2. NANOTECHNOLOGY IN ELECTRONICS
Today micro electronics are used and they solve our most of
problem.
The two exceptional disadvantages of microelectronics are:
physical size .
Inceasing cost of fabrication of integrated circuit.
To overcome these dis advantages nanotechnology can be used
Nanotechnology is playing a vital role in the development of
physical electronics .only by manipulating the nanoscale structue
3.
4. NANOTECHNOLOGY IN AGRICULTURE
Nanotechnology is capable of being used in agricultural products
that protect plants and monitor plant growt and detect diseases.
Scientists are still seeking for the new application of nanotechnology
in agriculture.
Nanosensors disprsed in the field can also detect the presence of
plant viruses and the nutrient present in the soil.
Nanoencapsulated fertilizer has also became a trend to save excess
Fertilizer consumption and prevent soil pollution.
5. NANOTECHNOLOGYIN FOOD INDUSTRY
Nanotechnology in food industry are used as:
• Food packaing applications e:g plastic polymer
containing or coatd
With nanoparticles for improved mechanical functional
properties.
• Nanocoating on food contact surfaces for barrier and
antimicrobial
Properties.
• Nanosnsors for food labelling.
• To enhance food nutition and flavor.
7. NANOTECHNOLOGY AND THE
ENVIRONMENT
Nanotechnology has the potential to substantially benefit
Environmntal qualityand sustain ability through
• Pollution prevention
• Treatmnt
• Remidiation
• information
8. NANOTECHNOLOGY IN COSMETICS
o Mineral based cosmetic ingredients witn nanosized
dimensions.
• some cosmetic products such as sun screen,use mineral based materials
And their performances depend upon their particle size.usually ranges 20 nm.
o Nanocapsuls.
• nanocapsules are used which decreases th penetration of uv light into the
skin.
o Nanosilvr and Nanogold.
• Nanosized bacteria is used in disinfecting bacteria in the mouth.
• Antibacterial activities of silver has the range of application.