文中就近红外光谱技术监测血氧含量提出了一种硬件设计思路。
This paper presents a hardware design method for tissue blood oxygen content measurement by near infrared spectrum technology.
红细胞和全血溶液则同时表现为先升高后降低，并且荧光光谱还出现了蓝移的现象。
The experimental results indicated that the fluorescence and RSS of plasma increased with concentration, but the spectra of whole blood and red blood cell first rose and then dropped.
从全血吸收光谱出发，提出了实验最佳激光参数疗法，紫外相干光照射疗法、激光血管外照射疗法等思路与建议。
Based on the absorption spectrum of blood, some Suggestions are presented, such as the optimum wavelength irradiation, the ultraviolet laser irradiation and the extravascular laser irradiation.
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