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- nth order difference equation n阶差分方程
- second order difference equation 二阶差分方程
- functional boundary value problem for second order difference equation 二阶差分方程泛函边值问题
- second order difference equations 二阶差分方程
- Oscillation of Unstable Type First Order Difference Equation with Continuous Variable 连续变量不稳定型一阶差分方程的振动性
- Global Asymptotic Stability for First Order Difference Equations 一阶差分方程零解的全局渐近稳定性
- boundary value problems for second order difference equations 二阶差分方程边值问题
- The behavior of the system is governed by a difference equation, or a return map, that gives the (n + 1)th value of variables as a function of the preceding nth value of the variables. 一般而言，控制整个系统行为的是一个微分方程，或者是一个确定型的带返回值的函数。 确切地说，在第n+1个时刻，系统中某个变量的取值依赖于某个函数，这个函数根据第n个时刻系统中各个变量的取值来决定它在第n+1个时刻的取值。
- n order difference equation n阶差分方程
- high order difference equation 高阶差分方程
- two order difference equation 二阶差分方程
- first order difference equation 一阶差分方程
- nth order r- Recurrent determinant n阶r-循环行列式
- These results generalize and improve some known results about both neutral and delay difference equation. 所有结果推广和改进了关于中立和时滞差分方程已有结果。
- On the parameter-B?cklund transformation for the Korteweg-de Vries equation of the nth order 关于n阶Korteweg-de Vries方程的含参数B?cklund变换
- Consider the second order nonlinear variable delays difference equation with nonlinear neutral terms. The sufficient conditions for oscillation of the equation and the difference operator are obtained. 考虑具有非线性中立项的二阶非线性变时滞差分方程,获得了该方程及其差分算子振动的充分条件。
- He's methodical to the nth degree. 他做事有条不紊算是到家了。
- Communicate with customer regarding to the order difference raised by production department, find out solution together with customer and production line. 负责将生产部门发现的客户定单的差异与客户沟通,寻求解决方案。
- A kind of ordinary difference equation that can be transferred to Euler equation, often appears in polar coordinates solution of elastic problems. 在弹性力学问题的极坐标解答中,经常会遇到一类可转化为欧拉方程的常微分方程。
- At the same time, by solving the difference equation at real time, the rules of the air contaminant distribution along the tunnel are revealed. 在进行交通流仿真的同时,实时地求解该差分方程,从而确定隧道内污染物浓度沿纵向的分布规律。
