CRYSTALLOGRAPHY IN HIGHER DIMENSIONS .2. PROCEDURE OF COMPUTATION IN R4

[1] BULOW R, 1970, COMPUTATIONAL PROBLE, P131

[2] BULOW R, 1967, THESIS U KIEL

[3] MAXIMAL FINITE GROUPS OF 4 X 4 INTEGRAL MATRICES [J]. ILLINOIS JOURNAL OF MATHEMATICS, 1965, 9 (01) : 99 - &

[4] FELSCH V, 1963, BONN MITTEIL RHEIN W, V2, P39

[5] HURLEY AC, 1951, P CAMB PHILOS SOC, V47, P650

[6] CRYSTALLOGRAPHIC GROUPS IN SPACE AND TIME .3. 4-DIMENSIONAL EUCLIDEAN CRYSTAL CLASSES CORRESPONDING TO GENERALIZED MAGNETIC POINT GROUPS [J]. PHYSICA, 1969, 42 (01): : 71 - &

[7] JANSSEN T, 1967, 1667 KATH U NIJM REP

[8] CRYSTALLOGRAPHY IN HIGHER DIMENSIONS .1. GENERAL DEFINITIONS [J]. ACTA CRYSTALLOGRAPHICA SECTION A-CRYSTAL PHYSICS DIFFRACTION THEORETICAL AND GENERAL CRYSTALLOGRAPHY, 1971, A 27 (NOV1) : 517 - &

[9] ZASSENHAUS H, 1966, BRAVAIS CLASSIFICATI

[10] ZASSENHAUS H, 1967, PRIVATE COMMUNICATIO

[1] BULOW R, 1970, COMPUTATIONAL PROBLE, P131

[2] BULOW R, 1967, THESIS U KIEL

[3] MAXIMAL FINITE GROUPS OF 4 X 4 INTEGRAL MATRICES [J]. ILLINOIS JOURNAL OF MATHEMATICS, 1965, 9 (01) : 99 - &

[4] FELSCH V, 1963, BONN MITTEIL RHEIN W, V2, P39

[5] HURLEY AC, 1951, P CAMB PHILOS SOC, V47, P650

[6] CRYSTALLOGRAPHIC GROUPS IN SPACE AND TIME .3. 4-DIMENSIONAL EUCLIDEAN CRYSTAL CLASSES CORRESPONDING TO GENERALIZED MAGNETIC POINT GROUPS [J]. PHYSICA, 1969, 42 (01): : 71 - &

[7] JANSSEN T, 1967, 1667 KATH U NIJM REP

[8] CRYSTALLOGRAPHY IN HIGHER DIMENSIONS .1. GENERAL DEFINITIONS [J]. ACTA CRYSTALLOGRAPHICA SECTION A-CRYSTAL PHYSICS DIFFRACTION THEORETICAL AND GENERAL CRYSTALLOGRAPHY, 1971, A 27 (NOV1) : 517 - &

[9] ZASSENHAUS H, 1966, BRAVAIS CLASSIFICATI

[10] ZASSENHAUS H, 1967, PRIVATE COMMUNICATIO