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Catalysis is a fundamental process in chemistry that accelerates chemical reactions by providing an alternative reaction pathway with a lower activation energy. The introduction of nanomaterials into the field of catalysis has significantly advanced this discipline, leveraging the unique properties of nanoparticles to enhance catalytic efficiency and selectivity.This article comprehensively examines the principles of catalysis, its historical development, and the innovative applications of …

Fullerene is a carbon allotrope present in the form of a mesh consisting of five to seven atoms of carbon bonded together. Fullerene can be present in different sizes and shapes depending upon the category they belong to. However, it mostly presents in the form of a pentagon or a hexagon. Fullerene exhibits remarkable properties and characteristics because of which their applications have only increased over the past years. The major portion of their applications can be found in the me …

Fullerene is a very common compound known as an allotrope of carbon that consists of carbon atoms that are attached through either single or double bonds. These molecules are rich in their characteristics and have potentially strong properties which enable them to work effectively. 4 best applications of fullerenes in the biomedical industry are explained in this article.There are so many reasons which enhance the production and credibility of fullerenes. A maximum number of applications are sai …

Fullerene is a carbon allotrope consist of carbon atoms attached via single or double bonds.These molecules have rich characteristics and potentially strong properties which enable them to work effectively. There are so many reasons which enhance the production and credibility of fullerenes and out of all those seven are briefly explained in this article. A maximum number of applications are said to be discovered in the field of medicine and are proving as an outclass representation of this …

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 …