生物质液体燃料雾化蒸发燃烧实验平台的搭建及应用
|
摘要
为了推进课堂实践教学、提高学生动手能力、深化学生环保可持续性概念,在教学实践过程中设计了生物质液体燃料雾化蒸发燃烧实验平台,本实验平台解决了生物质液体燃料雾化效果不佳、燃烧效率差、热效率低等问题,既可让教师教学研究生物质液体燃料火焰燃烧特性以及排放特性,让学生体验和学习到真实的科研方法,同时又可作为工业燃烧使用,在高等学校实验室以及工业生产中具有较高推广价值。
In order to promote classroom practice teaching,improve students'hands-on ability,deepen the concept of students'environmental sustainability,and design a biomass liquid fuel atomization evaporation combustion experimental platform in the teaching practice process.This experimental platform solves the poor atomization effect of biomass liquid fuel.The problem of poor combustion efficiency and low thermal efficiency can be used as a teacher's teaching material for the liquid fuel flame combustion characteristics and emission characteristics,so that students can experience and learn the real scientific research methods.At the same time,they can be used as industrial combustion and experiment in higher education.It has a high promotion value in the room and industrial production
In order to promote classroom practice teaching,improve students'hands-on ability,deepen the concept of students'environmental sustainability,and design a biomass liquid fuel atomization evaporation combustion experimental platform in the teaching practice process.This experimental platform solves the poor atomization effect of biomass liquid fuel.The problem of poor combustion efficiency and low thermal efficiency can be used as a teacher's teaching material for the liquid fuel flame combustion characteristics and emission characteristics,so that students can experience and learn the real scientific research methods.At the same time,they can be used as industrial combustion and experiment in higher education.It has a high promotion value in the room and industrial production
引文
[1]张锐萍.电气工程“卓越计划班”电机学实训环节改革与实践[J].中国现代教育装备,2018(17):7-8,11.
[2]刘佳,沈洪,盛力,等.基于Jigsaw教学法的环境学科实验教学实践[J].实验技术与管理,2018,35(9):222-225.
[3]金海峰,沈雷,姚立杰,等.虚拟实验教学结合传统实验教学方法在局部解剖学实验教学中的应用[J].中华医学教育杂志,2018,38(3):377-380.
[4]张红光,王炎,姚宝峰,等.高校能源动力类专业服务高中生素质教育的探索[J].中国现代教育装备,2018(1):1-4.
[5]郑秀珍,杨洋,陈士夫,等.慢光子效应在太阳能转换燃料中的应用[J].催化学报,2018,39(3):379-381.
[2]刘佳,沈洪,盛力,等.基于Jigsaw教学法的环境学科实验教学实践[J].实验技术与管理,2018,35(9):222-225.
[3]金海峰,沈雷,姚立杰,等.虚拟实验教学结合传统实验教学方法在局部解剖学实验教学中的应用[J].中华医学教育杂志,2018,38(3):377-380.
[4]张红光,王炎,姚宝峰,等.高校能源动力类专业服务高中生素质教育的探索[J].中国现代教育装备,2018(1):1-4.
[5]郑秀珍,杨洋,陈士夫,等.慢光子效应在太阳能转换燃料中的应用[J].催化学报,2018,39(3):379-381.