by means of the computer, the data of the residence time distribution at various cycle ratio have been obtained.
通过电子计算机计算,得出了在不同循环比下的停留时间分布数据。
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。
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 mixing and residence time distribution of particles on the plate of a multistage fluidized bed of 300mm diameter have been studied bv using salt containing silica as the tracer.
利用含盐粒子作示蹤剂,本文考察了气提式多层流化床中粒子的混合和停留时间分布。
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。
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。
pulse tracer method was used to measure the residence time distribution (rtd) in two-dimensional three-phase circulating fluidized bed.
用脉沖示蹤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。
the residence time distribution curves were detected by changing dams, weirs and stoppers and the factors that influence the fluid flow in the tundish were also analyzed.
根据相似原理,以水模拟钢液在中间包内的流动特征。通过改变挡墻、塞棒等参数,测定停留时间分布曲线,分析了影响中间包内流体流动的因素。
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。
by means of water model experiments of continuous casting tundish, two different methods of measuring residence time distribution are analysed.
在连铸中间包的水模型实验中,对两种不同的停留时间分布的测定方法进行了比较分析。
the mean and variance of the residence time distribution are readily obtained from this model.
采用本模型还能同时得到停留时间分布的均值和方差;
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。
it is scientific and practical to try to measure the residence time distribution of magnesite powder under thermal co…
本研究采用石灰石作示蹤剂,以脉沖示蹤法测定菱镁矿预热和分解过程中停留时间的尝试是科学可行的。
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。
a residence time distribution mathematic model by continuous-time markov chain was built up.
将连续时间马尔科夫链与多级全混流串联模型结合建立停留时间分布数学模型。