| Title: | Technology of forming nanopowder of rare earth elements oxides with controlled composition, morphological and structural characteristics. |
| Type of product: | Release of new product: technologyeconomy of energy resources |
| Description: | Lu2O3 ultrafine powders synthesized by low temperature crystallization of amorphous-crystalline precursor LuOHCO3ˑnH2O at 800 °C. Powders consist of isomorphic form monocrystalline weakly agglomerated particles and characterized by an average particle size of 25 nm, coherent scattering region ~ 21 nm and specific surface area 25 m2/g.
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| Technical advantages: | Obtained Lu2O3 ultrafine powders characterized by a low level of agglomeration and smaller size distribution compared to commercial analogue.
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| The economic benefits: | Carrying out initial nanopowder synthesis process at low temperatures can reduce the cost compared to other methods for their preparation.
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| The impact on the environment. Environment: | Using technology provides for low-temperature synthesis of initial nanopowders from aqueous solutions so it is environmentally safe.
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| The stage of completion: | Report on R & D (OCD)Тest sample |
| Implementation: | not implemented |
| Intellectual Property Rights: | By treatyReceived a patent |
| Forms and conditions of transfer of products: | Sell products |
