Definitions

from The American Heritage® Dictionary of the English Language, 5th Edition.

  • adjective Having three unequal axes intersecting at oblique angles. Used of certain crystals.

from The Century Dictionary.

  • In crystallography, pertaining to the inclination of three intersecting axes to each other; specifically, appellative of a system of crystallization in which the three axes are unequal and their intersections oblique, as in the oblique rhomboidal prism. Also triclinohedric, triclinate, anorthic, asymmetric, tetartoprismatic. See cut 3 under rhombohedron.

from the GNU version of the Collaborative International Dictionary of English.

  • adjective (Crystallog.) Having, or characterized by, three unequal axes intersecting at oblique angles. See the Note under crystallization.

from Wiktionary, Creative Commons Attribution/Share-Alike License.

  • adjective crystallography Having three unequal axes all intersecting at oblique angles.

from WordNet 3.0 Copyright 2006 by Princeton University. All rights reserved.

  • adjective having three unequal crystal axes intersecting at oblique angles

Etymologies

Sorry, no etymologies found.

Support

Help support Wordnik (and make this page ad-free) by adopting the word triclinic.

Examples

  • The crystal structure of the acid is triclinic, meaning its crystal system has 7 lattice points.

    CreationWiki - Recent changes [en] 2009

  • The crystal structure of the acid is triclinic, meaning its crystal system has 7 lattice points.

    CreationWiki - Recent changes [en] 2009

  • In the sixth and last system, the triclinic -- or anorthic, or asymmetric -- the axes are again three, but in this case, none of them are equal and none at right angles.

    The Chemistry, Properties and Tests of Precious Stones John Mastin

  • · Fixed Wyckoff database for non-conventional complex lattices of triclinic space groups.

    Softpedia - Windows - All Softpedia Linux 2010

  • Beginning with the highest, we have -- (1) the cubic system, with nine planes of symmetry; (2) the hexagonal, with seven planes; (3) the tetragonal, with five planes; (4) the rhombic, with three planes; (5) the monoclinic, with one plane; (6) the triclinic, with no plane of symmetry at all.

    The Chemistry, Properties and Tests of Precious Stones John Mastin

Comments

Log in or sign up to get involved in the conversation. It's quick and easy.