摘要
采用将淡水发光微生物Q67的检测同LabVIEW虚拟技术检测相结合的方法,研究了基于青海弧菌Q67的虚拟仪器对饮用取水环境检测的可行性.以苯酚为急性毒物的样本,将此方法同常规发光微生物检测方法相比较,结果表明两种方法的检测结果相关系数为0.99.这一结果证明该方法可用于饮用水取水环境的检测,同时表明基于青海弧菌Q67的虚拟仪器方法具有信号处理简捷及利于网络化的优点,特别是为饮用水环境急性毒物实现物联网检测打下了基础.
The way combined the measuring technlogy of bioluminescent bacteria V.qinghaiensis Q67 in water with the LabVIEW virtual technology has been taken in the papers.The feasibility study of which measuring urgent toxicity in environment of drinking water by the virtual equipment to measure environment of drinking water based on V.qingghaiensis Q67 has been made.The way has been compared with conventional detective way of bioluminescent bacteria by using phenol as sample of urgent toxicity.The results show that correlation coefficient of test results of two ways is 0.99.It proves that to measure of drinking water by the way is available.At the same time,The way of the virtual equipment to measure environment of drinking water beased on V.qingghaiensis Q67 has advantages that signal processing is simple and it is conducive to networking.Especially,it has made base for using the internet of things to detect urgent toxicity environment of drinking water.
出处
《东北师大学报（自然科学版）》
CAS
CSCD
北大核心
2010年第2期143-146,共4页
Journal of Northeast Normal University(Natural Science Edition)
基金
吉林省科技发展计划重点项目(20080426-1)
