Laser Technology
-
The Basic Principle of 589nm ALL Solid State Laser
All-solid -state yellow lasers pumped by laser diode are developing quickly, and have great applications in laser medical, space target…
Read More » -
1550nm Narrow Linewidth Fiber Laser
1 Introduction As a light source of fiber laser sensor, narrow linewidth fiber laser has the characteristics of interference to electromagnetic…
Read More » -
Make Important Progress in Nanolaser Design
Nano lasers have unique properties that are distinct from macro lasers. However, it is almost impossible to determine under what current…
Read More » -
Research on the Application of Laser Technology in Materials Processing
Abstract: The author briefly describes the main characteristics of laser processing, and also comprehensively introduces the specific application of laser…
Read More » -
How to Extend the Continuous Working Time of the Laser?
High-power lasers usually generate large amounts of heat, which can easily damage the laser tube for a long time. It…
Read More » -
Generation of the Shortest Wavelength Laser in the World — 271.8nm
Japanese researchers have developed a device that can produce the world’s shortest-wavelength laser, and a Nobel laureate predicts that this…
Read More » -
What is the Difference Between Instrument, Module, &Component？
The difference is usually price, feature set, and size. An instrument typically has a front panel with knobs and button…
Read More » -
266nm UV Laser High Peak Power Laser
An efficient laser-diode(LD) pumped Nd:YAG extracavity frequency conversion all-solid-state. quasi-continuous- wave(QCW) ultraviolet laser at 266nm was reported. The laser adopted…
Read More » -
Application of Laser Technology
1. Application of laser technology in the military field The application of laser technology in the military field is basically…
Read More » -
Synchronous Pumping Raman Fiber Laser
The use of ultrashort pulse synchronous pumping of Raman fiber lasers is another way to achieve wavelength-sensitive Raman pulsed lasers.…
Read More »