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lattice
[ lat-is ]
noun
- a structure of crossed wooden or metal strips usually arranged to form a diagonal pattern of open spaces between the strips.
- a window, gate, or the like consisting of such a structure.
- Physics. the structure of fissionable and nonfissionable materials geometrically arranged within a nuclear reactor.
- Also called Bravais lattice, crystal lattice, space lattice. Crystallography. an arrangement in space of isolated points lattice points in a regular pattern, showing the positions of atoms, molecules, or ions in the structure of a crystal.
- Mathematics. a partially ordered set in which every subset containing exactly two elements has a greatest lower bound or intersection and a least upper bound or union.
verb (used with object)
- to furnish with a lattice or latticework.
- to form into or arrange like latticework.
lattice
/ ˈlætɪs /
noun
- Also calledlatticework an open framework of strips of wood, metal, etc, arranged to form an ornamental pattern
- a gate, screen, etc, formed of such a framework
- ( as modifier )
a lattice window
- something, such as a decorative or heraldic device, resembling such a framework
- an array of objects or points in a periodic pattern in two or three dimensions, esp an array of atoms, ions, etc, in a crystal or an array of points indicating their positions in space See also Bravais lattice
verb
- to make, adorn, or supply with a lattice or lattices
Derived Forms
- ˈlatticed, adjective
Other Words From
- lattice·like adjective
Word History and Origins
Word History and Origins
Origin of lattice1
Example Sentences
“One thing I know about my daughter — she is not a nature young lady,” her mother, Lattice Sutton, told The Times in 2010.
The wrought-iron lattice tower was initially heavily criticised by Parisian artists and intellectuals - but is now seen by many as the symbol of the "City of Light".
This amorphous interphase disappears again when the current stops flowing, and most of the copper atoms return to the solid lattice.
One idea is to create artificial crystals with the BECs trapped in an optical lattice made from lasers.
Due to the ultra-thin structure of the material, the negatively charged electron and the positively charged 'hole' it leaves behind in the atomic lattice stay bound together by the electrostatic attraction between them, forming what is known as an 'exciton'.
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