As an important advanced technology, laser technology has penetrated into all areas of our lives. However, few people really understand the core component of the laser – the laser cavity.
1. Basic principles of laser cavity
– Definition and composition of laser cavity
– Optical components in the laser cavity: laser medium, mirrors and sputtering mirrors
– How the laser cavity works: excitation, amplification and reflection processes
2. How the laser cavity works
– Differences and applications between continuous laser cavity and pulsed laser cavity
– Multi-frequency lasers and single-frequency lasers in laser cavities
– Mode selection and stability in laser cavities
3. Importance and application of laser cavity
– Effect of laser cavity on laser performance
– Laser cavity tuning and wavelength selection
– Application of laser cavity in medical, communications, scientific research and other fields
4. Development Trend of Laser Cavity
– Research and development of high-efficiency and high-power laser cavities
– Further improve the stability and reliability of the laser cavity
– Impact of new materials and designs on laser cavities
As a core component of laser technology, laser cavity has an important impact on the performance and application of lasers. Understanding the principles, working methods and application scenarios of laser cavities can help us better understand the nature and potential of laser technology. At the same time, with the continuous development of laser technology, the laser cavity will be further improved and optimized, bringing us more powerful and diverse laser applications.
