可微分性

基本解释 (translations)

deferentiality

与可微分性相关的网络例句 [注：此内容来源于网络，仅供参考]

Two types of new Abel differential equation are structured by method of variation replacement, variation position transformation and compound function derivation law.

借助变量替换法、交换变量位置法及复合函数求导法则，构造出两类新的 Abel型微分方程，论证它们的可积性，提供可积的判据，从而推广有关文献的结论，扩大微分方程的可积范围。

In this paper,through construction of an asymptotic solution,We give a necessary condition of the micro local form to local solvability of boundary value problem of pseudo differential equation with two variables.

利用微局部分析的工具，讨论了含两个变量的拟微分方程边值问题的局部可解性；通过构造渐近解的方法，给出了上述问题局部可解的微局部形式的必要条

An important problem of calculus of variations used in constrained differential systems, i.e., the commutation relation of differential operator and variational oprerator, is investigated by means of Frobenius theorem of integrability.

利用Frobenius可积性定理，研究微分约束系统一个重要的变分法问题：微分运算与变分运算的对易关系。

Based on analyzing the d-δ commutation relation for the linear stationay differential constrained systems and affine differential constrained systems, the relationship between noncommutator of differentiation and variation and nonholonomicity of the differential constraints is briefly proved by means of Frobenius integrability theory.

文中以微分约束的Frobenius可积性理论为依据，在分析线性稳定微分约束系统和仿射微分约束系统的d-δ对易关系基础上，简要论证了微分与变分的非对易子与微分约束的非完整性之间的关系。

The maximum principle of the optimal control for the stochastic systems described by Zakaj stochastic partial sifferential equationis proved by approximately minimum point theorem of E. Ekeland. The convexity and compactness of the set of control values is not assumed, and it is not necessary for the maximum principle about differentiability in control variables included in drift term of the stoch astic system and the integrand in index functional, and costate process satisfies the stochastic partial ...

在不假便定控制变量取值的集合是凸的和紧的，不要求随机系统的漂移项和指标泛函的被积函数关于控制变量具有可微性的情况下，用E，Ekeland的近似极小点定理证明了Zakai随机偏微分方程描述的随机系统的最优控制的最大值原理，和用很简洁的方法证明了协态过程满足一个随机偏微分方程。

This article use the improved integral inequalities with the deviate variable and some skills of inequalities as well as related knowledge about second-order differential equation,to obtain the following results: the classification of limit point case or limit circle case and boundedness for second order differential or difference equation with deviative variable,discussed the classification for certain n-order differential equations,Criteria for the classification of second order differential equation with deviative variable.

本文利用推广的具有偏差变元的积分不等式，结合不等式的一些技巧以及常微分方程的相关知识对一类二阶具有偏差变元的微分方程及一类二阶差分方程极限圆型的分类问题作了相关的研究工作，并且讨论了一类n阶具有偏差变元的常微分方程解的平方可积性与有界性和一类二阶非线性具有偏差变元的微分方程解的有界性。

On the basis of the differential game approach, necessary and sufficient solvable conditions for the hybrid estimation problem are provided in terms of solutions to a Riccati differential equation.

基于微分对策方法，混合估计问题有解的充要条件表达为 Riccati 微分方程的可解性。

The algorithm is linear recursive and easy to realized by a recursive function in computer algebra systems.

在最后一章，我们研究了具有任意有理共振奇点的复自治多项式微分系统(即线性部分特征值比为n∶—m型奇点)的可标准化，可积性，线性化问题。

The question of integrability and non-integrability always are two importantaspects in ordinary differential...

可积性和不可积性问题一直是微分方程研究的两个重要方面。

Limits, Continuity, Derivatives, and Integration of Single Variable, Integration Techniques, Applications of Derivatives and Integrals, Infinite Sequences and Series, Multivariable Function and Their Derivative, Multiple Integrals, Integration in Vector Fields.

课程内容：单变数函数之极限、连续、微分、积分，积分技巧，微分与积分的应用，无穷数列与级数，多变数函数之偏微分、可微性，多重积分，极值问题，向量场积分。

与可微分性相关的网络解释 [注：此内容来源于网络，仅供参考]

approximate differentiability：近似可微性

approximate derivative 近似导数 | approximate differentiability 近似可微性 | approximate differential 近似微分

approximate total differentiability：近似全可微性

approximate solution 近似解 | approximate total differentiability 近似全可微性 | approximate total differential 近似全微分

approximate differential：近似微分

approximate differentiability 近似可微性 | approximate differential 近似微分 | approximate formula 近似公式

approximate total differential：近似全微分

approximate total differentiability 近似全可微性 | approximate total differential 近似全微分 | approximate upper semi continuity 近似上半连续性

different from zero：可微分性

差音 difference tone | 可微分性 different from zero | 微分 differential

differentiability：可微分性

differentia 不同点 | differentiability 可微分性 | differential 两路线运费差额

differentiability：可微性,可微分性

different species | 异类 | differentiability | 可微性,可微分性 | differentiable | 可微分的

rational division algebra：有理可除性代数

有理微分[方程]组 rational differential systems | 有理可除性代数 rational division algebra | 有理[表达]式 rational expression

stochastic dependence：随机相依性

随机恒定的 stochastic definite | 随机相依性 stochastic dependence | 随机可微分性 stochastic differentiability

stochastic integral and differential equations：随机积分与微分方程

随机可积分性 stochastic integrability | 随机积分与微分方程 stochastic integral and differential equations | 随机核 stochastic kernel