f0220248

f0220248

Computer illustration of a molecular model of a sheet of stanene showing the low buckled structure that is predicted from density functional theory (DFT) calculations. Stanene has a similar honeycomb structure to graphene but is composed of tin atoms. With the addition of fluorine atoms, it is thought that it can achieve 100% efficiency as an electrical conductor. The first fabrication of stanene was achieved in August 2015, by researchers in America and China. (Photo by: SCIENCE PHOTO LIBRARY via AP Images)

Use Information Please contact your licensing representative for more on release information.

Contributor: Contributor

18184035450527
Royalty-Free (RF)
July 02, 2018 08:59:04 PM
July 03, 2018 01:02:50 AM
ROBERT BROOK/SCIENCE PHOTO LIBRARY
SCIPHO
ASSOCIATED PRESS
Royalty-free photography. Special rates may apply. Please contact your AP representative with questions.
5500 x 5200 4.68 MB
Nanotechnology, Microtechnology, Industrial technology, Technology
2-DIMENSIONAL, 2D, ARTWORK, ATOM, ATOMS, BUCKLED, DFT, ELEMENT, HONEYCOMB, LATTICE, LAYER, MATERIAL, MONOLAYER, NANO, NANOELECTRICAL, NANOELECTRONICS, NANOTECHNOLOGY, OCEAN, PHYSICAL, PHYSICS, RESEARCH, SEMI-CONDUCTOR, SEMICONDUCTOR, SHEET, STANENE, STRUCTURE, SUPERCONDUCTOR, TECHNOLOGICAL, TECHNOLOGY, TIN, TOPOLOGICAL, INSULATOR, TWO-DIMENSIONAL
NYWWP
CTR

Please contact your licensing representative for more on release information.

X

Message Box

Cancel
Ok
No
Yes