FIELD: power engineering.
SUBSTANCE: method to produce a composite NiO/C material containing 15-60% NiO and representing crystallites β-NiO evenly distributed on a carbon carrier surface with the average size of 2-5 nm, is based on production of NiO nanoparticles as a result of electrochemical oxidation and destruction of two nickel electrodes in solutions of alkaline metal hydroxides with concentration of 2 mole/l under action of AC current with frequency of 50 Hz at average value of current referred to a unit of electrode surface area making 0.3-1.5 A/cm2, with simultaneous deposition of produced nickel oxide nanoparticles onto the carbon carrier, subsequent filtration of the produced suspension, washing of composite by distilled water and its drying at 80°C for 1 hour.
EFFECT: invention makes it possible to increase quality of produced material due to absence of admixtures and to reduce costs for its production.
4 ex
| Title | Year | Author | Number | 
|---|---|---|---|
| METHOD FOR ELECTROCHEMICAL PRODUCTION OF PT-NIO/C CATALYST | 2012 | 
 | RU2486958C1 | 
| METHOD OF PRODUCING CATALYST WITH PLATINUM ALLOY NANOPARTICLES | 2011 | 
 | RU2455070C1 | 
| METHOD FOR ELECTROCHEMICAL PRODUCTION OF NiO/C COMPOSITE MATERIAL | 2012 | 
 | RU2501127C1 | 
| METHOD OF OBTAINING ELECTRODE MATERIALS FOR FUEL CELLS AND SUPERCAPACITORS | 2018 | 
 | RU2678438C1 | 
| ELECTROCHEMICAL PROTECTION METHOD FOR TEXTILE PRODUCTS AGAINST STATIC ELECTRICITY | 2013 | 
 | RU2535276C1 | 
| METHOD OF PRODUCING CATALYST WITH PLATINUM NANOPARTICLES | 2009 | 
 | RU2424850C2 | 
| METHOD OF PRODUCING PLATINUM COLLOIDAL SOLUTIONS | 2009 | 
 | RU2424051C2 | 
| METHOD OF PRODUCING COMPOSITE MATERIAL BASED ON MODIFIED THERMALLY EXPANDED GRAPHITE | 2014 | 
 | RU2576637C1 | 
| METHOD OF OBTAINING COPPER (I) OXIDE | 2014 | 
 | RU2570086C2 | 
| METHOD FOR DEPOSITION OF LEAD CHALCOGENIDES SEMICONDUCTOR NANOPARTICLES FROM COLLOIDAL SOLUTIONS | 2015 | 
 | RU2587537C1 | 
Authors
Dates
2012-04-27—Published
2010-10-04—Filed