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Fixed ru readme

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BrokenVoodooDoll
2023-03-28 23:25:16 +04:00
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README.md
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# Optical Trap Forces # Optical Trap Forces
*Read in [Russian](README_RU.md)* *Read in [Russian](README.ru.md)*
This repository contains Python and Matlab code for calculating a single-beam laser trap, also called an optical tweezer, capturing a micrometer dielectric sphere. This can be considered as a simple model of a system describing the laser capture and manipulation of living organisms and organelles inside cells. The gradient force and the scattering force are determined for a beam with a uniform intensity distribution of Gaussian and Bessel beams (uniform beam and Bessel beam are only in the code). This repository contains Python and Matlab code for calculating a single-beam laser trap, also called an optical tweezer, capturing a micrometer dielectric sphere. This can be considered as a simple model of a system describing the laser capture and manipulation of living organisms and organelles inside cells. The gradient force and the scattering force are determined for a beam with a uniform intensity distribution of Gaussian and Bessel beams (uniform beam and Bessel beam are only in the code).

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README_RU.md → README.ru.md
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@@ -117,7 +117,7 @@ $$F_{sZ}^\Sigma = \frac{1}{\pi r_{max}} \int_{0}^{2\pi} \int_{0}^{r_{max}} F_{sZ
|![](images/fig_6.png)| |![](images/fig_6.png)|
|---| |---|
|Рис. 6. (A) Геометрия ловушки с фокусом $f$, расположенным на расстоянии по оси $Y$ от центра сферы $O$. (B) Геометрия плоскости падения, показывающая направления градиентной силы $F_g_ и силы рассеивания $F_s$ для падющего луча| |Рис. 6. (A) Геометрия ловушки с фокусом $f$, расположенным на расстоянии по оси $Y$ от центра сферы $O$. (B) Геометрия плоскости падения, показывающая направления градиентной силы $F_g$ и силы рассеивания $F_s$ для падющего луча|
Они определяются следующими формулами: Они определяются следующими формулами: