Not exact matches
Imagine taking a fullerene (C60, also known as a
buckyball) and cutting it in half
like a melon (also known as a buckybowl).
The
buckyball, a 60 - carbon molecule shaped
like a soccer ball, made its debut 13 years ago today in the pages of Nature.
Now they have used the same technique to image
buckyballs, cage -
like molecules made of 60 carbon atoms each.
Until the molecules can be extracted and grown as pure crystals, their
buckyball -
like structure can not be confirmed by X-ray analysis.
Buckyballs, carbon compounds shaped
like soccer balls, can survive between stars and absorb their light, astronomers announced, helping solve a nearly century - old mystery.
Now, as chemists report online today in Nature,
buckyballs — complex molecules with 60 carbon atoms arranged into what look
like the geodesic domes of R. Buckminster Fuller — do indeed exist in the space between the stars.
Leigh's colleagues, Frances Wade and Andrew Moody, suspected that if
buckyballs were trapped in the one - dimensional channels of a zeolite, they might change their properties just
like porous silicon.
BUCKYBALLS — molecules made up of 60 carbon atoms — can behave
like waves, blurring the boundary between the everyday world and the realm of quantum mechanics.
Each compound has a different carbon - fluorine group attached to a
buckyball — a special arrangement of carbon atoms shaped
like a soccer ball.
His cells may curve,
like fragments of a
buckyball, or bounce around in the picture plane.