| 1. | Bipolar single circuit dc transmission
直流双极一回线送电 |
| 2. | The transmission of a number of different messages simultaneously over a single circuit
在一条线路上同时传输许多不同的报文。 |
| 3. | Radiators , contact factors , plate heat exchangers , heat exchangers , single circuit , multiple circuits , etc
暖气管、接触系数、板式热力交换器、热交换器、单线路、多线路水管等 |
| 4. | By using the waning curve method , an adjustment method of the single circuit control system adjuster parameters is obtained
利用衰减曲线法，得出单回路控制系统调节器参数的整定方法。 |
| 5. | To improve the output current further , two circuit units connected in a mutually compensatory manner of the improved converter are simulated with a doubled output current in comparison with a single circuit unit
为了进一步提高输出电流，在仿真过程中将两个单元电路以互补的方式并联，结果显示输出电流为单个单元电路的两倍。 |
| 6. | Nowadays the single circuit control system is used commonly . and many specialists suggest that the series connection control system is better . so what are the advantages of the series connection control system and what objects are fit most
二是确定控制系统，目前常采用单回路控制系统，但许多专家又提出宜采用串级控制系统，串级控制究竟有何好处 |
| 7. | Bwr is a light water reactor using ordinary water as coolant and moderator similar to the pwr except it only has a single circuit connecting the reactor and the turbine without a steam generator
沸水式反应堆是轻水反应堆的一种，这种反应堆和压水式反应堆相似，均利用普通水作为冷却剂及慢化剂，但沸水式反应堆只有一个连接反应堆和涡轮机的回路，且没有装设蒸汽发生器。 |
| 8. | Bwr is a light water reactor using ordinary water as coolant and moderator similar to the pwr except it only has a single circuit connecting the reactor and the turbine without a steam generator
沸水式反应堆是轻水反应堆的一种，这种反应堆和压水式反应堆相似，均利用普通水作为冷却剂及慢化剂，但沸水式反应堆只有一个连接反应堆和涡轮机的回路，且没有装设蒸汽发生器。 |
| 9. | Furthermore , on the basis of adopting pzt ( lead zirconium titanate ) as the switched - capacitor dielectric , the output current of a single circuit unit is eight times as large as that of the former single circuit unit with identical technology process parameters
针对采用锆钛酸铅铁电薄膜( pzt )作为开关电容介质的设想，在工艺参数不变的情况下，计算机仿真结果表明，其单个单元电路输出电流可提高7倍。 |
| 10. | To series connection control system , in the paper , the more suitable objects are suggested by using the differential equations , equations deducing and comparing the stubbornness of series connection control system and single circuit control system to overcome the disturbances
对于串级控制系统，本文采用微分方程法，通过公式推导，比较串级控制系统与单回路控制系统对干扰的克服能力，提出了适用于串级控制的空调对象。 |
