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Nanotechniques can be applied in many different settings and many different applications. It crosses industries, enabling achievements in areas such as manufacturing, medicine, space travel, energy, and the environment. The techniques being developed for creating and manipulating particles at the nano level hold out the hope for curing diseases such as cancer, cleaning our air, and producing cheap energy.
Think of some other scientific disciplines. Medicine pertains only to healthcare; astronomy is lost in the stars; zoologists focus on animals. But nanotechnology doesn’t have that single focus; in that respect, it’s more like physics or chemistry, scientific disciplines whose discoveries can be used in many areas and many industries and with many other sciences
Nano is also used in many commercial settings, many of which you’ll hear about in more detail in subsequent chapters. For example, nano materials are used to
Add strength to materials used in products ranging from tennis rackets to windmills
Act as catalysts in chemical manufacturing
Help absorption of drugs into the body
Add stain resistance to fabrics used in clothing
Make medical imaging tools such as MRIs function more accurately
Improve the efficiency of energy sources such as batteries and fuel cells
Purify drinking water and clean up our air
Carbon Nanotubes Iron Catalyst
Nanoshel’s Carbon Nanotubes Iron Catalyst in products from the arc discharge of graphite rods, various methods ofgrowing carbon nanotubes such as catalytic chemical vapor deposition (CVD), plasma CV ...
Carbon Nanotube Nickel
Nickel applications in the areas of molecular electronic devices, nanocomposites, and electron field emission have been proposed or explored. The nature of their structure and chemical bonding, carbon ...
Carbon Doped Boron Nitride Nanotubes
Nanoshel’s Carbon Doped Boron Nitride Nanotubes have been increasingly investigated for use in a wide range of applications due to their unique physicochemical properties including high hydrophobici ...
The unique properties of Nanoshel’s Peg-Modified Biopharmaceuticals CNT make them a highly interesting and demandable nanocarrier in the field of nanoscience. Peg-Modified Biopharmaceuticals CNT fac ...
Single-Walled Carbon Nanotube Electronics
Nanoshel’s Single-Walled Carbon Nanotube Electronics, with their miniature size, low structural defects, and various other superior properties, are very attractive nanomaterials as basis for future ...
Semiconductor Single Walled Nano Tubes
Nanoshel’s Semiconductor Single Walled Nano Tubes can be conducting or semi-conducting types depending on the type of chirality Semiconducting SWNTs are usually in the form of p-type semiconductors ...
Electrical Conductivity Carbon Nanotubes
Electrical Conductivity Carbon Nanotubes reportedly have extremely high surface areas, large aspect ratios, and remarkably high mechanical strength. The tensile strength of CNTs is 100 times greater t ...
Carbon Nanotubes Electronics
NANOSHEL’S Carbon Nanotubes Electronics have many potential applications in electronics and photonics. Photoconductive detection is apparently very weak, but have reported a sensitive bolometric Ne ...