求翻译：首先利用Monte-Carlo方法得到理想的无限细光束作为入射光时，皮肤表面的能量响应。而后，提出了一种随机化方法将理想的无限细光束的响应转化为具有实际尺寸的光斑的响应，大幅度降低了计算时间。并提出了有效光程长的概念，将确定最佳检测距离时关注的焦点由出射光强最大处，转移至携带血糖信息最大处。讨论不同芯径下有效光程长出射能量随半径分布规律，最终确定最佳检测距离。此外还讨论了入射角度对测量的影响。是什么意思？

The first use of monte-carlo method ideal infinitely thin beam as the incident light, the energy response of the skin surface. Then, a random method to ideal infinitely thin beam response into the actual size of the spot response and a significant reduction in computing time. And put forward the con

First use Monte Carlo method - ideal for an unlimited fine beam as the incident light, the energy response surface of the skin. And then, a randomization method will be ideal for an unlimited fine beam of the transformed into a response of the actual size of the response, significantly reduce the co

First obtains using the Monte-Carlo method when the ideal infinite thin light beam takes the incident light, skin surface energy response.But after, proposed one randomisation method the ideal infinite thin light beam response will transform for has the actual size facula response, reduced the compu

First with Monte-Carlo method when desired infinitely thin beam of incident light, energy response of the surface of the skin. Then, have come up with a random method of ideal infinite response of thin beam into a spot with the actual size of the response, dramatically reducing calculation time. And

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