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Articles citing this paper

Double-valued Corepresentations of Magnetic Point Groups

AP Cracknell and KC Wong
20(2) pp.173 - 188


21 articles found in Crossref database.

Classification of Weyl points and nodal lines based on magnetic point groups for spin- 12 quasiparticles
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Symmetry and reactivity of π-systems in electric and magnetic fields: a perspective from conceptual DFT
Wibowo-Teale Meilani, Huynh Bang C., Wibowo-Teale Andrew M., De Proft Frank, Geerlings Paul
Physical Chemistry Chemical Physics. 2024 26(21). p.15156
Scattering matrices for the Raman effect in magnetic crystals
Cracknell A P
Journal of Physics C: Solid State Physics. 1969 2(3). p.500
Magnetic point groups, selection rules and the antiferromagnetic phase transition in UO2
Cracknell A P, Daniel M R
Proceedings of the Physical Society. 1967 92(3). p.705
Time-reversal degeneracy in the electronic band structure of a magnetic metal
Cracknell A P
Journal of Physics C: Solid State Physics. 1969 2(8). p.1425
Molecular dipole model for the internal optic modes of surface adsorbed molecules: Classical image theory
Nichols Henry, Hexter Robert M.
The Journal of Chemical Physics. 1980 73(2). p.965
Symmetry adapted functions for double point groups II. Cubic point groups
Cracknell A. P., Joshua S. J.
Mathematical Proceedings of the Cambridge Philosophical Society. 1970 67(3). p.647
The space group corepresentations of antiferromagnetic NiO
Cracknell A. P., Joshua S. J.
Mathematical Proceedings of the Cambridge Philosophical Society. 1969 66(2). p.493
Multipole classification in 122 magnetic point groups for unified understanding of multiferroic responses and transport phenomena
Yatsushiro Megumi, Kusunose Hiroaki, Hayami Satoru
Physical Review B. 2021 104(5).
The antisymmetrized squares and the symmetrized cubes of the irreducible corepresentations of the magnetic point groups
Cracknell A P, Sedaghat A K
Journal of Physics C: Solid State Physics. 1972 5(9). p.977
Group theory in solid-state physics is not dead yetaliassome recent developments in the use of group theory in solid-state physics
Cracknell A.P.
Advances in Physics. 1974 23(5). p.673
Molien generating functions, invariants and covariants of magnetic point groups
Berenson Rhoda
Journal of Mathematical Physics. 1982 23(9). p.1551
Boundary-obstructed topological phases
Khalaf Eslam, Benalcazar Wladimir A., Hughes Taylor L., Queiroz Raquel
Physical Review Research. 2021 3(1).
Symmetry, nodal structure, and Bogoliubov Fermi surfaces for nonlocal pairing
Timm Carsten, Bhattacharya Ankita
Physical Review B. 2021 104(9).
Time-Reversal Degeneracies in the Band Structure of a Ferromagnetic Metal
Cracknell A. P.
Physical Review B. 1970 1(3). p.1261
Crystal field theory and the Shubnikov point groups
Cracknell Arthur P.
Advances in Physics. 1968 17(67). p.367
Space-group corepresentations and magnon dispersion relations in NiF2
Joshua S J, Cracknell A P
Journal of Physics C: Solid State Physics. 1969 2(1). p.24
Group theory and magnetic phenomena in solids
Cracknell A P
Reports on Progress in Physics. 1969 32(2). p.633
Tables of the irreducible corepresentations of the 46 black and white two-dimensional space groups and their relevance to surface states and thin film states for magnetically ordered materials
Cracknell A.P.
Thin Solid Films. 1974 24(2). p.279
The character table for the corepresentations of magnetic groups
Newmarch J. D., Golding R. M.
Journal of Mathematical Physics. 1982 23(5). p.695
Symmetry adapted functions for double point groups. I. Non-cubic point groups
Cracknell Arthur P.
Mathematical Proceedings of the Cambridge Philosophical Society. 1969 65(2). p.567
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