| 1. | On the application of regression in differential calculus
化归在微积分学中的应用
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| 2. | Construct function by mid - value theorem of differential calculus
由微分中值定理构造函数
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| 3. | Discussion on losing the solution of the square distance of the rank differential calculus
对于一阶齐次微分方程遗失解的讨论
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| 4. | One method of demonstrating mean value theo rem for differential calculus and its application
一种证明微分中值定理的方法及其应用
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| 5. | Based on differential calculus of parameters ' the method of the establishing traffic kinematics model is proposed
提出了基于参数变换的运动学建模方法和步骤。
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| 6. | The structure method of auxiliary function is very important in solving questions about middle value theorem in differential calculus
摘要构造辅助函数法是解决有关微分中值问题的一种重要数学方法。
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| 7. | According to different features of conclusion about middle value questions in differential calculus , four kinds of methods about the auxiliary function structures will be concluded
针对微分中值问题的结论的不同特征，本文归纳出了辅助函数的四种构造方法。
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| 8. | Considering the overtaking flow , this paper built the continuum equation of mixed traffic flow , set up the kinematics differential equation by means of differential calculus
摘要引入超车换道流量，建立了混合交通流的连续性方程；通过对交通流参数的微分变换，建立了混合交通流的运动微分方程。
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| 9. | Abstract : with differential calculus and principles of precision analysis a mathematics formula on spring being out of shape error and relative factors error is derived , and given a simple method of dynamometric spring precision design
文摘:应用全微分方法及精度分析原理，推导出弹簧变形误差与各相关因素误差之间的数学表达式，提供了一种测力弹簧精度设计的简便方法。
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| 10. | The branch of mathematics known as integral and differential calculus serves as a natural and powerful tool for attacking a variety of problems that arise in physics , astronomy , engineering , chemistry , geology , biology , and other fields including , rather recently , some of the social sciences
以微积分而著称的这一数学分支，作为一个自然的强有力的工具解决物理、文、工程、化学、天地质、生物以及包括较为近期的某些社会科学等领域出现的各种问题。
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