摘要
作者以光谱测量法为理论依据,建立了人体血糖浓度无损检测的数理模型,并在理论上提出人体手指、耳垂等部位进行血糖无损伤检测的方法。该方法可以推广到任何生物学中所感兴趣的血液成份的检测,只要找到该成份的本征吸收峰,就有可能实现无损伤检测。
After having been finished aboutexperimertal study of measuremntdiabetic blood glucose by continuous,nonivasive and quantitative method,it is established mathematical modelexplored diabetic blood glucose onthe body finger or earlobe based onspectral analysis theory. The thesisis approached mathematical modelcapability of against interference andindicated wide future use of thismethod.
出处
《生物医学工程学杂志》
EI
CAS
CSCD
北大核心
1991年第2期137-142,共6页
Journal of Biomedical Engineering
关键词
摁浆浓度
光谱测量
本征吸收峰
diabetic blood glucose
spectral analysis
intrinsic absorbed spectrum
