- #1
vani
- 17
- 0
what can be the output beam diameter for microchip PULSED laser in underwater lidar application?
Underwater lidar is a technology that uses laser beams to measure and map the underwater environment. The lidar system emits a laser beam that travels through the water and reflects off objects, then the reflected beam is detected and analyzed to create a 3D map of the area.
Underwater lidar has a wide range of applications, including underwater mapping, navigation, marine research, and ocean exploration. It is also used in underwater construction and maintenance projects, as well as in the oil and gas industry for pipeline inspection.
Underwater lidar and sonar both use sound waves to map the underwater environment, but they operate on different principles. Sonar uses sound waves that are transmitted through the water and bounce off objects, while lidar uses laser beams that reflect off objects. Lidar provides higher resolution images and can operate in shallower waters than sonar.
Laser beams have several advantages in underwater lidar applications. They have a narrower beam width, allowing for higher resolution mapping. They also have a longer range and can penetrate clearer water than sound waves. Additionally, laser-based lidar systems are more accurate and have a faster data processing time.
One of the main challenges of using laser in underwater lidar is the absorption and scattering of light in water. This can affect the accuracy and range of the lidar system. Another challenge is the potential interference from ambient light sources, such as sunlight, which can affect the detection of the laser beam. Additionally, underwater lidar systems can be expensive and require specialized training for operation and maintenance.