散射介质的英文
scattering medium
例句与用法
- The application of monte carlo method in simulation the transport of photons in multiple scatter media is discussed in detail
详细地阐述了模拟光子在多次散射介质中传榆的蒙特卡罗方法。 - Simulation results for the forward projection of ot are presented for the cases of strong and low scattering media respectively based on monte - carlo ( mc ) method along with some discussions
应用monte - carlo ( mc )模拟方法,分别给出了强、弱两类散射介质中光学ct正向问题的数值模拟结果,并将其与基于扩散方程的数值计算结果进行了比较。 - Experiment results show that the diffusion equation can be used to describe the transportation process of near infrared photons accurately in scattering media . however , a relatively large error exists for the case of low scattering tissue , and as a result , this model can not be employed for the ot reconstruction in this case
实验结果表明,扩散方程可以较为准确地描述光子在强散射介质中的输运过程;但对弱散射介质扩散方程模型却存在较大的误差,因而不适用于该种情况下的图像重建。 - It combines the advantages of ultrasound and optical technology . ultrasonic wave scatters much less in biological tissue than light wave and can be used as a localizer in tissue . the diffused photons tagged by the ultrasound in the focal zone will be collected and used for image
超声调制主要是使散射介质内的散射粒子的分布以及光学特性发生变化，比如说使介质的折射率发生改变而导致光学相位变化，结合散射和自相关理论可以解释一些超声调制多重散射光的现象。
