divisor of zero

divisor of zero的基本解释

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零因子

与divisor of zero相关的网络例句 [注：此内容来源于网络，仅供参考]

The reason that zero can not be divisor, is right?Feng XinkongIn the eighth book of six-year primary school's teaching in nine-year compulsory educationmaterials, it states that "zero can not be divisor". But we can find that the formula, a=cq, checking the dividing exactly , is same as the form of direction proportion function, y=kx; the formula of checking the dividing not exactly, a=cq+r, is same as the form of simple function.

在九年义务教育六年制小学教科书《数学》第八册中规定"零不能作除数"，但是当我们学习了正比例函数和一次函数之后就会发现，验算能整除的除法的关系式a=cq和正比例函数y=kx的表示形式相同；验算有余数除法的关系式a=cq+r与一次函数的关系式y=kx+b的表示形式相同。

In this dissertation , the main works of the author is follows:(1)The method FPI (Fast Plaintext Imbedded to the divisor) is improved, which makes the probability of the plaintext not be imbedded into the divisor nearly to zero and its velocity is fast.

在本论文中，作者主要做了以下几个方面的工作：(1)改进了明文嵌入超椭圆曲线除子的FPI(Fast Plaintext Imbedded to the divisor)方法，该方法使明文不能嵌入到超椭圆曲线的除子的概率几乎为零，且其速度较快，可用于椭圆曲线密码体制。

An ring R is said to be the middle superprime ring, if every non - zero ideal of R contains an non - zero element c, which is not middle divisor of zero.

一个环R称为中间超素环，如果它的每个非零理想都包含一个非零元素，它不是中间零因子。

与divisor of zero相关的网络解释 [注：此内容来源于网络，仅供参考]

very ample divisor：极丰富除子

trial divisor 试(用)除数 | very ample divisor 极丰富除子 | zero divisor 零因[除]子

zero divisor：零因[除]子

very ample divisor 极丰富除子 | zero divisor 零因[除]子 | divisor 因, 除法变换子, 除数

divisor of algebraic function field：代数函数体的因子

因子类群 divisor class group | 代数函数体的因子 divisor of algebraic function field | 代数曲体的因子 divisor of algebraic variety