Resolving Resolution Dimensions

Resolving Resolution Dimensions
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DOI:
10.1007/s10468-012-9351-5
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发表时间:
2013-08
影响因子:
0.6
通讯作者:
Xiaosheng Zhu
Xiaosheng Zhu
中科院分区:
数学4区
文献类型:
--
作者:
Xiaosheng Zhu

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设为阿贝尔范畴。的一个子范畴称为分解子范畴,如果它在满态的扩张和核下是闭的,并且包含的所有投射对象。本文研究了Araya等人的许多结果的分解子范畴的-分解维数和特殊-预覆盖。(J Math京都大学45:287-306,2005),Auslander和布里杰(Mem Am Math Soc(94),1969),Avramov和Martsinkovsky(Proc Lond Math Soc 85:393-440,2002),Christensen(2000),Christensen et al.(J Algebra 302:231-279,2006),霍尔姆(J Pure Appl Algebra 189:167-193,2004),霍尔姆和Jørgensen(J Pure Appl Algebra 205:423-445,2006),Sather-Wagstaff et al.(代数代表Theor 14:403-428,2011),高桥和白色(Math Scand 106:5-22,2010)、白色(J Commut Algebra 2:111-137,2010)和Xu(1996)是广义的。
Letbe an abelian category. A subcategoryofis called a resolving subcategory ifis closed under extensions and kernels of epimorphisms and contains all projective objects of. In this paper, we consider the-resolution dimensions and special-precovers for a resolving subcategoryofMany results in Araya et al. (J Math Kyoto Univ 45:287–306, 2005), Auslander and Bridger (Mem Am Math Soc(94), 1969), Avramov and Martsinkovsky (Proc Lond Math Soc 85:393–440, 2002), Christensen (2000), Christensen et al. (J Algebra 302:231–279, 2006), Holm (J Pure Appl Algebra 189:167–193, 2004), Holm and Jørgensen (J Pure Appl Algebra 205:423–445, 2006), Sather-Wagstaff et al. (Algebr Represent Theor 14:403–428, 2011), Takahashi and White (Math Scand 106:5–22, 2010), White (J Commut Algebra 2:111–137, 2010) and Xu (1996) are generalized.