The heterostructures

Description
Based on A2B6/A3N heterostructures growth in MBE reactors microchip laser converters having the spectral range 500 - 560 nm are designed and developed.[br][/br]The technology of A3N (ALInGaN) heterostructure growth in MBE reactors is developed in cooperation with the A.F. Ioffe Physical-Technical Institute of the Russian Academy of Sciences (St. Petersburg). The most low-threshold optically pumped lasers and LEDs[br][/br]operating in far ultraviolet spectral range of 260-340 nm are created. These sources are promising for systems of UV disinfection and purification of air and water,[br][/br]phototherapy, banknote identification and etc.[br][/br][url=http://ictt.by/Docs/tp/misc/InstPhysics/04_InstPhysics.pdf]Presentation1[/url][br][/br][url=http://ictt.by/Docs/tp/misc/InstPhysics/05_InstPhysics.pdf]Presentation2[/url]

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Technology Type
 Process
 Material


Technology Differentiation and Uniqueness
new processes, new technologies

Technological Keywords
heterostructures, MBE reactors, microchip laser converters, the spectral range cooperation low-threshold optically pumped lasers, LEDs operating.

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Development Stage
 Prototype (demonstration available for testing)
 Results of demonstration test available
 Currently in use/production

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Intellectual Property Rights
 Secret Know-How

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Range of Applications
UV disinfection and purification of air and water, phototherapy, banknote identification and etc.

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Classifier Used at the Enterprise Europe Network
 Chemicals
 Environment
 Materials

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Classifier Used at the Technology Transfer Network of yet2.com Inc.
 Environmental
 Materials
 Optics
 Physics

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Preferable Regions
 North America
 South America
 Europe
 Asia
 Africa
 Australia

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Environmental Impact
no

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Type of Collaboration Sought
 R&D Contract
 License
 For Sale

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Terms&Restrictions
no

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