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首页> 外文会议>International Conference on Advances in Energy, Environment and Chemical Engineering >Research of Fluent Numerical Simulation on fluidized SO_2 Photocatalytic Reactors
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Research of Fluent Numerical Simulation on fluidized SO_2 Photocatalytic Reactors

机译：流化SO_2光催化反应器流畅数值模拟研究

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The fluidization condition in the SO_2 photocatalytic reactor was optimizated by simulating the aspects of raw materials' physical properties (particle size, density) and operating conditions(packing height, inlet gas velocity). The results indicated that particle size and inlet gas velocity had a remarkable influence on the fluidization in the reactor, while 5×10~(-4)cm was the optimal particle size and 2.6m/s was the gas velocity. The density, filler height had a little effect on fluidization. The reaction mechanism of SO_2 was imported the Fluent software to simulate the chemical reaction. The calculating models was suited and agreement with the experimental results.
机译：通过模拟原材料物理性质（粒度，密度）和操作条件（填充高度，入口气体速度）来优化SO_2光催化反应器中的流化条件。 结果表明，粒度和入口气体速度对反应器中的流化具有显着影响，而5×10〜（-4）cm是最佳粒度，2.6m / s是气体速度。 密度，填料高度对流化有点影响。 进口SO_2的反应机理进口流畅的软件以模拟化学反应。 计算模型与实验结果适合并协议。

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