hyperplane optical elementIt is a new type of optical element, which can simplify the large and complex optical system into a small thin film structure. It can achieve better transmission performance, smaller reflection and greater space utilization, which are far superior to traditional optical components. In recent years, great progress has been made in the research of hyperplane optical elements, which have been widely used in the research of various optical elements, and many achievements have been made.

1. Transmission performance of hyperplane optical elements

The hyper-plane optical element has good transmission performance, which can effectively simplify the complex optical system into a thin film structure, so as to obtain better transmission performance. In addition, it can also reduce the size of the entire optical system, making it more compact, thereby improving space utilization.

2. Reflective properties of hyperplane optical elements

Hyperplanar optical elements have extremely low reflectivity, much lower than traditional optical elements. It can effectively enhance the reflection performance of the optical system, so that the optical system is more fine.

3. Application of hyperplane optical elements

Optical elements are widely used in modern optical systems. They can improve the performance of optical systems and make them more precise. For example, they can be applied to laser imaging systems, ultraviolet-visible light detection systems, terahertz communication systems, etc.

　　4、hyperplane optical elementPreparation

The preparation of optical elements requires advanced manufacturing processes, which can be achieved by laser forming, spraying and other preparation methods. In addition, the optical performance can be improved by changing the film thickness and other parameters, so as to achieve the desired optical performance.

5. Limitations of hyperplanar optical elements

While hyperplanar optics have many advantages, they also have some limitations. For example, their reflectivity is still high, so there may be some influence in practical applications.

Ultra-planar optical elements have the characteristics of heat resistance, aging resistance, corrosion resistance and impact resistance, so that they can maintain good optical performance under high temperature, high humidity and harsh environment, and are almost not affected by the external environment. In addition, the optical components are small in size, light in weight, simple to install, easy to maintain and replace, which can effectively reduce the volume of the overall product and improve production efficiency, and are especially suitable for some small products and mobile devices. In short, the optical element has the advantages of precise optical performance, heat resistance and aging resistance, small size and light weight, and simple installation. It is a very useful optical element that can improve the efficiency and performance of the optical system and play an important role in some new products. effect.

In general, the transmission performance, reflection performance and space utilization of hyperplane optical elements are better than traditional optical elements. They have been widely used in the research of various optical elements and achieved good results. However, because its reflectivity is still high, it may have a certain impact in practical applications, so it needs to be further improved.