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余模 meaning in Chinese

complementary module

Examples

  1. In section 3 , we will describe h - bicomodule algebra structures on a # h
    在第3部分中我们描述了a # h上h -双余模代数的结构。
  2. Since these are given by maps a # h - - > h a # h , and since h a # h is itself a smash product , all we have to do is how to use the characterization of maps between smash products obtained in section 2 , and give the constituents of the comodule axioms
    因为a # h上左h -余模结构由映射a # h ha # h给出,而ha # h是smash积,所以我们可利用第2部分中的两个smash积间的映射特征,给出相应的分支所满足的等价条件。
  3. In section 5 , we change the conditions of important theorems which are in section 3 and 4 . we prove that the fundamental structure theorem still hold if a is a hopf algebra , and b a cleft comodule algebra or if a is a hopf algebra , and c a cocleft module coalgebra
    第5节主要将第3 , 4节主要定理的条件改变,分别讨论当a是hopf代数, b是cleft余模代数时;和a是hopf代数, c是cleft模余代数时,基本结构定理仍然成立。
  4. In section 4 , we first show that for two bicomodule algebra a # h and b # h , the cotensor product ( a # h ) h ( b # h ) is still a smash product ( a b ) # h . then we describe the structure on a b and give the corresponding equivalent conditions . in section 5 , we will complete the description of the bialgebra structures we have given , and give the equivalent conditions for such bialgebras to be hopf algebras
    在第4部分中,我们得出结论:两个h -双余模代数a # h和b # h的余张量积( a # h ) _ h ( b # h )仍是smash积( ab ) # h ,并给出了ab应具有的结构及相应的等价条件。在第5部分中我们得出了a # h上双代数结构的完整描述,并刻划了这个双代数结构何时是一个hopf代数。
  5. We find that the transitivity of limit of a sequence of fuzzy relations is preserved if the involved t - norm and t - conorm are continuous . also some ideal results are obtained when the sequence is monotonic and the involved t - norm and t - conorm are left continuous t - norm and right continuous t - conorm respectively . in addition , some results are still available without continuity
    我们指出:对连续的;模及t余模,若模糊关系序列具有某种传递性性质,则其极限具有同类性质;对左右连续的,模及‘余模,在序列单增或单减时得到一些较为理想的结果;在没有任何连续性的前提下,单增序列的s负传递性可保证其极限的s负传递性,单减序列的t传递性可保证其极限的t传递性。
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Related Words

  1. 余文
  2. 正交余
  3. 余推
  4. 余矢
  5. 余晷
  6. 余枝
  7. 余形
  8. 余建军
  9. 余活力
  10. 余曙光
  11. 余铭康
  12. 余铭轩
  13. 余模生
  14. 余慕莲
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