数字化技术对提高反应堆功率控制系统的可靠性、安全性和可维护性以及改善人机界面具有重要意义。
The reliability, safety and maintainability can be demonstrated and man-machine interface is greatly improved due to the use of digital technology in the realization of the power control system.
生物反应器在发酵放大后仍保持较高的一致性和生产率，控制系统采用可调谐的PID控制回路全自动控制。
Bioreactor in the fermentation amplification remained high after the consistency and productivity, control system can be tuned PID control loop automatic controled.
实验研究表明模糊控制系统的基础上所提出的设计策略，减少振动结构的反应的有效性。
The experimental study demonstrated the effectiveness of the fuzzy control system based on the proposed design strategy in reducing the responses of a vibrating structure.
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