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...used as laser medium for 2940 nm wavelength. Due to the strong water and human body fluid absorption at this wavelength, Er:YAG laser has a wide dental and medical applications. For example, low doped Er:YAG...
...used as laser medium for 2940 nm wavelength. Due to the strong water and human body fluid absorption at this wavelength, Er:YAG laser has a wide dental and medical applications. For example, low doped Er:YAG...
...potential applications, such as tunable continuous-wave lasers, mode-locked oscillators, chirp-pulse amplifiers, thin disk oscillators/amplifiers and lidars. Moreover, the absorption band of Ti:Sapphire is c...
...crystal for Dermatological laser. As a young team made up of highly skilled professionals and dynamic members, we carry on the excellence of those pioneers. And our goal is to create a world-leading brand fo...
...flexible and cheap production process, CaF2 has been used in many substrate materials for laser crystals. As an amplifying ion, Yb3+ also allows a three-level laser scheme, leading to low quantum defects and...
...-hydroscopic. Its nonlinear coefficient is 3.5 - 4 times higher than that of LBO, 1.5 -2 times higher than that of BBO. It » can efficiently frequency doubling the 946nm to produce blue laser at 473nm Angle ...
... and medical systems, range detectors, lidars, optical communications and industrial laser systems. KTP is most commonly used for frequency-doubled Nd:YAG and other Nd-doped lasers, especially in low to medi...
... and medical systems, range detectors, lidars, optical communications and industrial laser systems. KTP is most commonly used for frequency-doubled Nd:YAG and other Nd-doped lasers, especially in low to medi...
... laboratory and medical systems, range detectors, lidars, optical communications and industrial laser systems. KTP is most commonly used for frequency-doubled Nd:YAG and other Nd-doped lasers, especially in ...
...used as the output coupling mirror of the laser. Based on the gradient distribution coating with high intermediate reflectivity and low edge reflectivity, the intensity distribution of the transmitted laser ...
...the output coupling mirror of the laser. Based on the gradient distribution coating with high intermediate reflectivity and low edge reflectivity, the intensity distribution of the transmitted laser in the c...
...used as the output coupling mirror of the laser. Based on the gradient distribution coating with high intermediate reflectivity and low edge reflectivity, the intensity distribution of the transmitted laser ...
...used as laser medium for 2940 nm wavelength. Due to the strong water and human body fluid absorption at this wavelength, Er:YAG laser has a wide dental and medical applications. For example, low doped Er:YAG...
...flexible and cheap production process, CaF2 has been used in many substrate materials for laser crystals. As an amplifying ion, Yb3+ also allows a three-level laser scheme, leading to low quantum defects and...
...crystal for Dermatological laser. As a young team made up of highly skilled professionals and dynamic members, we carry on the excellence of those pioneers. And our goal is to create a world-leading brand fo...
...potential applications, such as tunable continuous-wave lasers, mode-locked oscillators, chirp-pulse amplifiers, thin disk oscillators/amplifiers and lidars. Moreover, the absorption band of Ti:Sapphire is c...
...ion and Tm3+ acts as intermediary to transfer energy. 2.1 m laser wave can be absorbed by water very well, transmits atmosphere easily and is safe to eye. Therefore, it is widely used in medical treatment, l...
...used as laser medium for 2940 nm wavelength. Due to the strong water and human body fluid absorption at this wavelength, Er:YAG laser has a wide dental and medical applications. For example, low doped Er:YAG...
...used as laser medium for 2940 nm wavelength. Due to the strong water and human body fluid absorption at this wavelength, Er:YAG laser has a wide dental and medical applications. For example, low doped Er:YAG...
...used as laser medium for 2940 nm wavelength. Due to the strong water and human body fluid absorption at this wavelength, Er:YAG laser has a wide dental and medical applications. For example, low doped Er:YAG...