- 更多网络例句与无穷小相关的网络例句 [注：此内容来源于网络，仅供参考]
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Theorem 2 The product of a bounded function and an infinitesimal is an infinitesimal.
定理 2 有界函数与无穷小的乘积是无穷小。
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Limit the type of function is more extensive and complex, involving a bounded function, infinitely small amount, equivalent to infinitesimal, the continuity of function, and many other content.
函数极限的类型较为广泛、复杂，涉及到有界函数，无穷小量，等价无穷小，函数的连续性等多方面的内容。
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The chain rule of transference and the power rule for the equivalent infinitesimal s were obtained.
给出了等价无穷小代换法则的传递法则与幂法则，常用的等价无穷小一览表。
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In this paper, infinitesimal classification is given and theorem condition of equivalent infinitesimal replacement is simplified,thus,this theorem is easy to operate.
对无穷小提出了新的分类法，并对等价无穷小替换定理的条件进行了简化，从而使得该定理应用更加方便。
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Chapter 1 gives the background,current research process of relatedproblems and summarizes this thesis\'s work.In chapter 2,we study the Brownian motion with holding and jumping on the boundary.We use the resolvent method to obtain the infinitesimal generator because the domain of the infinitesimal generator is essentially the same as the range of the resolvent.Knowledge of this range and of the differential operator determines uniquely the infinitesimal generator.Since the semigroup generated by the DHJ is not strongly continuous,to use the nice property of strongly continuous semigroup in analytic theory,in chapter 3 we show that the dual is strongly continuous and derive ergodicity through spectral radius formulas and finally obtain the ergodic theorem by duality. In chapter 4,we discuss a class of a more general process---one dimensional Feller diffusion proposed by W.Feller in 1954.The Feller diffusion allows the possibility of jumps from boundary to boundary,not only from boundary to the interior.We give the stationary distribution of this process.
具体地，本文的结构如下：第一章给出了问题产生的背景，研究现状及本文的主要工作；第二章研究了在边界上逗留后随机跳的布朗运动，我(来源：3dABC论文网www.abclunwen.com)们用预解算子的方法得到其无穷小生成元，因为无穷小生成元的定义域本质上就是预解算子的值域，知道这个值域和微分算子形式就能唯一地决定无穷小生成元；由于DHJ过程产生的半群不是强连续的，为利用强连续半群的一些漂亮性质，在第三章中我们证明其对偶半群是强连续的，然后由谱半径公式得到遍历性并且最后由对偶得到遍历定理；第四章讨论了Feller在1954年引入的更广的一类过程----一维Feller扩散过程，Feller扩散过程允许有从边界到边界的跳发生，即不仅仅局限于从边界到内部的跳，在这一章中，我们给出了一维Feller扩散过程的平稳分布；在第五章，我们讨论了一些相关的问题，给出了DHJ过程对应的PDE问题及特征值与收敛速度的关系。
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This paper gives a general equivalent infinitesimal of trigonometric functions,and utilizes the equivalentinfinitesimal to make questions become easy.
给出了三角函数的一般形式的等价无穷小，并利用等价无穷小，来简化求极限时繁琐的步骤
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This paper tries to give a definition of the sum and the product of infinite infinite simal,and it also tries to give some examples to illustrate the sum and the product of infinite infinite simal being or not being infinite simal.
给出了无限个无穷小的和、积的一种定义，并用例子指出无限个无穷小的和、积既可能是无穷小，也可能不是无穷小。
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This paper discusses how to teach students"the product of infinite infinitesimals isn t necessarily infinitesimal" in teaching "advanced mathematics" Or "Mathematical Analysis",and the author provides some new original examples which had not been seen in currently available textbook and riches the teaching content.
文章对"无穷多个无穷小的乘积不一定是无穷小"这一知识点在"高等数学"或"数学分析"的教学中如何讲授给学生进行了一些有益的探讨，并给出了一些在现有教科书及参考书中未曾见过的独创的新例子，从而丰富了教学内容。
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This result shows that if the image of the Gauss map of an evolution convex surface with planar boundary covers some hemisphere, such a surface maybe be of infinitesimal nonrigidity for the isometric infinitesimal deformation of planar boundary.
这个结果表明如果带平面边界的凸旋转曲面的Gauss映照像覆盖了某个半球，这曲面对于保持平面边界的无穷小等距形变来说可能是非无穷小刚的。
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The Non-Archimedean infinitesimal is larger than 0 and smaller than any positive real number. Among those scholars who believe the existence, some hold the Non-Archimedean infinitesimal can be given a specific value when solving a DEA model and others do not.
非阿基米德无穷小量大于0且小于任何正实数，在求解含非阿基米德无穷小量DEA模型时，可否对非阿基米德无穷小量赋予具体的实数值，肯定派又分为两个分支，一个分支认为可以，另一个分支认为不可以。
- 更多网络解释与无穷小相关的网络解释 [注：此内容来源于网络，仅供参考]
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Infinitesimal calculus：无穷小计算
infinitesimal analysis | 无穷小分析 | infinitesimal calculus | 无穷小计算 | infinitesimal circle | 无穷小圆
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infinitesimal analysis：无穷小分析
infinitesimal | 无穷小,无限小 | infinitesimal analysis | 无穷小分析 | infinitesimal calculus | 无穷小计算
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infinitesimal deformation：无穷小形变
infinitesimal contact transformation 无穷小切变换 | infinitesimal deformation 无穷小形变 | infinitesimal displacement 无穷小位移
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infinitesimal displacement：无穷小位移
infinitesimal deformation 无穷小形变 | infinitesimal displacement 无穷小位移 | infinitesimal generator 无穷小算子
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infinitesimal generator：无穷小算子
infinitesimal displacement 无穷小位移 | infinitesimal generator 无穷小算子 | infinitesimal operator 无穷小算子
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infinitesimal operator：无穷小算子
infinitesimal generator 无穷小算子 | infinitesimal operator 无穷小算子 | infinitesimal quantity 无穷小
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infinitesimal quantity：无穷小
infinitesimal operator 无穷小算子 | infinitesimal quantity 无穷小 | infinitesimal rigidity 无穷小刚性
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infinitesimal rigidity：无穷小刚性
infinitesimal quantity 无穷小 | infinitesimal rigidity 无穷小刚性 | infinitesimal rotation 无穷小旋转
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infinitesimal rotation：无穷小旋转
infinitesimal rigidity 无穷小刚性 | infinitesimal rotation 无穷小旋转 | infinitesimal transformation 无穷小变换
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infinitesimal strain theory：无穷小应变理论
infinitesimal method 无穷小法 | infinitesimal strain theory 无穷小应变理论 | infinitesimal 无穷小的;微元;无限小的;无穷小的;细微末节的