sublatticen.

Brit.

/ˈsʌblatᵻs/, U.S.

/ˈsəbˌlædəs/

Origin: Formed within English, by derivation. Etymons: sub- prefix, lattice n.

Etymology: < sub- prefix + lattice n.

Crystallography.

A lattice forming part of a larger lattice with which it is coextensive, the atoms of which are typically distinguished by some property not possessed by the other atoms.

ΘΚΠ

the world > matter > physics > atomic physics > arrangement in crystal > [noun] > part of

lattice point1857

sublattice1926

1926 Jrnl. Inst. Metals 36 495 The metals of Groups I. and III. should utilize a complete lattice of the rock-salt type, the sub-lattice of the positive ions being face-centred cubic. In exception to this, the sub-lattice of the alkalis must be considered as face-centred tetragonal.

1959 J. Pouwelsen et al. tr. W. F. de Jong Gen. Crystallogr. ii. 101 Either the direct lattice..is congruent (similar) with the elementary Bravais lattice, or one is a sub-lattice of the other.

1976 Physics Bull. July 294/2 In a crystal the atomic lattice can divide into two interpenetrating sublattices so that most, if not all, of the neighbours of an atom on one sublattice belong to the other.

2010 N. A. Spaldin Magn. Materials (ed. 2) viii. 96 We can think of antiferromagnets as containing two interpenetrating and identical sublattices of magnetic ions.

This entry has been updated (OED Third Edition, June 2012; most recently modified version published online March 2022).

单词	sublattice
释义	sublatticen. Brit. /ˈsʌblatᵻs/, U.S. /ˈsəbˌlædəs/ Origin: Formed within English, by derivation. Etymons: sub- prefix, lattice n. Etymology: < sub- prefix + lattice n. Crystallography. A lattice forming part of a larger lattice with which it is coextensive, the atoms of which are typically distinguished by some property not possessed by the other atoms. ΘΚΠ the world > matter > physics > atomic physics > arrangement in crystal > [noun] > part of lattice point1857 sublattice1926 1926 Jrnl. Inst. Metals 36 495 The metals of Groups I. and III. should utilize a complete lattice of the rock-salt type, the sub-lattice of the positive ions being face-centred cubic. In exception to this, the sub-lattice of the alkalis must be considered as face-centred tetragonal. 1959 J. Pouwelsen et al. tr. W. F. de Jong Gen. Crystallogr. ii. 101 Either the direct lattice..is congruent (similar) with the elementary Bravais lattice, or one is a sub-lattice of the other. 1976 Physics Bull. July 294/2 In a crystal the atomic lattice can divide into two interpenetrating sublattices so that most, if not all, of the neighbours of an atom on one sublattice belong to the other. 2010 N. A. Spaldin Magn. Materials (ed. 2) viii. 96 We can think of antiferromagnets as containing two interpenetrating and identical sublattices of magnetic ions. This entry has been updated (OED Third Edition, June 2012; most recently modified version published online March 2022). < n.1926
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