Articles related to "Nanotube"
Buckyballs and Nanotubes
Fullerenes--buckyballs and nanotubes are an exciting new area of chemistry that will have many uses in the future. This, the first of two articles on fullerenes, explains what they are and what we know about them so far.
nanotubes • nanotechnology • buckminsterfullerene • fullerene • buckyball
Fullerenes--buckyballs and nanotubes are an exciting new area of chemistry that will have many uses in the future. This, the first of two articles on fullerenes, explains what they are and what we know about them so far.
nanotubes • nanotechnology • buckminsterfullerene • fullerene • buckyball
Rocketing into the New Millenium On the Nanotube
This article examines a simulation study of carbon nanotubes conducted by NASA physicists.
nasa • nanotubes • simulations • quantum • molecular dynamics
This article examines a simulation study of carbon nanotubes conducted by NASA physicists.
nasa • nanotubes • simulations • quantum • molecular dynamics
Nanotechnology--Waiting For Applications for Carbon Nanotubes
Nanotechnology based on carbon nanotubes will revolutionize our technology someday, but affordable applications of carbon nanotubes are still in the future.
nanotechnology • nanotube • carbon nanotubes • fullerene • buckytube
Nanotechnology based on carbon nanotubes will revolutionize our technology someday, but affordable applications of carbon nanotubes are still in the future.
nanotechnology • nanotube • carbon nanotubes • fullerene • buckytube
Nanotechnology Mimics Nature's Adhesive
Scientists in recent weeks have begun to pave the way toward using nanotechnology for very practical purpose: Keeping things from falling off walls.
nanotechnology • velcro technology • carbon nanotubes • scientific breakthroughs • strongest adhesive
Scientists in recent weeks have begun to pave the way toward using nanotechnology for very practical purpose: Keeping things from falling off walls.
nanotechnology • velcro technology • carbon nanotubes • scientific breakthroughs • strongest adhesive
New Carbon Molecules
The two forms of elemental Carbon - graphite and diamond - have been joined by further forms, the soccer ball-shaped Buckminsterfullerene and molecular-sized Nanotubes.
carbon • diamond • graphite • buckminsterfullerene • nanotube
The two forms of elemental Carbon - graphite and diamond - have been joined by further forms, the soccer ball-shaped Buckminsterfullerene and molecular-sized Nanotubes.
carbon • diamond • graphite • buckminsterfullerene • nanotube
New Computer Memory Allows Best Data Storage
Scientists claim a new method that can store thousands of times more data than conventional silicon chips with an estimated lifetime of more than 1 billion years.
memory technology • silicon microchips • demorgan's law • computer processing power • carbon nanotube
Scientists claim a new method that can store thousands of times more data than conventional silicon chips with an estimated lifetime of more than 1 billion years.
memory technology • silicon microchips • demorgan's law • computer processing power • carbon nanotube
Richard E. Smalley - Fullerenes and Nanotubes
Richard E. Smalley is a Nobel Prize winning chemist at Rice University. He was part of the team that developed supersonic beam laser spectroscopy, as well as the team that discovered fullerenes.
nobel prize in chemistry • buckminsterfullerene • buckeyball • buckeytube • nanotube
Richard E. Smalley is a Nobel Prize winning chemist at Rice University. He was part of the team that developed supersonic beam laser spectroscopy, as well as the team that discovered fullerenes.
nobel prize in chemistry • buckminsterfullerene • buckeyball • buckeytube • nanotube
Soccer Balls and Bucky Tubes
This article briefly describes how carbon nanotubes have evolved as candidates for some of the most exciting materials applications being considered today. As well, a brief introduction into modeling efforts in this area is given.
nanotubes • fullerene • molecular modelling • quantum mechanics • classical mechanics
This article briefly describes how carbon nanotubes have evolved as candidates for some of the most exciting materials applications being considered today. As well, a brief introduction into modeling efforts in this area is given.
nanotubes • fullerene • molecular modelling • quantum mechanics • classical mechanics
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