节点文献
基于神经网络的催化裂解产品产率模型
A MODEL OF DEEP CATALYTIC CRACKING PRODUCT YIELDS USING ARTIFICIAL NEURAL NETWORKS
【摘要】 采用神经网络方法 ,构造了一个催化裂解产品产率的BP神经网络 ,并利用Levenberg Marquardt算法来提高收敛速度及克服局部极值。模型预测结果液化石油气、汽油、柴油、丙烯和焦炭加损失产率的误差分别为 1.8% ,2 .4% ,5 .7% ,5 .8% ,6.3 % ,能够满足工业应用需求。
【Abstract】 Based on artificial neural networks,a model predicting yields of DCC products was established.The model used Levenberg Marquardt algorithm to promote convergence and handle part extremism.The results showed that average errors of LPG,gasoline,diesel,propylene,coke plus loss are 1.8%,2.4%,5.7%,5.8%,6.3% respectively,meeting the commercial requirements.
【关键词】 催化裂解;
收率;
神经网络;
模拟仿真;
【Key words】 deep catalytic cracking; yield; neural networks; analog simulation;
【Key words】 deep catalytic cracking; yield; neural networks; analog simulation;
- 【文献出处】 炼油设计 ,Petroleum Refinery Engineering , 编辑部邮箱 ,2001年02期
- 【分类号】TE624
- 【被引频次】10
- 【下载频次】130