在二维流化床试验装置上，对由大颗粒物料组成的密相鼓泡流态化床进行了试验研究。
On the equipment of two dimensional fluidized bed, we were primarily engaged in experimental research on coarse particle dense bubbling fluidized bed.
对废轮胎在鼓泡流化床热解反应器中热解时硫的迁移行为进行了试验研究，并基于带偏差单元的IRN神经网络对其进行了预测。
The sulfur transformation during pyrolysis of used tires is studied in BFB reactor, and IRN neural network model is developed to test against observed behavior.
分别采用有限元分析和试验标定法对支撑鼓泡塔的悬挂系统进行检测，结果表明微位移的测量方法准确、可行。
The Finite Element Analysis and experiment method were applied respectively to validate the veracity of the micro-displacement method. And the results show that this measurement method is feasible.
使用高速摄像装置对氨水的鼓泡吸收特性进行了可视化试验研究。
Study on ammonia bubble absorption was performed by a visualization method with a high-speed video camera.
为此，设计了一套连续给料的鼓泡流化床反应器，对废塑料在鼓泡流化床中热解的关键工艺参数进行了试验研究。
Therefore, a bubbling fluidized bed with a continuity feeder was designed. The key technical parameters of waste plastic pyrolysis in the bubbling fluidized bed were investigated.
对重氮甲烷连续鼓泡法和间断鼓泡法进行了试验对比。
Experimental comparison was also made between the continuous bubble method and the intermittent bubble method of diazomethane.
对重氮甲烷连续鼓泡法和间断鼓泡法进行了试验对比。
Experimental comparison was also made between the continuous bubble method and the intermittent bubble method of diazomethane.
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