1) Mcshane integrable
Mcshane可积
1.
In this paper, we give a brief poot of absotutely Henstock integ rable is Lebesgue integrable,next we use Lebesgue point to structure the gauge δ and proved that absolutely Henstock integrable is Mcshane integrable.
首先给出绝对Henstock可积一定Lebesgue可积的简短证明，然后利用Lebesgue点构选δ（x）函数证明绝对Henstock可积是Mcshane可积的。
2) Mcshane Integral
Mcshane积分
1.
LSRS Convergence Theorem of Mcshane Integral;
Mcshane积分的LSRS收敛定理
2.
A sufficient and necessary condition for McShane integral;
McShane积分的一个充要条件
3.
The McShane integral of Banach-valued functions defined on R~n(I);
R~n中Banach值函数的Mcshane积分(I)(英文)
3) strong McShane integral
强Mcshane积分
1.
In this paper we define and study the strong McShane integral of functions mapping a compact interval I 0 in R m into Banach spaces X.
在本文中 ,我们定义和研究了I0 Rm 到Banach空间X中函数的强McShane积分 ,直接证明了强Mcshane积分与Bochner积分是等价的 ,McShane积分与强Mcshane积分等价当且仅当Banach空间X有限维 。
4) The McShane Integral of Set-valued Functions
集值函数的McShane积分
1.
The McShane Integral of Set-valued Functions;
集值函数的McShane积分
6) McShane extension
Mcshane扩展
1.
We first give the definition of degenerate weakly (K_1, K_2)-quasiregular mappings by using the technique of exterior power and exterior differential forms, and then, by using the method of McShane extension to obtain a useful inequality for them, which can.
首先利用外幂及外微分形式给出退化弱(K_1，K_2)-拟正则映射的定义，然后通过Mcshane扩展得到一个对退化弱(K_1，K_2)-拟正则映射有用的不等式，这一不等式可用来提高退化弱(K_1，K_2)-拟正则映射的正则性。
补充资料：积积
1.长久累积。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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