Synonyme wurden verwendet für:
Hochleistungslaser
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keywords:(Hochleistungslaser)
1.06-m and 1.44-m Nd:YAG lasers with apodized reflectors [2788-27]
2-kW cw fiber-coupled diode laser system [3889-03]
6-kW and 10-kW high-power lamp-pumped MOPA Nd:YAG laser systems [3888-66]
8-W highly efficient Yb-doped fiber laser [3889-16]
10-kW-class YAG laser application for heavy components (Invited Paper) [3888-63]
30-kW fast-axial-flow CO~2 laser with rf excitation [2788-05]
200-W InGaAlAs/GaAs diode laser bars for pumping [3889-124]
550-nm emission of erbium-doped Ti:LiNbO~3 waveguide pumped at 980 nm [2788-29]
1059- and 1328-nm LD-pumped Nd:S-FAP solid state laser [2889-620]
Ablation effect on an impulse discharge induced by a laser-plasma channel [3886-24]
Absorption spectrum and parameters calculation of Tm^3^+ in YVO~4 crystal [3549-08]
Acceleration of electrons in a vacuum by lasers and the accuracy principle of nonlinearity [3886-21]
Acousto-optically induced single-frequency operation of an Nd:YAG ring laser [2889-571]
Active beam integrator for high-power coherent lasers [2789-19]
Adaptive measurement enhancing the performance of a five-axis laser robot machine [3888-57]
Adaptive optical correction for CO~2 laser lenslike medium aberration [3549-29]
Advanced diode-pumped solid state laseres (DPSSLs): near-term trends and future prospects [3886-203]
Advanced diode-pumped solid state lasers (DPSSLs): near-term trends and future prospects [3887-203]
Advanced diode-pumped solid state lasers (DPSSLs): near-term trends and future prospects [3888-203]
Advanced diode-pumped solid state lasers (DPSSLs): near term trends and future prospects [3889-203]
AFM-mapped nanoscale absorber-driven laser damage in UV high-reflector multilayers [2714-57]
Air-cooled 10 W pulsed argon laser [6611-20]
AISI 304 laser prototyping by different techniques [3888-25]
AlGaAs/InGaAs/GaAs high-power 1060-nm diode lasers with reduced fast axis divergence [3889-73]
AMT GDL: new prospects for gas-dynamic laser [3887-17]
Analysis of exploding plasma behavior in various magnetic fields [3886-57]
Application of a modern high-power laser to heavy-section welding [3888-47]
Application of multiple-electrode-pair TEA CO~2 laser to remote sensing [3888-58]
Applications of fiber phase conjugators in high-power lasers (Invited Paper) [3549-41]
Applications of high-power visible and UV lasers in manufacturing [3888-22]
Applications of the chemical oxygen-iodine laser (Invited Paper) [3887-15]
Applying laser technology to decommissioning for nuclear power plants [3887-10]
Backscatter of basic target for CO~2 laser [2889-616]
Bamboo floor panel cutting by CO~2 laser [3887-27]
Beam addition of Nd:YAG high-power lasers [2788-26]
Beam divergence studies on a long-pulse XeCl excimer laser [2788-22]
Beam quality control techniques for pulsed CO~2 lasers (Invited Paper) [3549-45]
Beam quality of a XeCl excimer laser vs. the repetition rate [3889-46]
Binary optical resonator for mode optimization in a high-power laser [2889-575]
Burst-mode Q-switching operation of a Nd:YAG rod laser [3889-23]
Butt weld of aluminum alloy plates 6063 and LY12 by laser beam [3888-82]
Calculation model scaling of CO laser with RF discharge in supersonic stream [6611-18]