E is a weakly sequentially complete Banach lattice with a weak unit e. ;One constructs sequences of operator averages, ;The existence of an invariant weak unit is equivalent to the condition that for any nonzero H in ;With further assumption of commutativity on ;The notion of truncated limits is used in the second chapter of results. Let u be a weak unit in E. For a sequence ;In addition to left amenability one assumes either the operators ;It follows that if TL ;Assuming commutativity and passing to Kothe function space representation of E, one obtains the decompositions of the Banach lattice of the form E = Y + Z = P + D + Z, where the 'remaining part' Y is the maximal support of ;A unified proof for the above results is given in a more general setting of an order continuous seminorm N satisfying condition (C) and the following condition: For any sequence
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机译:E是一个具有较弱单元e的弱顺序完全Banach晶格。 ;一个构造算术平均值的序列,;一个不变的弱单位的存在等同于以下条件:对于H中的任何非零H;进一步假设交换性;结果的第二章使用了截断极限的概念。令u为E中的一个弱单元。对于一个序列;除左可取性外,还假定其中一个算子;因此,如果TL;假定可交换性并传递给E的Kothe函数空间表示,则可以获得Banach格的分解形式为E = Y + Z = P + D + Z,其中“剩余部分”是Y的最大支持;以上结果的统一证明是在更连续的阶次连续半范数N满足条件下给出的(C)和以下条件:对于任何序列
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