The residence time distribution for reactors with circulating systems is analysed.
本文对外循环反应器的停留时间分布进行了分析和计算。
The results of the residence time distribution at various cycle ratio have been obtained.
通过计算，得出了在不同的循环比下停留时间分布的计算结果。
The second experiment is to measure the liquid residence time distribution in the packing.
实验之二是液体在填料内停留时间分布的测量。
The velocity profile and residence time distribution in cold model of Texacogasifier were measured.
测定了德士古气化炉的冷态速度分布和停留时间分布。
A multistage operation greatly Narrows the residence time distribution and cut down this bypassing.
层操作可使停留时间分布大大地变窄，并截断短路。
The residence time distribution of continuous phase in a mixer-settler with double mixers has been investigated.
研究了双混合室萃取箱连续相停留时间分布规律。
The residence time distribution in W-SFCW system experiments was studied using the reactor theory, from chemical engineering.
运用化学工程中反应器理论，试验分析波式潜流人工湿地（W-SFCW）中的停留时间分布。
Pulse tracer method was used to measure the residence time distribution (RTD) in Two-dimensional Three-phase circulating fluidized bed.
用脉冲示踪法对二维三相循环流化床液体停留时间分布(rtd)进行了测定。
This paper summarizes the basic principles of residence time distribution (RTD) technique and its applications in membrane separations.
综述了停留时间分布(rtd)技术的基本原理及其在膜分离应用中的研究进展。
At some conditions the simplified methods for calculation of the residence time distribution for reactors with circulating systems are suggested.
提出了在某些情况下外循环反应器停留时间分布的简化计算方法。
The equations of the density function of residence time distribution, the axial growth of the velocity half - radius, the axial decay of radial maximum jet ve...
给出了停留时间分布密度函数、无因次半速度半径轴向增长、径向射流最大速度轴向衰减和径向速度分布计算公式。
The residence time distribution for flash driers with circulating systems was researched. Equations for calculation of this residence time distribution were developed.
本文就具有固体循环系统的气流干燥器停留时间分布规律进行了研究，提出了停留时间分布密度的计算公式。
The experiments show that the solid reflux due to hydrodynamic and geometrical reasons are clearly observed in the analysis of the RTD (residence time distribution) curves.
对试验所得的固体颗粒停留时间分布曲线的分析明显表明床内存在着由于流体动力特性和几何结构引起的颗粒返混。
With the residence time distribution of materials, the effect of specific reactor style on polymer properties are studied and the key parameters for macroscale model are presented.
利用物料停留时间分布，研究了具体的反应器形式对聚合物性质的影响，并得到了宏观反应器建模的重要参数。
This paper mainly describes the applicability of fast Fourier transform (FFT) deconvolution technique, which is used in assessing the residence time distribution (RTD) of reactors.
本文系统研究了快速傅里叶解卷积技术对于反应器停留时间分布求解问题的适用性。
Finally, Residence time distribution during the blend extrusion of millet flour and soybean meal was studied and available lysine loss caused by extrusion was analyzed kinetically.
最后研究了小米-豆粕复合挤压中的停留时间分布，以及有效赖氨酸的损失动力学。
Based on the flowing characteristic of jet entrained gasifier (region model), the states are decomposed and the stochastic model of residence time distribution has been constructed.
基于气流床气化炉流动特征(区域模型)，进行状态离散，建立停留时间分布随机模型。
The residence time distribution (RTD) curves and hydrodynamic characteristics parameters of the reactor in different HRT were also studied through the experiment of impulse response.
通过脉冲响应实验对该反应器的水力特性进行研究，得出不同水力停留时间(hrt)下的停留时间分布(rtd)曲线和水力特性参数。
A distribution mod-el of soot particles has been proposed based on the atomization characteristics of twin-fluid gasification burner and the residence time distribution (RTD) of the gasifier.
基于对双通道渣油气化喷嘴喷雾性能和炉内停留时间分布的研究，提出了炭黑颗粒的分布模型。
The results showed the higher the output was, the shorter and narrower the residence time and distribution would be, while the rotor speed had little influence on RTD.
结果发现：混炼机产量越大，停留时间越短，分布曲线的分布越窄；而混炼机的转速对停留时间分布的影响不大。
The distribution of residence time of experiment materials is similar to normal distribution.
试验物料在回转窑内停留时间的分布与正态分布比较接近。
Some factors for granulation, such as chemical property, recycle ratio, temperature, moisture of melt, distribution of recycle particle - size, residence time of material, etc.
以好氧堆肥化工艺处理脱水污泥，采用干化的堆肥产品调整高水分脱水污泥时，返料比的设计和操作选择非常关键。
Some factors for granulation, such as chemical property, recycle ratio, temperature, moisture of melt, distribution of recycle particle - size, residence time of material, etc.
以好氧堆肥化工艺处理脱水污泥，采用干化的堆肥产品调整高水分脱水污泥时，返料比的设计和操作选择非常关键。
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