[…] several tens to one hundred nano–seconds). Compared to AO Q–switch, EO Q–switch can overcome the shortcomings of AO Q–switch, and get stable short pulses due to its fast loss change. But the EO Q–switch requires very high voltage driver; this leads the high pulse repetition rate is difficult to obtain. In recent years, with […]
[…] density, good temperature stability and high detection eο¬ciency. Can be used in Faraday isola – tor, X–ray detector, Ξ²–ray detector, Ξ³–ray detector products. APPLICATIONS Insoluble High density Fast decay time High atomic number High dection eο¬ciency Good temperature stability PET Ξ³–ray detection Faraday isolator X–ray ,Ξ²–ray detection High energy and nuclear physics sales@crylink.com +86–21–69910952 […]
[…] laser systems. Gain bandwidth is the range of wavelengths over which amplification can occur in a laser medium. A wider gain bandwidth facilitates generation of short, ultra fast pulses, which are a key requirement in numerous modern laser applications, including telecommunications, materials processing, and medical diagnostics. Figure 1. high energy laser system The Advantage […]
[…] reliable communication; they ensure that devices work as intended year after year; they make advanced technology accessible to a broader audience. In a world increasingly reliant on fast, dependable, and affordable technology, the advantages of LiIO3 crystals are not just theoretical concepts; they are practical benefits that have a real impact on our daily […]
[…] laser is a type of tunable laser with a lasing medium made of titanium–doped sapphire crystals. This laser is renowned for its broad tuning range and ultra fast pulse generation, making it a popular choice in various scientific fields. The Core Components of a Ti Sapphire Laser The core components of a Ti Sapphire […]
[…] energy by atomized water particles to produce the expansion and acceleration. High–energy and high–kinetic energy water beams are formed by high–velocity arrangement and then cutting soft tissue fast. Theotry 2790nm Laser (Er:Cr:YSGG Laser) 2790nm Laser Crystal β Er,Cr:YSGG It is an Er:Cr: YSGG laser rod with a diameter of 4 mm and a length […]
[…] possibilities, allowing industries to choose the perfect fit based on precise requirements. In this ever–expanding YAG family, while Nd:YAG remains a revered elder, the newer members are fast establishing their significance. Together, they present a diversified arsenal, ensuring that the world of optics and photonics continues to evolve, innovate, and break barriers. Figure 5. […]
Introduction Laser technology, specifically in the 1535nm range, plays a pivotal role in numerous applications, from medical procedures to advanced communications. The effectiveness of these lasers is highly dependent on the choice of crystal used to generate the required output. In this comprehensive guide, we delve deep into the various crystals suitable for producing 1535nm […]
Introduction In the vast realm of optics, the study of light and its interactions with various materials has always been a subject of intrigue. While linear optics deals with the behavior of light in materials where the response is directly proportional to the input, nonlinear optics delves into the more complex scenarios where this proportionality […]
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