PPE:Pollution in the classroom

这项提议是对EPSRC公共参与伙伴关系第十次号召的响应。我们试点项目的目的是开发基于传感器技术的新型、最先进的教具。该试验项目的目的是开发一种可靠、低成本、快速响应的轻型臭氧探测器，用于污染监测。石英晶体微天平技术的成本效益为在教室内部署多个校准的臭氧传感器提供了机会。该项目将研究学生个人接触臭氧的情况，让学生有机会与研究人员合作，深入了解科学家的工作方式。该项目将使学生有机会利用目前的技术收集、记录和分析大量的、实时的和相关的数据，否则他们将无法获得这些数据。该项目将为十年级的学生提供一套有效、鼓舞人心和发人深省的课程，加深他们对社会中的科学的认识。

This proposal is in response to the EPSRC Partnerships for Public Engagement Tenth call. The purpose of our pilot project is to develop novel, state of the art teaching aids based on sensor technologies. The aim of the pilot project is the development of a reliable, low cost, fast response lightweight ozone detector for pollution monitoring. The cost effectiveness of the Quartz Crystal Microbalance technique provides the opportunity for deployment of multiple calibrated ozone sensors within the classroom.The project will study students' personal exposure to ozone to allow students the opportunity to work alongside researchers and gain an insight into the way scientists work. This project will give students the opportunity to be involved in the collection, recording and analysis of a large, live and relevant set of data using current technology which they would not otherwise have access to. The project will deliver an effective, inspiring and thought provoking set of lessons to year 10 students, furthering their knowledge of science in society.