Blografi
Iron Micron Powder
The advancements in the field of nanotechnology is surely a great
miracle of the 21st century. Along with several other nanomaterials, iron
micron powder has also attracted much interest and considerations because of
its unique chemical and physical properties. Superparamagnetism, high surface
area to volume ratio, greater surface area, and several others, are the unique
properties of the nanomaterials. They exhibit great potential for uses in
several applications across several diffe
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3rd May 2021
Two Dimensional Materials for Computing Technology
Two dimensional materials are
considered to be promising solutions to the current limitations in computing
technology. Utilizing 2D materials for the enhancement of silicon based
semiconductors, lead to considerable improvements in operation speed, memory
and data storage solutions, transistor and interconnection performance.IntroductionThe rapid development
of computer technology has been fascinating from day one. In a short period of
time, computers have made their way into almost every
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29th Apr 2021
Using Nanoimprinting with Applications in Optics
Large area nanoimprinting lithography is classified among the most
promising technologies of micron and nanoscale manufacturing for the purpose of
large-area patterns mass production, complex 3D structures as well as high
aspect ratio features and practically high throughput and high resolution at
low cost. This technology makes it possible for many commercial applications to
make huge progress. In fact, achievements in the field of large-area nanoimprinting
has come true in the past
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16th Apr 2021
Graphene Nanoribbons
Modern nanotechnology is a miracle of science, technology, and
engineering and its several different structures have already found their uses
in thousands of applications. Graphene nanoribbons are among one of the most
famous nanostructures. The edge magnetism is the most remarkable property of
the graphene nanoribbons. At the same time, it is also a very difficult task to
preserve edge magnetism. Several techniques have been used in this regard such
as preservation through iodine ter
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12th Apr 2021
Graphene Balls and Lithium-Ion Batteries
Lithium-ion batteries are widely
utilized in commercial products for energy storage purposes. Even though they
are highly preferred, lithium-ion batteries require further improvements to
keep up with the energy requirements of rapidly developing technological
devices. Graphene balls have recently been suggested as promising materials for
the necessary improvement. Graphene ball technology provides better cycle life,
improved charging speed, and efficiency to lithium-ion batteries.Intr
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6th Apr 2021