The researchers, University of Indonesia (UI) research continues to develop the nano technology that is capable of producing nanomaterials and methodology of making nano-sized objects.
"One that has been done (Physics department) is to form nanopowder (nano powder) that can be applied as pelapis, that act as anti-radar in the fighter," said Deputy Director of Communications Office UI, Devie Rahmawati, in Jakarta, Sunday.
He said not only that, the UI researchers also continue to refine the sensor Nanotechnology materials that can be used as a sensor light, electricity, gas and solar cell.
According to him, with a name of Indonesia, to be sure have a great responsibility to always produce the paper that is able to facilitate the supply of community life at once.
For that, he said UI akan point range in the forefront of the development of science (frontier / cutting-edge). Efforts that go is to choose a focus or niche (niche) research. For family and Technology Natural Sciences, UI research focus is directed to research among Intelligence and Multimedia Information Processing, nano technology, ICT.
Degree Seminar Nano Technology
Devie UI akan also said the seminar with the theme "New Frontiers in Micro / Nano Technology" to be by Professor Ioan Marinescu, PhD, Director of the Precision Micro-machining Center University of Toledo, Ohio, USA.
Seminar held on Monday (15 / 6) presents the findings akan precision engineering techniques are new, including, making the lens mikrosperikal, molecular dynamics.
"The American Society for Abrasive akan this technique presents the findings of a new precision engineering, including, making the lens mikrosperikal, molecular dynamics," he said.
Nanotechnology is the technology that created the objects in dimensions up to about 1 X nanometer. 1 nanometer is sepermilyar meters. As an illustration, sheet of paper setebal approximately 100 thousand nanometer diameter and one atom of gold, or about one-third of nanometer.
Nanotechnology means creating an image, measure, create and manipulate the model objects in the size range. Objects that are referred to as nano-sized nanomaterials.
These nanomaterials can be applied to increase the strength of composite materials in the making of tennis rackets, baseball club, and a bike that is lighter. Not only that, the catalyst made with Nanotechnology making process in the chemical factory run more efficiently, and reduce energy waste.
"The pharmaceutical industry uses Nanotechnology to increase absorption capacity and the product more easily tailored to the needs," he explained.
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