As Liu explained, «Building diamond
superlattices from nano - and micro-scale particles by means of self - assembly has proven remarkably difficult.
Compared with the conventional layer - by - layer assembly or growth approach currently used to create 2D superlattices, the new UCLA - led process to manufacture
superlattices from 2D materials is much faster and more efficient.
Not exact matches
Metamaterials are artificial nanofabricated constructs whose optical properties arise
from the physical structure of their
superlattices rather than their chemical composition.
«Traditional semiconductor
superlattices can usually only be made
from materials with highly similar lattice symmetry, normally with rather similar electronic structures,» Huang said.
«A new class of two - dimensional materials: New kinds of «
superlattices» could lead to improvements in electronics,
from transistors to LEDs.»
UCLA researchers develop a new class of two - dimensional materials: New kinds of «
superlattices» could lead to improvements in electronics,
from transistors to LEDs March 11th, 2018