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.... Stock Image

Stock Image - 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..... Fotosearch

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....

u59267360 | Lushpix | Royalty Free

Keywords
2-dimensional, 2d, artwork, atom, atoms, buckled, dft, element, honeycomb, illustration, lattice, layer, material, molecular-model, molecule, monolayer, nano, nanoelectrical, nanoelectronics, nanotechnology, physical, physics, research, semi-conductor, semiconductor, sheet, stanene, structure, superconductor, technological, technology, tin, topological-insulator, two-dimensional, stock image, images, royalty free photo, stock photos, stock photograph, stock photographs, picture, pictures, graphic, graphics, fine art prints, print, poster, posters, mural, wall murals, u59267360
Show Keywords
  • Mobile/Small Web Resolution (150 KB)
    3.4" x 2.9" @ 72dpi JPG
    13
  • Web Resolution (500 KB)
    6.3" x 5.4" @ 72dpi JPG
    32
  • Low Resolution (1 MB)
    8.9" x 7.6" @ 72dpi JPG
    68
  • Medium Resolution (10 MB)
    6.7" x 5.8" @ 300dpi JPG
    140
  • High Resolution (28 MB)
    11.3" x 9.6" @ 300dpi JPG
    215
  • Ultra High Resolution (74 MB)
    18.3" x 15.7" @ 300dpi JPG
    250
View larger image sizes
View Lushpix license agreement