化学实验室水混凝-絮凝工艺优化实验设计

R. Devesa-Rey, F. Rodríguez, Santiago Madriñán
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引用次数: 0

摘要

数学概念的应用和工程问题数学解的生成是所有工程本科学生教育问题的关键。由于工程是一门实践性的专业,因此采用多学科方法进行实验课程可以为学生带来更好的体验。本文介绍了表面响应方法(RSM)在化工课程中的应用。特别地,论文考虑了使用科学软件如statgraphics来模拟工业污染废水管理的实验设计的应用,以便学生将“现实世界”与其他理论教育联系起来。在本课程框架下培养的主要实验技能将是解决问题、沟通和团队合作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Diseño de un Experimento de Optimización del Proceso de Coagulación-Floculación de Aguas en el Laboratorio de Química
The  application  of  mathematical  concepts  and  the  generation  of  mathematical  solutions  to  engineering problems are essential to the educational problems of all undergraduate engineering students. As engineering is a practising profession, multidisciplinary approaches to lab experiment courses can lead to a better experience for students. This paper describes the application of Surface Response Methodologies (RSM) to a Chemical Engineering course.  In  particular,  the  paper  considers  the  application  of  an  experimental design  employing  scientific  software  like Statgraphicsto  mimic  the  management  of  polluted  effluents from  industries,  so  students  will  relate  \real  world"  into  an  otherwise  theoretical  education.  The  main laboratory  skills  developed  under  the  framework  of  this  course  will  be  problem-working,  communication and teamwork.
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