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Nanotechnology involves the usage of nanoparticles that are so small that it is impossible for someone to see them with a naked eye yet they hold such powerful characteristics that now they are being used in almost every field of work for beneficial purposes.Nanotechnology is widely being used in maintaining climatic changes and controlling global warming. It has proved to be an effective and very beneficial tool for the protection and maintenance of the environment and to fulfill the purpose of …

Electrodes are the electrical conductors which are responsible for building up the nonmetallic part of a circuit. These may include a semiconductor, a vacuum, or air. Electrodes are the most integral part of a battery and are built up with a huge variety of materials all of which vary from battery to battery.The two basic types of electrodes are cathodes and anodes. Cathodes are responsible for carrying out the negative charges while anodes are responsible for carrying out the positive charges. …

Shape memory polymers and their composites are promising materials showing great shape memory behavior. Stimuli sensitive SMPs enhanced with reinforcing materials such as particles and fibres have various application areas including aerospace, aviation, biomedicine, MEMS and NEMS, automotive, etc.Shape memory polymers (SMPs) are categorized under shape-memory materials (SMMs) that have attracted considerable attention in the last decades. The first investigated SMMs were shape memory alloys (SMA …

Hydrothermal autoclave reactors are the ones that carry out the processes of hydrothermal reactions but at a high temperature and a higher pressure. Two types of hydrothermal reactors are carried out, one is the PPL lines autoclave and the other one is Teflon or PTFE. Both of these are aligned together by the autoclave reactors.Hydrothermal synthesis plays an extremely important role in carrying out the autoclave reactors so that their applications can be carried out in a better and more authent …

Iron metal has sub-micrometer particles known as Nano-iron particles. Both water and air (oxygen) make Iron highly reactive. Iron also has a low magneto-crystalline anisotropy. Traditionally, in Fischer–Tropsch synthesis, Iron is the catalyst because it is very reactive. There are several methods to manufacture Iron nanoparticles.Nanoparticles contain a very large surface area. Magnetism's unique form, known as super para-magnetism, is exhibited by iron nanoparticles. Material's customizability …