occur in a Nickel oxide electrode of a Nickel-Zinc Battery, fabricated from spherical Nickel hydroxide on foamed Nickel support, was studied.
Chiaki Iwakura - One of the best experts on this subject based on the ideXlab platform.
-
charge discharge characteristics of Nickel Zinc Battery with polymer hydrogel electrolyte
Journal of Power Sources, 2005Co-Authors: Chiaki Iwakura, Hiroki Murakami, Shinji Nohara, Naoji Furukawa, Hiroshi InoueAbstract:Abstract A new Nickel/Zinc (Ni/Zn) Battery was assembled by using polymer hydrogel electrolyte prepared from cross-linked potassium poly(acrylate) and KOH aqueous solution, and its charge–discharge characteristics were investigated. The experimental Ni/Zn cell with the polymer hydrogel electrolyte exhibited well-defined charge–discharge curves and remarkably improved charge–discharge cycle performance, compared to that with a KOH aqueous solution. Moreover, it was found that dendritic growth hardly occurred on the Zinc electrode surface during charge–discharge cycles in the polymer hydrogel electrolyte. These results indicate that the polymer hydrogel electrolyte can successfully be used in Ni/Zn batteries as an electrolyte with excellent performance.
-
Charge–discharge characteristics of Nickel/Zinc Battery with polymer hydrogel electrolyte
Journal of Power Sources, 2005Co-Authors: Chiaki Iwakura, Hiroki Murakami, Shinji Nohara, Naoji Furukawa, Hiroshi InoueAbstract:Abstract A new Nickel/Zinc (Ni/Zn) Battery was assembled by using polymer hydrogel electrolyte prepared from cross-linked potassium poly(acrylate) and KOH aqueous solution, and its charge–discharge characteristics were investigated. The experimental Ni/Zn cell with the polymer hydrogel electrolyte exhibited well-defined charge–discharge curves and remarkably improved charge–discharge cycle performance, compared to that with a KOH aqueous solution. Moreover, it was found that dendritic growth hardly occurred on the Zinc electrode surface during charge–discharge cycles in the polymer hydrogel electrolyte. These results indicate that the polymer hydrogel electrolyte can successfully be used in Ni/Zn batteries as an electrolyte with excellent performance.
L. B. Raikhel'son - One of the best experts on this subject based on the ideXlab platform.
-
Influence of Cobalt Intercalation on Processes in a Nickel-Zinc Battery with Nickel Oxide Electrode Fabricated from Spherical Nickel Hydroxide
Russian Journal of Applied Chemistry, 2003Co-Authors: Z. P. Arkhangel'skaya, M. M. Loginova, T. B. Kas'yan, L. B. Raikhel'sonAbstract:The influence of cobalt on processes that occur in a Nickel oxide electrode of a Nickel-Zinc Battery, fabricated from spherical Nickel hydroxide on foamed Nickel support, was studied.
-
Nickel-Zinc Battery with Nickel Oxide Electrode Made of Spherical Nickel Hydroxide on Foamed Nickel Support
Russian Journal of Applied Chemistry, 2003Co-Authors: M. M. Loginova, T. B. Kas'yan, Z. P. Arkhangel'skaya, L. B. Raikhel'sonAbstract:Electrochemical and working characteristics of a Nickel-Zinc Battery with Nickel oxide electrode made of spherical Nickel hydroxide on foamed Nickel support were determined.
-
Processes in a Nickel-Zinc Battery with Nickel Oxide Electrode Fabricated from Spherical Nickel Hydroxide
Russian Journal of Applied Chemistry, 2003Co-Authors: Z. P. Arkhangel'skaya, M. M. Loginova, T. B. Kas'yan, L. B. Raikhel'sonAbstract:Processes occurring in a cycled Nickel-Zinc Battery with positive Nickel oxide electrode fabricated from spherical Nickel hydroxide on foamed-Nickel support and the influence exerted by its physicochemical parameters on changes in the electrolyte composition and on inter- and intraelectrode mass transfer of Zinc was studied.
-
Participation of Zincate Ions in Processes Occurring on Nickel Oxide Electrode of Nickel-Zinc Battery
Russian Journal of Applied Chemistry, 2001Co-Authors: Z. P. Arkhangel'skaya, T. B. Kas'yan, R. P. Ivanova, L. B. Raikhel'sonAbstract:A mechanism of Zinc transfer from the negative to the positive electrode of a Nickel-Zinc Battery was studied.