영어에서 Nanotube 을 사용하는 예와 한국어로 번역
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Catbon nanotube powder avialable in SWCNTs,
Back at Lawrence Livermore, Aleksandr Noy and Ramya Tunuguntla load another nanotube membrane into a test cell,
Scientists and industry experts have long speculated that carbon nanotube transistors would one day replace their silicon predecessors.
The carbon nanotube thick film emitter materials will be used to make field emission displays(FEDs).
ApNano Materials Announces Major Breakthrough in WS2 Nanotube Production for Bulletproof Vests.
sometimes the nanotube structures line up and sometimes they don't.
have demonstrated the survivability of single walled carbon nanotube transistors(SWCNTs) in adverse space environment.
In early 2009, the world's first commercialized carbon nanotube enhanced(CNTe) carbon fiber material,
However, before carbon nanotube enhanced polymer composites become commonplace there are some tough challenges that need to be overcome.
To image a double-wall carbon nanotube, the researchers first selected a single nanotube target in a transmission electron microscope.
Zyvex Performance Materials was the first company to provide carbon nanotube enhanced products to the marketplace.
Before graphene, the carbon nanotube, one of carbon material, has already been studied for over 20 years, about 10 years earlier than it.
Manufacturing Method of Polarizing Electrode Using Carbon Nanotube and Electric Double-Layer Capacitor using the polarizing electrode 1020030042619.
According to the authors, the two-dimensional nature of defective, CVD-grown graphene chemiresistors causes them to behave differently than carbon nanotube chemiresistors.
HMX-SL utilizes Nano-technology, which incorporates a carbon nanotube reinforced epoxy resin as well as T1000G carbon fiber.
While the scientists assumed that the innovative carbon nanotube material's properties were because of the addition of iron and nitrogen impurities, they were not
Carbon nanotube technology shows promise as a potential replacement for silicon in the fabrication of semiconductor chips, but it is not the only technology vying for that honor.
High sensitivity of carbon nanotube composites to mechanical strain means that they can be used as sensors for detection of strain,
a(0,8) single-walled nanotube(SWNT) within a larger(0,17) single-walled nanotube.
They have been instrumental in helping SWeNT achieve its position as the leading single-wall carbon nanotube producer in the U.S.