網(wǎng)絡(luò)釋義

用法例句

In this paper,the relative deficiency of meromorphic functions with defective functions is studied and some results of the relative deficiency of meromorphic functions spread to defective function.

該文研究了整函數(shù)和亞純函數(shù)涉及虧函數(shù)的相對虧量，將Ｓｉｎｇｈ關(guān)于亞純函數(shù)相對虧量的結(jié)果推廣到虧函數(shù)的情況，主要得到了下面的一些關(guān)系式：（１）○Ｈ（ｋ）ｒ（Ａ（Ｚ），ｆ）≤２－｛δ（０，ｆ）＋○Ｈ（∞，ｆ）｝Ａ（Ｚ）０，∞；（２）δ（ｋ）ｒ（∞，ｆ）≤３２－１２｛δ（０，ｆ）＋δ（Ａ（Ｚ），ｆ）｝，Ａ（Ｚ）０，∞；（３）如果δ（０，ｆ）＝δ（∞，ｆ）＝１，則○Ｈ（ｋ）ｒ（Ａ（Ｚ），ｆ）＝０。

Deficient Functions of a Class of Random Dirichlet Series;

一類隨機Dirichlet級數(shù)的虧函數(shù)

On the Deficient Functions, the Singular Directions and Normal Family Theory for Meromorphic Functions;

亞純函數(shù)的虧函數(shù)、奇異方向和正規(guī)族理論

Elliptic Genera and Theta Functions Identities;

橢圓虧格及theta函數(shù)的恒等式

Infinite-Order Meromorphic Functions with Maximal Sum of Quasi-Deficiencies

具有極值擬虧量和的無窮級亞純函數(shù)

The Analysis of Linear Profit-Loss Balance under the Condition of Cobb-Douglas Productive Function;

柯布一道格拉斯生產(chǎn)函數(shù)條件下的線性盈虧平衡分析

In this paper, we researches the sum of U( r)- relative deficiency of meromorphic functions, which generalize.

本文我們主要研究亞純函數(shù)導(dǎo)數(shù)的U()相對虧量和,得到一些推廣結(jié)果.

bring the majority of money-losing firms into the black

使大多數(shù)虧損企業(yè)扭虧為盈

g-Functions, Weak Base g-Functions and Applications of Cardinal Functions;

g-函數(shù)，弱基g-函數(shù)及基數(shù)函數(shù)的應(yīng)用

position function

位置函數(shù)，坐標函數(shù)

functional type experiment

函數(shù)型實驗 函數(shù)型實驗

stress functions and displacement functions

應(yīng)力函數(shù)和位移函數(shù)

Henstock integrable function and staircase function;

Henstock可積函數(shù)與階梯函數(shù)

multichannel quantum defect theory

多通道量子數(shù)虧損理論

The logarithmic function is defined as the inverse of the exponential function.

對數(shù)函數(shù)是作為指數(shù)函數(shù)的反函數(shù)來定義的。

functional form of linear function

線性函數(shù)的泛函形式

Real Variable Function & Functional Analysis

實變函數(shù)與泛函分析

Every function whose derivative is linear is a quadratic function.

任意一個導(dǎo)數(shù)為線性函數(shù)的函數(shù)都是二次函數(shù)。

An exponential function is one in which the variable appears in an exponent.

指數(shù)函數(shù)是指數(shù)中出現(xiàn)變量的函數(shù)。