摘要
实时准确的飞机燃油测量对于提高飞机的有效载荷、作战半径和保障飞行安全具有非常重要的作用,那么飞机上是如何进行燃油油量测量的呢?由飞机可用燃油油量监测问题导入课堂,引出电容式传感器。以电容器相关知识为基础,构建电容式传感器知识体系。通过回答问题,来学习电容传感器的定义、工作原理、结构类型和工作特性。通过应用实例,加深对理论知识的理解,同时回答课堂最初提出的可用燃油油量监测问题。课堂上巧妙设计问题链条、点拨探究,完善探究思维,以达到良好的效果。
Real-time and accurate aircraft fuel measurement plays a very important role in improving the payload,combat radius and flight safety of the aircraft,so how to measure the fuel amount on the aircraft is a key issue.The problem of aircraft available fuel quantity monitoring is introduced into the classroom,and a capacitive sensor is introduced.Based on the knowledge of capacitors,the new knowledge of capacitive sensors is constructed.Students learn the definition,working principle,structure type and working characteristics of capacitive sensors by answering questions.Through the application of examples,deepen the understanding of theoretical knowledge,while responding to the problem of available fuel quantity monitoring originally raised in class.In class,the question chain is cleverly designed,the inquiry is pointed,and the inquiry thinking is perfected to achieve good results.
出处
《科技风》
2025年第23期46-48,共3页
基金
2023年空军工程大学校级重点建设课程立项项目“航空检测技术”(编号:202317)。
关键词
问题探究式
教学法
传感器
Problem-Based Inquiry
teaching method
sensor
