beam coupling的意思|示意
电子束耦合,光束耦合
beam coupling的用法详解
Recently, more and more people have been talking about the English word \"beam coupling\". So what is beam coupling? This article will explain the usage of beam coupling in detail.
Beam coupling is a type of optical waveguide that connects two optical waveguides together without breaking the waveguide properties. It is used for directing light or energy from one place to another. Beam coupling can be achieved in a variety of ways such as fiber optics, grating couplers, and waveguide coupling.
Fiber optics are one of the most common beam coupling technologies. It uses glass or plastic fiber cables to connect two waveguides; this allows light or energy to be transferred from one to the other without losing signal quality.
Grating couplers are another type of beam coupling. They use a system of mirrors and diffraction gratings to couple two waveguides together. The diffraction grating separates the light into different colors, which are then directed to the waveguide.
Lastly, waveguide coupling uses waveguides to connect multiple waveguides together. The waveguide transmits light from one end to the other without any energy loss.
Beam coupling is used in a variety of applications such as telecommunications, biomedical devices, robotics, and defense. It is a crucial technology for sending signals over long distances without having to use cables.
In conclusion, beam coupling is an important technology that is used in many applications. It is used to connect two optical waveguides together without any energy loss. This can be done in a variety of ways such as fiber optics, grating couplers, and waveguide coupling.
beam coupling相关短语
1、 output beam coupling 输出光束耦合,输出光束
2、 beam coupling coefficient 电子耦合系数,光束耦合系数
3、 beam-coupling factor 电子耦合系数
4、 BCC Beam Coupling Coefficient 电子耦合系数
5、 Two Beam Coupling 二波耦合
6、 coupling beam 并联梁,连梁
7、 tow-beam coupling 二波耦合
8、 tow beam coupling 二波耦合
beam coupling相关例句
Most of applications have relation with beam - coupling in photorefractive crystals.
与光折变晶体有关的应用都涉及到光波的耦合特性.
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