期刊论文

Design of New Intelligent Radon and Radon Progeny Measuring Instrument

中文

核电子学与探测技术

0258-0934

2022

42

6

1101-1107

10.3969/j.issn.0258-0934.2022.06.027

本校为第一机构

设计了基于MSP430F5438单片机的新型智能氡浓度及其氡子体浓度的测量仪器.利用静电收集氡子体测量方法,描述智能氡和氡子体测量的实现过程,对仪器进行硬件电路设计和单片机程序智能设计,最后进行实验室主要指标测试.测试结...展开更多 设计了基于MSP430F5438单片机的新型智能氡浓度及其氡子体浓度的测量仪器.利用静电收集氡子体测量方法,描述智能氡和氡子体测量的实现过程,对仪器进行硬件电路设计和单片机程序智能设计,最后进行实验室主要指标测试.测试结果表明,该仪器可同时测量氡浓度及其氡子体浓度,且氡浓度测量响应与氡子体浓度测量响应都具有较好的一致性,线性相关系数R2均近似等于1.收起

A new type of intelligent measuring instrument for radon concentration and its radon progeny concentration based on MSP430F5438 microcontroller is designed.Using the electrostatic collection radon progeny measurement method,the realization process of intelligent radon a...MORE A new type of intelligent measuring instrument for radon concentration and its radon progeny concentration based on MSP430F5438 microcontroller is designed.Using the electrostatic collection radon progeny measurement method,the realization process of intelligent radon and radon progeny measurement is described.The test r...