Blografi
Graphene & Quantum Computing
Graphene has been recognized as a
groundbreaking material with the potential to revolutionize the next wave of
electronic technologies. Its extraordinary properties, including exceptional
electrical conductivity, mechanical strength, and a two-dimensional
structure, have significant implications for various fields, notably quantum
computing. In this realm, graphene has contributed to notable advancements,
such as improving the separation of Cooper pairs in superconductors through the
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16th Jun 2020
Graphite Fluoride Compound Microparticles
Graphite fluoride compound microparticles are produced from graphite by
reacting it with fluorine gas at high temperatures of usually around 500 to 600
degree Celsius. The microparticle form is in the powder form, which is very
soft in texture. It is very hydrophobic. Its surface energy is very low. IntroductionIt has
been found to work under extreme conditions retaining its properties hence the
use in rocket propellers. It is a very widely used solid lubricant, with
exceptional
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12th Jun 2020
Nickel Oxide Powder and Its Applications
Metallic oxide powders, particularly nickel oxide, have garnered significant attention in research due to their intriguing magnetic, electrical, optical, and thermal properties. These properties are not only unique but are highly influenced by the powder’s size, structure, and morphology, which in turn are determined by the synthesis methods employed. The exceptional characteristics of nickel oxide powders stem from quantum effects linked to their high surface area to volume ratio.
To expl
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11th Jun 2020
Solutions and Dispersions: Differences and Application Areas
Solutions and dispersions are
mixtures of two or more compounds. The difference between solutions and
dispersions stems from the interactions between mixing compounds. Solutions are
single phase mixtures while dispersions contain multiple phases. Solutions and
dispersions can be differentiated through the Tyndall effect and Brownian
motion. Both solutions and dispersions are used in various different
applications such as energy storage, food industry, cosmetics, coatings, and
el
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9th Jun 2020
Importance of Metal Organic Frameworks
Metal–organic frameworks or porous coordination polymers or PCPs are a new
and interesting class materials with remarkable porosity made of
metal-containing nodes, known as secondary building units, or SBUs and organic coordinating
linkers. The field of MOFs has become one of the growing fields in chemistry
because of their tunability, structural and functional specifications.Vahid Javan KouzegaranAnalytical Chemist (Ph.D.) / Nanografi Nano TechnologyIntroduction This is
demonstrated t
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8th Jun 2020