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Memory Shape Metals are materials that once they have learned something, they remember it. Although in principle, this statement may seem like science fiction, the truth is that they have a property that allows them to recover their original form after being subjected to deformation. They are materials with shape memory, capable of undergoing significant transformations at an atomic scale before external stimuli, such as, for example, temperature changes or the application of a magnetic fi …

Nanotechnological applications have attracted great attention in the textile industry. Desired properties of cotton fabrics and synthetic fabrics are brought together with the incorporation of nanomaterials. Durability and novel properties are incorporated into conventional textile products.The textile industry is one of the largest industries in the world and it keeps growing each day. The industry mainly focuses on the design, production, and distribution. Nanotechnological application …

Platinum sputtering and thin film coatings have properties practically close to those of bulk metals with appropriate adhesion quality to solid substates. The sputtered platinum thin films are particularly employed in solar cells, micro fabrication of solid oxide fuel cell, porous platinum thin films and electrodes in micro-electrochemical devices. The elemental platinum is regarded an important metal and material with substantiable applications in electronics in nano and micro scales know …

Boron nitride (BN) nanopowder, with its exceptional thermal conductivity, electrical insulation, and chemical stability, stands as a versatile material with applications ranging from electronics to medical technology. Thanks to its unique hexagonal structure and biocompatibility, BN nanopowder is an advanced material that meets diverse industrial needs. In this article, the structure, properties and application areas of Boron Nitride nanoparticles will be examined in detail. Check …

Among the carbon nanoparticles which are being used as nanofillers, carbon nanotubes (CNTs) have superior thermal, mechanical, and electrical properties that are determined by both theoretically and experimentally. Thus, because of their outstanding properties, they are used in many applications. However, the size of CNTs is very small having an average diameter of 1nm and few micrometer widths. Therefore, it is nearly impossible for CNTs to be used in industrial applications. In order to …