自行研制了一套双积分球系统，应用该系统对离体小鼠皮肤在渗透剂无水甘油作用下，光学特性参量的变化进行了实时监测。
A double integrating sphere system was developed to investigate the effect of the osmotic agent of glycerol on the optical properties change of mouse skin.
方法实验采用了双积分球系统和光辐射测量技术的基本原理以及运用生物组织的光学模型。
Methods a double-integrating-spheres system, basic principle of measuring technology of light radiation and biological tissues optical model were used for the study.
设计了单积分球系统测量牛奶光学参数。
A single-integrating sphere system was designed to measure the optical properties of milk.
实验采用双积分球测量系统以及运用生物组织的反向倍增（IAD）光学模型。
The measurements were performed using a double-integrating-sphere setup, and the optical parameters were assessed from these measurements using the inverse adding-doubling method(IAD).
实验采用双积分球测量系统以及运用生物组织的反向倍增（IAD）光学模型。
The measurements were performed using a double-integrating-sphere setup, and the optical parameters were assessed from these measurements using the inverse adding-doubling method(IAD).
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