| 1. | Thereby , it is of great value to investigate the theory and operation of tcsc
因此，对tcsc的研究有比较大的理论意义和实用价值。 |
| 2. | In the end , this dissertation attempts to provide reasonable interpretation from the view of tcsc impedance mechanism
论文最后尝试从tcsc的阻抗机理中给出可行的解释。 |
| 3. | The design procedure of damping controllers is presented , including pss , hvdc small signal modulation and tcsc modulation
描述了基于prony方法的控制器设计过程，包括pss ， tcsc和直流小信号调制。 |
| 4. | Chapter 3 discuses the selection of damping controllers , especially for pss , hvdc small signal modulation and tcsc modulation
分析了阻尼低频振荡的控制器选择，主要阐明了pss ， tcsc和直流小信号调制的应用场合。 |
| 5. | Investigations start with the practical state subsection models . the basal wave impedance expression of tcsc is deduced and established in time domain
研究中首先从tcsc实际工作状态分段模型出发，在时域中推导和建立了它的基波阻抗表达式。 |
| 6. | Computaion results indicate that upfc has strong regulation capability of power flow and voltage , and tcsc has strong regulation capability of line flow
计算结果表明： upfc具有较强的潮流和电压调节能力， tcsc则具有较强的线路潮流调节能力。 |
| 7. | Deeper analyses are carried through to gain impedance characters due to model established previously , so as to obtain k principle of l and c during design
然后利用已建立的阻抗模型，深入分析了tcsc的阻抗特性，得出了tcsc设计中l ， c阻抗系数上的k原则。 |
| 8. | Finally , the different behaviors between fixed series capacitor and tcsc are presented through simulation , and the results show tcsc ' s positive effect on ssr
最后在仿真研究中，挖掘了tcsc与常规固定串补的不同表现。仿真结果表明tcsc对ssr确实起着积极的抑制作用。 |
| 9. | The pole - placement method is used in the design of controllers . the 4 - machine system example validates the effectiveness of this prony ' s method based damping controller design . 4
并用4机系统对pss的设计以及tcsc的控制信号选取作为例子表明了本文基于prony方法设计低频振荡阻尼控制器的有效性。 |
| 10. | With tcsc established as studying object , this dissertation prosecutes a detailed analysis and puts forward its impedance model from time domain and frequency domain , rectifying some expressions in nowaday research articles
本文即以tcsc为研究对象，从时域和频域两个方面深入分析了它的阻抗模型，对当前研究文献中的一些说法提出了质疑和商榷。 |
