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首页> 外文会议>2016 Medical Technologies National Congress >Representative wavelength determination/investigation in the near infrared region for optical measuring of the human blood glucose
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Representative wavelength determination/investigation in the near infrared region for optical measuring of the human blood glucose

机译：近红外区域的代表性波长确定/研究，用于光学测量人体血糖

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In this study, the phantom mediums which has different optical characteristic were made for detecting of glucose level, then the transmittance based measurements were done. It was studied between 900-2500 nm wavelength which includes higher absorption bands of glucose. An index parameter was improved and used a windowing based method for determining the glucose amount. The correlation was searched between the acquired index parameter and glucose concentrations, and a sensitive wavelength was found for glucose estimation. From the results, 1322-1338 nm were found meaningful for this purpose. In addition, 2144-2165 nm are also found alternative or supplemental wavelengths.
机译：在这项研究中，制作了具有不同光学特性的幻像介质以检测葡萄糖水平，然后进行了基于透射率的测量。研究了在900-2500 nm波长之间的波长，其中包括更高的葡萄糖吸收带。改进了索引参数，并使用了基于窗口的方法来确定葡萄糖量。在获取的指标参数和葡萄糖浓度之间搜索相关性，并找到敏感波长用于葡萄糖估计。从结果中，发现1322-1338nm对于此目的是有意义的。此外，还发现了2144-2165 nm的替代波长或补充波长。

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