MI Qian-qian, SHI Jian-yi. Left-connectedness of left cells in the Weyl Group of type E6[J]. Journal of East China Normal University(Natural Sc, 2013, 2013(1): 76-90.
{1}KAZHDAN D, LUSZTIG G. Representation of Coxeter groups and Heckealgebras[J]. Invent Math 1979, 53: 165-184.{2}ASAI T, KAWANAKAN, SPALTENSTEIN N, et al. Open Problems in algebraicGroups [C]// Problems from the Conference on Algebraic Groups andRepresentations Held at Katata. Katata: Taniguchi Foundation, 1983.{3}SHI J Y. The Kazhdan-Lusztig cells in certain affine Weylgroups[M]. Lecture Notes in Math 1179. Berlin: Springer, 1986.{4}SHI J Y. A two-sided cell in an affine Weyl group, II[J]. J LondonMath Soc, 1988, 37(2): 253-264.{5}SHI J Y. Left cells containing a fully commutative element[J]. JComb Theory Series A, 2005, 113: 556-565.{6}SHI J Y. Left-connectedness of some left cells in certain Coxetergroups of simply-laced type[J]. J Algebra, 2008, 319(6): 2410-2413.{7}TONG C Q. Left cells in Weyl group of type $E_6$[J]. Comm inAlgebra, 1995, 23(13): 5031-5047.{8}SHI J Y. A new algorithm for finding an l.c.r set in certaintwo-sided cells[J]. Pacific J Math, 2012, 256(1): 235--252.{9}LUSZTIG G. Cells in affine Weyl group [C]// Algebraic Groups andRelated Topics. Advanced Studies in Pure Math, 1985, 6: 255-287.{10}BARBASCH D, VOGAN D. Primitive ideals and orbital integrals incomplex classical groups[J]. Math Ann, 259: 153-199.{11}BARBASCH D, VOGAN D. Primitive ideals and orbital integrals incomplex exceptional groups[J]. J Algebra, 1983, 80: 350-382.{12}LUSZTIG G. Characters of Reductive Groups over a Finite Field [M].Ann Math Studies 107, Princeton: Princeton University Press, 1984.{13}LUSZTIG G. Cells in affine Weyl group, IV [J]. J Fac Fci Univ TokyoSect IA Math, 1989, 36: 297-328.{14}SHI J Y. Left cells in affine Weyl groups[J] T$\ddot{o}$hoku J.Math, 1994, 46: 105-124.{15}CARTER R W. Finite Groups of Lie Type: Conjugacy Classes and ComplexCharacters[M]. Wiley Series in Pure and Applied Mathematics. London:John Wiley, 1985.
中国综合性科技类核心期刊(北大核心)