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.
光学剖面法是测量水体表观光学参数的首选方法。
The profiling is the first method to measure the Apparent Optical Parameters of waters.
设计了基于双光路原理的海水固有光学参数测量仪。
An instrument for measuring inherent optical properties of sea water is designed based on the principle of double optical path.
由于制造工艺上的原因，其性能和光学参数会有一些差异。
The difference in optical parameter of such material will be risen due to the change of some factors in their technological process.
完成了光学系统的设计，给出了重要光学参数的计算方法。
In this paper has completed the whole design of the optical system, provided the important calculation of the optical parameters.
计算基于由色散傅里叶交换光谱测量结果推导出的光学参数。
The calculations are based on optical constant data derived from measurements by dispersive Fourier transform spectroscopy.
大气光学参数包括了影响激光大气传输的多种大气光学特性参数。
The atmospheric optical parameters include many atmospheric characteristic parameters which affect the laser propagation in the atmosphere.
给出了PDL、TDL的概念及光通信系统对几个光学参数的要求。
Concepts of PDL and TDL are given, the optical parameters 'requests for optical communication are also given.
文中讨论了自容式光学参数测量的主要技术和有关参量的选定问题。
In this paper major technical problems on the measurement of optical coefficients by self-contained instrument, and the selection of relevant parameters are discussed.
自动焦度计是用于测量镜片光学参数的仪器，是眼镜行业所必备的仪器之一。
Automatic focimeter is used to measure the optical parameters of the lens apparatus.
方法基于白癜风皮肤的组织结构与病理学分析，确定白癜风皮肤的组织光学参数。
Methods Based on the analysis of tissue structure and skin pathology, the tissue optical parameters of vitiligo skin were determined.
利用给定的人体前臂组织的典型光学参数，给出了扩散方程解析解的模拟计算结果。
Using the presented typical optical parameter of human being's forearm tissue, the simulation result of the analysis resolution of the diffusion equation was shown.
用激光片光源照亮血流粒子场，再计算确定实验系统光学参数，以获得最佳流场图片。
The blood flow particle field is illuminated by a laser light sheet and optical parameters of the experimental system are selected to obtain the optimal flow field pictures.
光学参数的选取不仅要满足设备的技术指标要求，还要考虑生产加工和实际使用的需要。
The choice of the parameters are not only required to meet the demand of performance index of the equipment but to consider the requirement of manufacturing and operating as well.
折射率是鉴定宝石的重要依据，折射率图式是确定宝石晶体光学参数必不可少的基本图件。
Refractive index is important to identify gems, and refractivity model is the basic graph for measuring gem crystal optic parameters.
焦距是透镜最重要的光学参数，应用泰伯—莫尔法测量长焦距透镜焦距具有重要的实践价值。
Focal length is the important optical parameter of optical lens. It is valuable that methods based on Talbot effect and Moire technique are applied for measuring the long focal of lens.
到目前为止，多种生物组织在可见光到近红外范围内的光学参数值，已经通过各种测量技术得到。
The visible and near-infrared optical parameters of many different kinds of biological tissues have been obtained by different measuring methods so far.
优化过程中，能量函数关于光学参数的梯度计算是关键，本文提出一种基于梯度树的梯度求解方法。
In the process of optimization, the gradient computation of the energy function with respect to optical parameters is critical, for which, an algorithm based on the gradient tree is put forward.
叙述一种用于测试大口径、长焦距光学系统杂光系数、渐晕系数、像面照度均匀性等光学参数的检测方法。
A method is introduced for testing stray light coefficient, vignetting coefficient and image surface uniformity optical system with large aperture and long focal length.
通过这一研究，可以在进行光学设计时利用温度与光通量等光学参数的关系进行设计的规划、实施与预测。
Through this study, may be making use of optical design of optical parameters such as temperature and flux of the relationship between the design planning, implementation, and forecasting.
我们认为，只有在正确选择和应用了这些光学参数后，才能得到正确的和实验可信度极高的温度测量数据。
We believe that the correct temperature measurement results with high level of significance could be achieved only when the spectroscopic parameters were selected and used correctly.
结合激光外差干涉法和透射式椭偏测量原理，研究了一种快速、高精度测量纳米厚度薄膜光学参数的方法。
Based on the optical heterodyne interferometer and transmission ellipsometry, a new fast measurement technique of nanometer film was presented computational.
介绍了一种抑制太阳光干扰的光学系统，在给定了光学参数与结构参数下，采用传统光学系统很难抑制太阳辐射干扰。
An optical system used to restrain sun light is introduced. The classical optical system is hard to suppress sun stray light at given optic and structure parameter.
为从无偏振混浊介质背向散射光确定散射光学参数，设计了倾斜入射的模拟光路以及用复合反向传播神经网络求解的方案。
To determine the optical parameters of turbid media with an unpolarized backscattering light an oblique incidence geometry with the compound bp neural network has been designed.
鉴于此，建立内窥式共焦扫描显微术的成像理论和分析系统的光学参数对成像质量的影响将是本文在理论方面的主要工作。
Therefore in this paper, we will deduce the imaging equations of the new system and analyze the impact of optical parameters on imaging quality.
为从无偏振混浊介质背向散射光确定散射光学参数，设计了倾斜入射的模拟光路以及用复合反向传播神经网络求解的方案。
To determine the optical parameters of turbid media with an unpolarized backscattering light, an oblique incidence geometry with the compound BP neural network has been designed.
结合激光外差干涉术和反射式椭偏测量技术，设计了一种抗干扰能力强，快速、高精度测量纳米厚度薄膜光学参数的方法。
Optical heterodyne interferometry together with reflective ellipsometry, a fast measurement technology with high anti-interference performance was applied to nanometer film.
通过结合氮化铟薄膜的基本光学参数，利用Z扫描技术研究了氮化铟薄膜在不同脉宽以及波长激光下的非线性光学吸收性质。
By using Z-scan technique the nonlinear optical absorption properties of InN thin film under different pulsed laser and wavelengths have been well studied.
通过结合氮化铟薄膜的基本光学参数，利用Z扫描技术研究了氮化铟薄膜在不同脉宽以及波长激光下的非线性光学吸收性质。
By using Z-scan technique the nonlinear optical absorption properties of InN thin film under different pulsed laser and wavelengths have been well studied.
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