In chapter 3,the Cauchy-Pompeiu formula of r times continuously differentiable functions defined over bounded domains in Rn and with values in Clifford algebra C(Vn,0)is developed and higher order Cauchy integral formula,mean value theorem,Cauchy inequality of k-regular functions are studied.
在第三章中讨论了定义于Rn中的有界域上取值于Clifford代数C(Vn,0)的r次连续可微函数的Cauchy-Pompeiu公式及k-正则函数的高阶Cauchy积分公式,平均值定理,Cauchy不等式等。
参考来源 - Clifford分析中的k·2,447,543篇论文数据,部分数据来源于NoteExpress
"differentiable species"
以上来源于: WordNet
ADJ capable of being differentiated 可辨的
OK, so most of the functions we'll see are differentiable.
因此大多数我们会遇到的函数都是可微的。
You will see why. It is defined and differentiable in r.
你们会明白为什么的,它在R上有定义,且是可微的。
Now Isaac Newton and/or Joseph Raphson figured out how to do this kind of thing for all differentiable functions.
既然牛顿和拉复生已经,指数了如何解这种可导函数,因此我们就不用太担心了。
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