Plasma technology is commonly used in many industries, including in the automotive, microelectronics, packaging and medical device industries.
By Brett Smith
27 Aug 2019
In a world of advanced data manipulation and analysis methods, the ability for sensors to create data points with high precision and accuracy has never been more important.
By Liam Critchley
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Genetic engineering is the manipulation of genetic material through biotechnology that involves the insertion or deletion of one or more nucleotides, genes or genetic fragments.
By Brett Smith
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After gaining wide acceptance on the macro scale, additive manufacturing is increasingly being used at the nanometer scale.
By Brett Smith
27 Aug 2019
Pure buckytube materials have mechanical, electrical, and thermal properties that allow a wide range of applications; including additives for plastics.
There is no other element in the periodic table bonding to itself in a drawn-out network with the robustness of the carbon-carbon bond.
Buckytubes are the most popular field emitters of any material due to their high electrical conductivity and the matchless sharpness of their tip.
In 1985, a convergence of events resulted in a surprising and unplanned experiment with a new type of microscope, leading to the discovery of a new molecule made solely of carbon.
The unique nature of carbon couples with the molecular excellence of buckytubes to enhance them with remarkable material properties.
To comprehend why buckytubes possess the extraordinary properties they do, one must first explore the building blocks of the tubes.