Blografi

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 …

Metallic nanoparticles (MNPs) represent a veryinteresting area of research due to their unusual magnetic,electrical, optical, and thermal properties.These properties are highly dependent on the size, structure, morphology and accordingly on their mechanism of synthesis.These outstanding properties originate from quantum effects which can be associated with their very high surface area to volume ratio. Hence, they have drawn great attention by the scientists in order to utilize them in …

Aluminum is the third most abundant element in the earth's crust. Aluminum is a well-known metal because it is present in many objects that we handle daily: cans, etc. Its properties make it also very interesting for industrial applications in the automotive and aeronautical sectors, where it is used in alloys. In this article, we will present various properties and applications of aluminum.Aluminum, of atomic number 13 and chemical symbol Al, belongs to the elements of Group 13 of the pe …

Magnesium is an essential element of the periodic table and it has many industrial applications. It is of great importance due to its role in our body. It has peculiar characteristics. It is best known for preserving nervous and muscular balance. To avoid fatigue and stress, it is better not to miss magnesium. We will discuss everything related to Magnesium in this article!The magnesium is a component having atomic number 12 and symbol Mg. Magnesium is alkaline earth metal. It is the 8th …

Nanocellulose is a high-performance additive that is successfully used as a rheological modifier, reinforcing agent and additive in multiple high-performance materials and applications. Nanostructured fibrils can be isolated very efficiently from any source containing cellulose by homogenization and high-power ultrasonic milling. With sonication, it is possible to obtain a higher degree of fibrillation, higher yield in Nanocellulose and thinner fibers. Ultrasonic technology excels in conv …