Blografi
Framed: Nanobiotechnology
This is a field in which nanotechnological
devices and tools are developed and applied to study a variety of biological
phenomena. The use of nanotechnology allows researchers to examine
and interact with biologicals and their processes at the Nano scale. Overview of NanobiotechnologyWhen
did nanobiotechnology begin? Nanobiotechnology stemmed from biotechnology,
where devices and machines from different disciplines like electronics, mechatronics
and engineering are applied to the study of
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5th Feb 2020
Gold (Au) Element's Specifications
Gold is a rare precious metal known for as long as human
history with a lot of applications in science, industry, jewelry, electronics,
medicine and, etc. Elemental gold (Au) with the atomic number of 79 categorized
in group 11 along with copper and silver. Gold occurs naturally as a soft
reddish yellow transition metal resistant against strong acids, oxidization and
corrosion with a melting point of 1064˚C. It is also resistant to most bases
except for potassium cyanide.Gold compound
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4th Feb 2020
Synthesis, Properties and Applications of Quantum Dots
Quantum dots (QDs) are generally fluorescent semiconductor
nanoparticles sized less than 20 nm with each particle containing some 200 to
1000 atoms. Depending on a phenomenon called “quantum confinement” and their
surface to volume ratio, quantum dots adopt particular electronic and optical
properties. Vahid Javan KouzegaranAnalytical Chemist (Ph.D.) / Nanografi Nano TechnologyIntroductionQuantum dots structure is made of two main parts as a core which is
protected by a shell. The
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3rd Feb 2020
Role of Nanotechnology in Construction
Nanotechnology has great potential to
improve the construction industry. Nanotechnology can enhance traditional
construction materials such as concrete, steel, glass, coatings, and wood.
Reducing production and maintenance costs and achieving sustainable
construction is possible through nanotechnology applications.What is Nanotechnology?Nano means dwarf in
Greek and indicates to one-billionth. One nanometer is one billionth of one
meter and is about as 1/80,000 of the diameter of a human h
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31st Jan 2020
Analyzed: Graphene Supercapacitors
Supercapacitors are formed by
pairs of conductive plates separated by a dielectric medium. Its operation is
very similar to that of a large-scale capacitor. However, the name of the supercapacitor
indicates its greater capacity, thousands of times greater than the capacity of
high capacity electrolytic capacitors, being able to charge and discharge in
very short periods. Graphene has a lot of potential in the construction of
Supercapacitors, therefore this article aims to discuss the role
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30th Jan 2020