按压力容器设计方法进行了闪蒸室设计计算。
Except these we also design flash recipient as a pressure recipient.
并进行了大量的雾化技术实验，得出直流闪蒸技术在特定的压力温度下能满足级间加湿的需要。
From a great deal of fogging experiment, getting that the direct-flash technique can satisfy the experiment.
采用可视化观察与数据同步记录分析相结合的方法，研究了不同压力条件下自然循环系统上升段中的闪蒸现象及其对自然循环稳定性的作用。
Under different pressures the flashing in riser of natural circulation system and its effect on flow stability were studied by the method of visual observation in synchronism with data recording.
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