This model contains the atoms and bonds at the exact co-ordinates and angles to form a silicon
(diamond) crystal lattice unit cell. https://p.turbosquid.com/ts-
thumb/eE/SmfbmK/g 5 oND 6 bI/siliconlatticestructuretn 1 /jpg/ 1500649697 / 1920 x 1080 /fit_q 99 / 65 a 646 ce 8
058500 d 1 edb 7866 e 1 cd 0 d 81751797 e 9 /siliconlatticestructuretn 1 .jpg
Silicon - Crystalline Structure. One possible crystal structure of silicon is a face-centred cubic diamond
structure. Crystal structures - FCC, BCC, HCP. In metals, and in many other solids, atoms are arranged
in regular arrays called crystals. A crystal lattice is a repeating pattern of mathematical points extending
through space. The forces of chemical bonding cause this repetition. It is this repeating pattern that
controls properties such as strength, ductility, density, conductivity (the property of conducting or
transmitting heat, electricity, etc.) and shape. There are 14 general types of patterns known as Bravais
lattices.
https://material-properties.org/es/silicio-resistencia-dureza-elasticidad-estructura-cristalina/