Simply put, materials whose dimensions are in the range of 1 to 100 nanometers are called nanomaterials. It may be a little difficult to understand the phrase “one of the dimensions”. To explain this concept, we use an example of a nanotube. A nanotube is a tubular structure with a diameter of about 1 to 100 nanometers; But its length does not have to be on this scale. For more information about nano Liquid disinfectant soap, visit our site.
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Nanomaterials with nanometer size in all three dimensions are called zero dimensional nanomaterials. In most scientific articles, these materials are called nanoparticles. Nanoparticles are spherical, elliptical, cubic, prismatic, columnar, etc., depending on their application. It can be done in various ways such as. Zero-dimensional nanomaterials can also consist of one component or a combination of several components. For example, alloy metal nanoparticles also fall into this category. One-dimensional nanomaterials Nanowires, nanorodes, nanotubes and nanofibers are parts of one-dimensional nanomaterials.
The main influencing factor in one dimensional nanomaterials is the length / diameter ratio (L / d). This ratio plays an important role in most applications of these materials. For example, when these materials are used as reinforcements in nanocomposites, the length / diameter ratio of one-dimensional nanomaterials has critical effects on the mechanical properties of the composite. Another important point in these nanomaterials is their electrical conductivity along the wire axis. For this reason, nanowires make very small computers at very high speeds, make very small lasers, diagnose diseases, magnetic memories, etc.
It has many applications in various fields such as. One of the important applications of nanotechnology is the production of complex compounds from several different materials. For example, using pipes, wires and nanoparticles, multifunctional products with a new structure with both the properties of each of the constituent elements and improved applications are produced. These materials are used in medical sciences, visual, electronic and magnetic devices. Tens of nanoseconds of black carbon are also used to strengthen vehicle tires. A nano-sized type of clay is also used to make durable vehicle bumpers.
The use of nano-sized or multi-atom-coated coatings has created special possibilities. Recently, glass has been coated with highly active titanium dioxide. These glasses are antibacterial, water repellent and chemical destroyer and they clean themselves automatically. Another application of nanomaterials is to make very scratch-resistant coatings in one or more layers on the main layer. Countless groups of breathable, waterproof and stain-resistant fabrics with pore control and surface roughness in nanoscale are made of polymeric and inorganic materials. For more information about nanoproducts, visit our site.
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