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англ презентация
Содержание
- 1. англ
- 2. The application nanotechnology in chemistry Production of
- 3. Production of nanosized catalysts Graphene can
- 4. Production of nanosized catalysts The optimal
- 5. Obtaining of nanodiamond The structure of nanodiamond Photograph of the explosive charge
- 6. Application of nanodiamond Medical therapy
- 7. Obtaining materials that are a molecular sieve
- 8. Application of Porous silicon Biological implants
The application nanotechnology in chemistry Production of nanosized catalysts Obtaining of various carbon nanostructures Obtaining materials that are a molecular sieve with a precisely specified pore size
Слайд 2The application nanotechnology in chemistry
Production of nanosized catalysts
Obtaining of various carbon
nanostructures
Obtaining materials that are a molecular sieve with a precisely specified pore size
Obtaining materials that are a molecular sieve with a precisely specified pore size
Слайд 3Production of nanosized catalysts
Graphene can work as substitute for platinum as
a catalyst
Laser-induced graphene (LIG)
Слайд 4Production of nanosized catalysts
The optimal dose of nanosized SnO2 was 0.1
g, and this is equivalent to the amount of industrial SnO2 0.5 g.
Слайд 6Application of nanodiamond
Medical therapy
quantum information processing, sensors and studies into
the fundamental physics of quantum mechanics
Слайд 7Obtaining materials that are a molecular sieve with a precisely specified
pore size
Porous Silicon
SEM images (in different scales) of the PSi surface layer with silver nanoparticles, which is obtained by Ag+ ion implantation of singlecrystal Si.
