A tunable laser source uses polarization modifying elements to filter wavelengths and control signal states within the optical cavity.
Segmented diffractive gratings in the external resonator enable wideband tuning while suppressing secondary diffraction effects.
Selective partial gas replacement prevents impurity buildup that disrupts exposure device operations during continuous laser oscillation.
Bonding optical elements to a KBBF crystal away from cleavage-prone peripheries reduces stress-induced damage while maintaining high-quality optical contact.
A discharge-excited gas laser unit integrates an etalon and grating to narrow the spectral line width of ultraviolet output.
Integrating a gain medium within an evanescent reflector structure enables preferential amplification of optical waves at larger angles.
Coil geometry relaxes bend radius requirements at elevated core temperatures, suppressing higher-order modes to stabilize output beam quality.
A poly-TPD(4B) conjugated polymer laser uses temperature-dependent dimerization to tune output energy between 20 and 325 microjoules.
Segmenting the discharge, narrowing, and amplification cavities resolves the trade-off between spectral purity and output power.
A nonlinear loss mechanism within an intracavity optical parametric oscillator suppresses relaxation oscillations through intensity-dependent damping.
Monolithic immersion grating prism combines laser beams without mechanical stabilization.