Submit an Article
Become a reviewer
Vol 165
Pages:
101-103
Download volume:
RUS
Research article
Without section

Carbonyl penonickel is a promising material for battery industry

Authors:
V. F. Kozyrev1
yu. N. Lisakov2
About authors
  • 1 — OAO Gipronickel Institute
  • 2 — OAO Gipronickel Institute
Date submitted:
2004-12-09
Date accepted:
2005-01-18
Date published:
2005-11-22

Abstract

The process of carbonyl nickel foam production was developed by engineers of Gipronickel Institute. The technology has the following characteristics: high chemical purity, porosity-95%, various pore diameters (180-200, 300-350 and 450-500 microns), specified surface density and thickness 1-3 mm. Samples of foamed nickel were tested at various Russian battery companies. The test results clearly showed the superiority of batteries based on foamed nickel developed at OAO Gipronickel Institute over batteries using electrolytic foamed nickel. On the basis of the data obtained in the course of various studies, design work was initiated to create an industrial plant for domestic production of carbonyl phenonickel.

Go to volume 165

Similar articles

Mathematical modeling of the effect of mining shocks on mine workings
2005 V. V. Karpenko, A. V. Karpenko
Investigation of crystallization patterns of high copper/nickel ratio matte with increased copper/nickel ratio
2005 I. G. Fokeeva, L. B. Tsymbulov, L. N. Ertseva
Principles of construction and examples of realization of intellectual simulators for ore-thermal production
2005 T. B. Chistyakova, O. V. Ershova
Synthesis and research of cobalt and nickel oxides state in porous glass
2005 O. Yu. Solomatina
Advantages of STATCOM application in the scheme of metallurgical enterprise feeding
2005 L. L. Balyberdin, B. N. Kutsenko, M. I. Mazurov, A. V. Nikolaev
Determination of the degree of chemical interactions in the process of atmospheric copper leaching of nickel-cobalt solution with highly-coppered Feinstein
2005 A. V. Vydysh, M. N. Naftal, A. F. Petrov, I. V. Batsunova, A. G. Morachevskii