- 多电机系统
- machine: n. 1.机(器)，机械；机关，机构。 2.印刷机器；缝 ...
- system: n. 1.体系，系统；分类法；组织；设备，装置。 2.方 ...
- multi burner cutting machine: 多头切割机
- multi cutter shearing machine: 多刀剪毛机
- multi die machine: 多次拉丝机
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multi-machine system中文什么意思
- 多电机系统
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例句与用法
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- Asymptotic behavior of nonlinear multi - machine systems
多机非线性系统的渐近行为 - The mechanism that induction motor losing stability can lead to voltage stability is confirmed by the analysis results of typical system and multi - machine system
典型系统和多机系统下的研究结果都表明，感应电动机的失稳可能导致系统电压崩溃。 - The bue can has the functions of in polysleeve way , non - destructive bus arbitration technigue , super - strong - error measurement and high communication rate etc . which have been widely used in the various low cost , high anti - interference multi - machine systems
Can总线以其多主方式、非破坏性总线仲裁技术、超强错误检测和高通信速率等功能在各种低成本、高抗干扰的多机系统中得到了广泛应用。 - The sib of differential - algebra equation ( dae ) can be interpreted as one mechanism of transient voltage unstable or voltage collapse , and this mechanism is illustrated under multi - machine system . moreover , the algorithm for search sib point under multi - machine system is proposed . the study of dae model and its singularity - perturbed model shows that they are different in essence
微分-代数方程下的奇异诱导分岔可作为暂态电压崩溃的一种机理解释，在典型系统中详细地分析了该机理，并在多机系统中构造出相应的算例，此外还提出了在多机系统中计算奇异诱导分岔点的算法设想。 - In this thesis , by the summarizing and analyzing about the present stability control study state of synchronous generator unit , it is achieved that the governor pss ( gpss ) is more suitable for the stability control of multi - machine system because of its better decoupled character than conventional pss ; the intelligence control theory is more reasonable than conventional methods to design the hydro - generator unit gpss because of the uncertainty of mathematical model of hydro - electricity system caused by intense nonlinear character and time - variant operating mode of hydro - turbine and water - hammer effect of hydraulic system
本文对同步发电机组稳定控制的研究现状进行了综述和分析。认为：与常规pss相比，调速器侧pss ( gpss )具有良好的解耦特性，更宜用于多机系统的稳定控制；由于水轮机特性的强非线性、工况的时变性以及引水系统的水击效应所导致的水电系统数学模型的不确定性，采用智能控制理论设计水电机组gpss较常规设计方法更为合理。