Grafen, the youngest member of the carbon nanomaterials family, was introduced to the world of science and technology in 2004 by Andre Gaim and Konstantin Novoself at the University of Manchester Center and was awarded the 2010 Nobel Prize in Physics, which was awarded to the two scientists. Graphene’s exploration turned a wide wave of scientific research and activity into this “amazing material” of the 21st century. Ask us for the synthesis of graphene oxide nanoparticles.
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Our company, which is active in the sale of industrial and laboratory chemicals, is ready to provide services in the field of selling graphene oxide nanoparticles according to the needs of customers. Graphene varieties with different grades and production of reputable companies active in the field of nanomaterials are available on this site.Graphene is a single-layer, flat material composed of carbon atoms bonded together in a two-dimensional, beehive-like lattice. Or to put it more simply, if we consider graphite to be a booklet of parallel pages, each sheet is called graphene.
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In recent years, the use of nanoparticles in areas such as medicine, agriculture, industry and the environment has expanded significantly. In medicine, different types of these nanoparticles are used for purposes such as treating cancers, wounds, infections, and drug transmission. Graphene, meanwhile, is a new two-dimensional material that has been widely used in electronics and medicine due to its special properties such as high cross-sectional area, high electrical and thermal conductivity, mechanical tensile strength and low production cost.
Today, for example, graphene nanoparticles are used in drug release, biosensors, imaging, and antimicrobial compounds. Graphene was synthesized from natural graphite powder using the Hammer method.
The toxicity of this nanoparticle was then investigated at concentrations of 1, 10 and 100 μg / ml of bacterial culture medium on gram-positive Bacterial Staphylococcus aureus and Escherichia coli gram-negative bacteria. The results of AFM device analysis showed that the thickness of the single-layer sheet changed to 0.5 and after the reduction of graphene to 1.4 nm.
The increase in thickness is well seen on both sides of the rGO sheet. The results of the reduction of the toxicity of graphene and graphene reduced on bacteria showed that the reduced graphene and graphene in concentrations of 10 and 100 were toxic to bacteria and reduced the growth rate of bacteria.Best synthesis of graphene oxide nanoparticles Must be obtained from reputable centers.
Properties of synthesis of graphene oxide nanoparticles
Since the growth of harmful microorganisms causes serious problems in human life, it is necessary today to obtain antimicrobial and at the same time safe substances.Therefore, the use of nanomaterials and their composites has been proposed as a good way to achieve strong and safe antimicrobial materials.
Zinc oxide-graphene nanocomposites and regenerated zinc-graphene oxide were synthesized and their antimicrobial properties were investigated.Graphene oxide is a modern, well-established structure of the known material of graphite oxide.
Graphite oxide is not a natural substance and is produced artificially. The history of the synthesis of this substance dates back to more than 150 years ago. The composition of this substance is called graphene oxide, which is one of the main members in the family of emerging graphene material.
Graphene is a single layer of carbon atoms with a 2sp bond in a nesting network that revolutionizes the science because of its extraordinary properties such as high current density, chemical neutrality, high thermal conductivity, light transmittance, and nanometer-scale superconducting behavior. Has done.You can find Supplier synthesis of graphene oxide nanoparticles near me with a simple search.