介绍一种利用分光计及自制盛液“三棱杯” ，采用最小偏向角法测量液体折射率的方法，并对该法进行了分析和讨。
The method to measure the refraction rate of liquids by using the least deflection angle is introduced and analyzed in this paper.
通过折射率匹配方法，应用激光多普勒测速仪测量了突缩与分叉复合管内的液体流场。
Liquid flow field in a tube with a combination of a stenosis and a bifurcation was measured using refractive index matching technique.
我们提出采用光学双稳装置来稳定光源输出功率，并将它用于折射率调制型光纤传感器测量液体浓度的实验中。
We suggested to stable the output light intensity by using the bistable optical device and use this new device to measure the density of liquid by refractive index modulation sensor.
本文介绍了用迈克逊干涉仪测量液体折射率的方法，原理简单。
The method of measuring liquid refractive index with Michelson interferometer has been introduced.
介绍了利用三棱镜和分光计测量透明液体折射率的一种实验方法。
The experiment method of measuring refractive index of transparent liquid with spectrometer is improved.
文章提出了一种利用迈克尔逊干涉仪研究透明液体折射率受温度影响变化的实验方法。
A method of investigating how refractive index of transparent liquid varied with temperature by using Michelson Interferometer was proposed.
提出了用劈尖干涉实验装置，通过测量干涉条纹的宽度来测量液体折射率的方法。
The ways of measuring the liquid refractive index are discussed through the width of interfered stripe by using experimental set of wedge interference.
本文叙述了利用光栅衍射法来测定液体和固体折射率的实验装置及原理。
In this paper, the author describes the experimental installation and the principle of using diffraction grating to determine the refractive index of solid and liquid.
本文提出一种测量液体折射率的新方法。
A new method for measuring the refractive index of liquid is proposed in this paper.
本文提出了一个计算二组分液体混合物折射率L—L公式的修正公式。
Presented is a revised equation on calculating the refractive index of Lorentz-Lorenz equation for binary liquidmixtures system.
摘 要：本文用牛顿环测液体折射率，对牛顿环实验装置的应用进行了扩展。
Abstract: In this paper, liquid refractive index was measured with Newton's rings and the application of Newton's rings experiment device was extendend.
根据糖度和液体折射率的关系，测定各种含糖溶液的糖度。
Making use of the relationship with Brix and refractive index, measure the Brix of sugar or other soluble solids.
结合牛顿环实验，系统而详细的介绍了一种利用牛顿环测量液体折射率的新方法。
Based on Newton's rings experiment, the paper presents a new method of detailed use of Newton's rings measuring the refractive index of liquids.
根据光学原理，推导出测量液体折射率公式。
In this paper, based on optical principle, a formula of measuring the refractive index of fluid has been derived.
该方法基于共轴球面光学系统的成像原理，通过读数显微镜对吸入待测液体后毛细管的焦点位置进行单一参数的测量，进而计算出待测液体的折射率。
The refractive index was obtained through measuring the focal position of a capillary filled with the liquid by a reading microscope, and doing a calculation with an analytic formula.
所有的数据，包括液体密度、粘度、声速、连续折射率，都在井下油藏温度和压力条件下测得。
Measurements of fluid density, viscosity, sound speed, and continuous refractive index are made downhole under reservoir temperature and pressure conditions.
由于井下液体的折射率变化很大，我们就可以根据其数值来鉴别不同液体的种类。
Since downhole fluids have different refractive index values of we can differentiate the distinct fluids with this methodology.
推导了消失波函数的表达式，介绍了衰减全反射现象及SPR传感器测量液体折射率的原理，并利用SPR传感器测量了牛奶样品的反射系数及折射率与脂肪等主要成分含量的关系曲线。
The expression of evanescent wave function is derivated, the phenomena of ATR! and the principle of measuring refractive index of liquid using SPR sensor are introduced.
推导了消失波函数的表达式，介绍了衰减全反射现象及SPR传感器测量液体折射率的原理，并利用SPR传感器测量了牛奶样品的反射系数及折射率与脂肪等主要成分含量的关系曲线。
The expression of evanescent wave function is derivated, the phenomena of ATR! and the principle of measuring refractive index of liquid using SPR sensor are introduced.
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