1) summable function
可和函数
2) Function with compound factor
可调和因子函数
3) L p(E)
P方可和函数
4) differentiable function
可微函数
1.
Two mathematical derivations of them have been introduced by using the properties of differentiable function and the derivation algorithm of multiple function in present paper, and several mistakes in some derivative methods have also been pointed out.
介绍了应用可微函数的性质及多元复合函数的求导性质推导热力学中著名的麦克斯韦关系式的方法 ,指出了有关文献中推导过程的不
2.
In this paper, we give a generic condition of differentiable functions on noncompact complete Rie- mannian manifold.
本文给出了比文［４］更好的非紧完备黎曼流形上可微函数的最大值与最小值原理的一般性条件。
3.
This paper investigates the absolute convergence of the Fourier Laplace series concerning of some smooth functions defined on the unit sphere in R n,hereinto shows that:if f is 2([n4]+1) th continuously differentiable function on H r P(Ω n),then the series ∑∞k=0Y kf(x) converges uniformly to f.
讨论了n 维球面上某些可微函数类的Fourier Laplace级数的绝对收敛性 ,其中指出 :设f是Hrp(Ωn)上 2 ( [n4 ]+1)次连续可微函数 ,则级数∑∞k =0 Ykf(n)一致收敛到f 参
5) measurable function
可测函数
1.
Relationship of Continuous function and Measurable function in measurable set;
可测集合上连续函数与可测函数的相关性
2.
The natural disposition theorem on n-dimension measurable function
n-维可测函数的本性定理
3.
Based on the definition and the provement of the characters of measurable function,this paper gives the detailed provement of the theorem about judging measurable function.
根据可测函数的定义及其相关性质的证明,给出了关于判定σ(f)可测函数的相关定理的详细证明过程。
6) integrable function
可积函数
1.
The approximation of integrable function f in different situations has different characteristics.
以[0,1]区间上可积函数的逼近度为基础,进一步探讨了区间[a,b]上积分与积分和的逼近度,即可积函数f对任意分法在不同情况下其逼近度有不同表现。
2.
popularize that f1(x),…,fn(x) are all positive continuous functions in in the original proposition into that f1(x),…,fn(x) are all integrable functions in and give its strict theory proof.
本文将原命题中的f1(x),…,fn(x)是[0,1]上的正的连续函数推广到f1(x),…,fn(x)为[a,b]上的可积函数,并给出了严格的理论证明。
3.
The paper gives an improvement on the problem of extremal value of mean value functionF(x)=1x-a∫~x_af(t)dtx∈(a,f(a)x=afor the integrable function f(x) in of the papers ,.
对文[1]、[2]中在[a,b]上的可积函数f(x)的平均值函数F(x)=1x-a∫xaf(t)dtx∈(a,b]f(a)x=a的极值问题提出了改进。
补充资料：可和函数
可和函数
sununable function
可和函数l，11川nOUe fillc柱佣;cyMM“pyeMa:中yHK”，:l 函数/:X，R，它定义在带非负测度的空问(x，，，)上的Lebesg，积分(Le忱sgue integr己)兵了汉，‘是有限值.在可测函数空间中，可和函数的集合L(X)组成线性空间.取其函数的绝对值，以及一组有限个函数的最大值和最小值不会超出L(X)的范围.若拜万<笑，则L(X)在一致收敛(朋iform conver-genee)意义下是封闭的.H .A.B二Horpa江oBa撰[)l、注】(X，#)上的可和函数或Lebesgue可积函数(Lcbesgue integral fiul ctions)的标准记法是L’(l‘)或毛‘(X，d声‘)(或Lt(拜)，LI(X，d声‘)).
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参考词条