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1·The equivalent impedances of inductor and capacitor in transient response were deduced from the exponential transient solution and the volt ampere relation of these elements.

利用暂态响应解的形式和电感、电容的电压与电流的关系，导出了电感和电容的等效阻抗，从而可用电路方法求解动态电路的暂态过。

2·For example, replicating blocks to a networked drive is fairly simple, but handling failures and transient outages (and the resulting synchronization of the drives) is where the real solution begins.

例如，向一个网络驱动器复制块相对比较简单，但是，处理故障和暂时断电(以及随后的驱动器同步)才是真正解决方案的开始。

3·The processing of contingency set, modeling and solution of coordinated control are key technologies for real-time transient stability control.

预想事故集的处理、协调控制模型建模及求解是实现实时暂态稳定协调控制的关键技术。

4·The creation and solution of dynamic equations and problems concerning input characteristics, transient angular frequency and analysis of amplitude response are described.

文中阐述了动力学方程的建立和求解、系统输入特性和瞬态角频、振幅响应分析等问题。

5·Discussed are the hydraulic transient equations of fluid transient in pipelines and the finite differential solution as well as the practical simulation of short or long pipelines.

文章详细讨论了原油管道瞬变流动的数学描述及有限差分求解方法，并分别分析了对简单管道和长输管道不稳定工况的仿真。

6·Transient state process solution of RLC-circuit can be solved easily by the analytic method of complex frequency field.

利用复频域分析法，方便地求解了RLC电路的暂态过程解，并对此解进行了讨论。

7·By using Lagrange formulations, the solution of transient in nonlinear serial RLC circuits was obtained and analyzed to find their some general features.

应用拉格朗日方程对非线性RLC串联电路的暂态过程进行了求解，对所得到的解析解进行了分析，得到了非线性RLC电路的一些普遍特征。

8·Eg. The complementary function corresponds to the transient, and the particular solution to the steady state.

余函数（齐次解）对应于暂态，特解对应于稳态。

9·Based on the limited momentum propagation velocity, this paper presents the solution of the transient momentum equation by Laplace transform. The distribution functions of velocity and eddy are given.

在考虑瞬态过程中动量扩散速度基础上，用拉普拉斯变换法对无限长平板突然起动瞬态动量定解方程进行了求解，并按涡量定义求出涡量分布函数。

10·Make a simplified solution calculating two-phase flow transient state property according to different flow pattern and then forecast transient property of air-water distribution in pipe.

根据不同流型提出计算两相流瞬变特性的简化公式以此预测管内气液分布瞬变特性。