Abstract Residence time distribution (RTD) provides information about average hydraulic residence time and the distribution of material in the reactor. A method for determining RTD for reactors with very short hydraulic residence times is deconvolution based on extraction of real RTD by the analysis of a non-ideal input signal. The mean residence time and dispersion were determined for the spinning fluids reactor (SFR). For the first time the deconvolution method was performed for a system where the tracer pulse signal is wider than actual RTD of the examined device. A prediction model for of the SFR was also developed, and validated.

中文翻译：

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快速多相反应器中的停留时间分布

摘要 停留时间分布 (RTD) 提供有关平均水力停留时间和反应器中材料分布的信息。确定具有非常短水力停留时间的反应器的 RTD 的方法是基于通过分析非理想输入信号提取实际 RTD 的解卷积。确定纺丝流体反应器 (SFR) 的平均停留时间和分散度。这是第一次对示踪脉冲信号比被检查设备的实际 RTD 更宽的系统执行解卷积方法。还开发并验证了 SFR 的预测模型。