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Determination of simulated burn depth using relative fluctuation of backscattering light

机译:反向散射光相对波动的模拟烧伤深度的确定

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The determination of burn depth is an important problem for surgeons to remedy severe skin burns. The burn can be simplified as a two-layer media model: a static layer and a dynamic layer. In this paper, the relative fluctuation of backscattering light was used to distinguish the simulated burn depth. The experimental results show that the relative fluctuation of light intensity increases with the increasing of simulated burn depth. The depth less than 0.1mm can be resolved in the present experiemtn. This new method may be very useful for burn diagnosis in clinics.
机译:烧伤深度的测定是外科医生来解决严重的皮肤灼伤的重要问题。燃烧可以被简化为双层媒体模型:静态层和动态层。在本文中,使用反向散射光的相对波动来区分模拟烧伤深度。实验结果表明,随着模拟烧伤深度的增加,光强度的相对波动增加。在当前的体验中可以解决小于0.1mm的深度。这种新方法对于诊所的烧伤诊断可能非常有用。

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