Free Gifts For Orders Greater Than $100 - Green Laser Pointer

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Features and advantages of green laser pointers

This means you don't have to cover the entire flock. Birds are startled by the bright laser beam hitting birds they don't recognize, so they instinctively flee. This is also a non-lethal and harmless method. The green laser pointer has the advantages of high brightness, small focus, short action time, small heat-affected zone, and small processing deformation. It can process high hardness and high brittle materials. It shows unique advantages in precision machining. In addition, lasers are widely used in the electronics industry and can be used to adjust the resistance of micro-resistors. With the improvement of laser performance and the emergence of new types of lasers, the application of lasers in VLSI has become a key technology in many fields, experiments. A laser pointer is the ideal experimental tool if you want to experience knowledge of optical and physical disciplines. By using it, you will learn more about lights and lasers. Some high power laser pointer emit radiation in the form of light. Others emit radiation invisible to the naked eye, such as ultraviolet or infrared radiation. Generally speaking, laser radiation itself is harmless and behaves much like ordinary light in its interaction with the body. Laser radiation should not be confused with radiation from radio waves, microwaves, or ionizing X-rays or radioactive substances such as radium.

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Homeowners are also a big part of laser pest control. Up-conversion pumping emits green laser pointer Rare earth ions are doped into solid materials, pumped by semiconductor lasers or other light sources, and the energy level transition of rare earth ions directly generates green laser light. The method is based on the upconversion effect, ie the laser wavelength is smaller than the pump wavelength. The upconversion luminescence mechanism of rare earth ions can generally be divided into three processes: excited state absorption, energy transfer and photon avalanche. Ultraviolet lasers and deep ultraviolet lasers are widely used in military, industrial, medical, printing and other fields. Using green light as a pump source is currently the most efficient and widely used method to generate UV and deep UV lasers. LD-pumped solid-state lasers can be used as pump sources for femtosecond lasers. For example, a green laser can be used as a pump source to pump Ti:Al2O crystals to generate femtosecond pulses.

2022-01-12 12:42:47

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