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1. The world's first graphene car in Manchester came out July 22, the world's first use of graphene as a body material car debut in Manchester, by the Briggs car company in Liverpool. The BAC Mono sports car with graphene-added material has passed the road test and will be shown at the National Graphene Research Center in Manchester as part of the City Science Festival on July 22-29. "The graphene...
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Known as the "king of new materials", Graphene nanoparticles not only attracts the attention of the society in the fields of electronic products, new energy batteries, and aerospace, but is also regarded as the key to the next medical transformation in the medical field. Recently, the research team at the University of Olomouc in the Czech Republic announced the use of graphene to develop the worl...
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When the size of the nano-ferric oxide particles is reduced to the nanometer order, due to the small size effect, surface effect, quantum size effect and macroscopic quantum tunneling effect of the nanoparticles, it has a special difference from the conventional bulk materials. Magnetic properties. This also makes it have special applications in the fields of industry, biomedicine and so on. 1.Mag...
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Preparation of kerosene-based magnetic fluid of Fe3O4 In this experiment, analytically pure ferric chloride, ferric chloride and ammonia (NH3 content 25%) were used to prepare magnetic particles of Fe3O4 according to chemical coprecipitation method. The chemical reaction equation is 2FeCl3·6H2O+FeCl2·4H2O+8NH3·H2O= Fe3O4+8NH4Cl+24H2O (1) In the dissolution process, FeCl2·4H2O blue-green crystals a...
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Ferric oxide Nanopowder is a crystal, and its internal molecules are arranged in a regular manner, and the molecular current orientation is uniform, resulting in magnetic properties. When the magnet is brought close to the ferromagnetic substance, it is magnetically affected by the magnet, and the internal molecular current of the ferromagnetic substance tends to be regularly oriented and mag...
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As the anode material of lithium ion battery, silicon nanopowder has the highest theoretical specific capacity (up to 4200 mAh/g), which is much higher than the carbon powder widely used at present, but the biggest disadvantage of silicon powder as the negative electrode of lithium ion battery is the process of alloying with lithium. In the case of a large volume change, the active material is det...
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ATO (Antimony Tin Oxide) nano-ultrafine powder with non-resistive transparent conductivity in the semiconductor field, can be used in various glass, plastic and various resins to achieve transparent, conductive, anti-static radiation, UV-blocking And infrared effect. ATO powder is a kind of transparent conductive, antistatic, heat-insulating, anti-ultraviolet and other functional raw materials wid...
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Copper nanopowder has a spherical shape, uniform particle size, large crystallinity, high product purity, high surface activity, easy dispersion and industrial application. Ultrafine particulate material refers to a powder having a particle size between 1 and 100 nm, also known as a nanoparticulate material. Nanoparticles have small size effects, large specific surface and macroscopic quantum tunn...
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As a drug carrier: Hydroxyapatite nanopowder have many advantages such as good biocompatibility, low pH sensitivity, controllable structure, large drug loading and high encapsulation efficiency, and are widely used as drug carriers. At the same time, the synthetic hydroxyapatite is surface-modified to load a specific drug, and can also solve the problem of release of drug release. Hydroxyapatite i...
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As a sensor material: TiO2 nanopowder can be used not only for moisture sensitive and pressure sensitive components, but also as a sensor material for detecting multiple gases. TiO2 nanoparticle as a catalyst carrier: Since researchers discovered strong interactions between certain metals and TiO2 carriers in 1978, most of the scientists in the field of catalysts in various countries have used TiO...
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Specification of titanium dioxide nanopowder: The particle size is very small: an average particle size of 5 nm. Good dispersion performance: 5 nm titanium dioxide has good dispersibility and can be self-dispersed into pure water without stirring. The dispersed liquid can be sprayed onto the surface of the furniture and the wall to form a uniform nano-coating to purify the indoor air. High catalyt...
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Physical properties of tantalum powder The thickness of Ta powder is due to the atomic number of Ta being 73, the atomic mass is close to 181, the density is 16.65g/m3, the texture is blue-gray, the hardness is 6-6.5, and the melting point is as high as 2996°C, second only to carbon, Tungsten, tantalum and niobium; Tantalum is a rare transition metal suitable for replacing platinum as a laboratory...
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