In this paper, we extend the recent theorem of G. Heier and A. Levin [HL21] on the generalization of Schmidt's subspace theorem and Cartan's Second Main Theorem in Nevanlinna theory to closed subschemes located in l-subgeneral position, using the generic linear combination technique due to Quang (see [Quang19]).

中文翻译：

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次一般位置闭子模式的广义子空间定理

在本文中，我们将 G. Heier 和 A. Levin [HL21] 关于 Nevanlinna 理论中 Schmidt 子空间定理和 Cartan 第二主定理的推广的最新定理扩展到位于l -subgeneral 位置的封闭子模式，使用泛型线性组合由于 Quang 技术（见 [Quang19]）。