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Gallium arsenide (GaAs) and its commercially available form, Gallium Arsenide Wafers, is a direct bandgap semiconductor type III-V with extensive applications in manufacturing integrated circuits microwave used in frequency diodes capable of emitting infrared light, solar cell, laser diodes and integrated circuits for monolithic microwave. Generally, gallium arsenide is employed as a platform or a substrate for semiconductors in an epitaxial pattern. Technically, gallium arsenide serves t …

Lead zirconate titanate (PZT) and its nanoscale crystals are known as the most common ferroelectric inorganic compounds employed as piezoelectric materials with the highest coupling coefficient between its mechanical and electrical properties. Lead zirconate and titanate appears to have a morphotropic phase boundary at molar ratio fraction ranging from 0.4 to 0.6 supporting its sample processing setting and compositional homogeneity 1. The morphotropic phase boundary is a point where the …

Indium Tin Oxide is a mixture of indium and tin. The typical composition by weight is 90% In2O3 and 10% SnO2. It is, therefore, indium oxide where a small fraction of indium atoms is replaced by tin atoms: we can say that it is indium oxide doped with tin. We will discuss all about it in this article.Metals are of great importance in all areas of society, among them, Indium and Tin also stand out. Indium Tin Oxide has huge significance due to its unique properties which open the door for …

Coronavirus (2019-nCoV) continues to halt a big part of operations in the world. From manufacture to service sector a lot of domains in public health and economy have been affected. There are test, vaccine, and treatment researches all around world while time is ticking. However, answer might be in nanotechnology to find COVID-19 test, or to develop a vaccine for coronavirus. Below, we discussed the possible nanotechnological contribution to halt novel Coronavirus.Click Image to Reach Our Other …

Metal organic frameworks have attracted great attention in the last decades. Their tunable porous crystalline structure is nothing like previously constructed materials. This novel structure provides various different application opportunities for the industry. Riveting magnetic, optical, thermal, catalytic, and adsorption properties are attained through different synthesis methods and conditions. Important application areas of MOFs can be listed as gas adsorption, separation and storage, …