针对碱性腐蚀介质下水电解槽的工作条件，设计了其密封结构。
The sealing structure was designed according to the working conditions of water electric tank in condition of alkaline erosive medium.
基于流体动力学理论，推导了水电解槽密封泄漏率公式，并分析了其密封性能。
The sealing leakage ratio formula of water electric tank was deduced based on hydrodynamic theory and the sealing performance was analyzed.
针对水电解槽槽温控制系统的负荷扰动前馈控制环节的超前项问题，提出一种带预测前馈的预测控制算法。
A predictive control with predictive feedforward structure is presented to solve the feedforward compensate problem caused by time delay of electrolysis cell.
针对水电解槽槽温控制系统的负荷扰动前馈控制环节的超前项问题，提出一种带预测前馈的预测控制算法。
A predictive control with predictive feedforward structure is presented to solve the feedforward compensate problem caused by time delay of electrolysis cell.
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