Extinction latitude high elastic quintile (5HGD) is a new type of optical material with excellent extinction properties and high elasticity. It is widely used in the optical field, such as optical instruments, optical devices, etc., and plays an important role in improving the performance of optical systems. In this paper, the structure, properties and application of the material are introduced.

The matted latitudinal high elastic quintile is prepared from a nanoporous material, which is a kind of material with microporous and mesoporous structures. Nanoporous materials have high porosity and surface area, enabling them to adsorb and store large amounts of gases and liquids. At the same time, it also has excellent optical properties, showing good transmittance and extinction in the range of visible and infrared light.

The structure of the matted latitudinal high-elastic quintile consists of periodic micropores and mesoporous pores, which can effectively disperse and diffract light. When the light passes through the high elastic quintile of the extinction latitude, the light will be distributed and diffracted many times through the holes in the material, so that the propagation direction of the light changes, and the light gradually weakens and dissipates. This distribution and the effect of diffraction make the high elastic quintile of extinction latitude have a high extinction effect in optical devices.

In addition to the excellent extinction properties, the high elastic quinqual of the extinction latitude also has high elasticity. This is because the nano-porous material has high plasticity and toughness, and can be deformed under the action of external forces and is not easy to break. This high elasticity allows the matted latitude high-elastic pentagons to adapt to different shapes and sizes in applications, so as to better fit and assemble with optical systems. In addition, the matted weft high-elastic nickel also has good corrosion resistance and wear resistance, and can work stably for a long time in harsh working environments.

The high elastic quintile with matted latitude is widely used in optical systems. First of all, in the field of astronomy, the extinction latitude high-elastic quintile can be used in telescopes and cameras and other equipment, which can effectively reduce the interference of light and background noise, and improve the sensitivity and resolution of the optical system. Secondly, in the laser system, the extinction latitude high elastic pentagons can be used as strong light extinction, which can realize the effective extinction and beam adjustment of the laser. In addition, the extinction latitude high-elastic pentagons can also be applied to optical communication systems, optical sensors and other fields, which can process and adjust optical signals.

In short, as a new optical material with excellent extinction properties and high elasticity, the high elastic quintile is widely used in optical systems, which plays an important role in improving the performance of optical systems. With the development of science and technology, it is believed that the extinction latitude high-elastic quintile will have a wider application prospect in the optical field.