Blografi
Lotus Effect in Nanotechnology
The term
"lotus effect" refers to water repellency and self-cleaning, seen in
graphic mode as a drop that is kept on a surface instead of being absorbed. The
origin of this expression has to do with a flower, known as “lotus flower”,
which is a scientific mystery because it has not been possible to discover why
it does not get wet. The hydrophobic characteristic of the lotus flower has
been imitated for useful effects of human life, being one of the main tasks of
nanotechnology research.L
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26th Sep 2019
Gadolinium Oxide Nano and Micron Powder: Origin, Production, Properties, Applications and More
Gadolinium Oxide
is an inorganic compound having formula as Gd2O3. Gadolinium
is most commonly found in nature, as it is part of the rare earth family. In Gd2O3,
Gd has a degree of oxidation of three, quite common in the compounds of this
element. From this compound, the pure metal can be extracted at a zero-oxidation
state. Gadolinium (III) chloride (GdCl3) can also be synthesized
from gadolinium oxide. In this form, gadolinium can be used as a contrast element
for magnetic resonance ima
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20th Sep 2019
Uses of Nanocalcite
The development of nanotechnology has also increased the
growth and development of Nanocalcite, which is an element or material that
helps to restore and improve various industrial areas such as pharmaceuticals,
dentistry, and more. At this point, it is important to understand the
definition and scope of Nanocalcite. It is the term used to describe a chemical
compound represented by the formula CaCO³ which comprises three vital
elements, that is, carbon, oxygen, and calcium. Star
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20th Sep 2019
Titanium Carbide Nanoparticles: History, Properties, Synthesis, Applications
Titanium carbide
is the binary compound and is an extremely hard refractory ceramic material (
Mohs 9-9.5) similar to tungsten carbide. It is the only carbide in the titanium
- carbon system. Like Tungsten Carbide (WC) and Tantalum Carbide (TaC), it is also
an important component of cemented carbides used for cutting tools. In
addition, titanium carbide is gray in color. The nanoparticles of Titanium
Carbide have large surface area and are more effective in terms of pro
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19th Sep 2019
Differences between Alpha and Gamma Alumina nanoparticles
In simple terms, nanoparticles are basically
elements within the size of 1-100 nanometers (nm), and which are surrounded by
an interfacial layer. The aforementioned layer forms a crucial aspect of the scale
matter with a major impact on all its properties. The layer basically comprises
ions, organic and inorganic elements. In the scientific field, nanoparticles
are the most sought-after areas as they form a wide gap between large materials
and molecular substances. Generally, nanoparticles
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16th Sep 2019