Add to ORKGLaser frequencies may be reduced to single frequency or selected frequencies. For single frequency performance, spacing of frequencies falls in natural line width. For two or more frequencies, thicker spacing is used. Configuration adapts to operation with Kerr or Pockel cell for Q switching
This poster explains efforts to improve spatial beam quality of diode array stacks using an external...
Laser beam is emitted from pod on side of aircraft. Some scattered light returns to aircraft, but at...
For applications like Optical Coherence Tomography (OCT), Optical Coherence Microscopy (OCM), biomed...
Pulsed ruby laser emits two optical frequencies simultaneously so holographic recordings of test obj...
The transmission of large amounts of power in space by laser beam (diode lasers, in particular) requ...
(Maximum 200 words) The transmission of large amounts of power in space by laser beam (diode lasers...
A provision for controlled variation of the divergence of a laser beam or of multiple parallel laser...
Holograms of large objects may be formed by using several coherent low-intensity laser sources. If s...
Incoming signal is mixed with local oscillator signal by a beam splitter inside laser cavity. Laser ...
Spatial and temporal coherence is a fundamental property of laser beams. This peculiar quality is a ...
Apparatus in which laser wavelengths of two dyes are mixed in intracavity, nonlinear crystal provide...
The combination of laser beams holds much promise for obtaining powerful beams. Methods are surveyed...
Configuration is improvement because of the following: It provides higher efficiency. It reduces or ...
The invention of the laser can rightfully be considered one of the most significant discoveries of t...
Nonreciprocal gain control is used in a ring laser where the two contracirculating beams may have di...
This poster explains efforts to improve spatial beam quality of diode array stacks using an external...
Laser beam is emitted from pod on side of aircraft. Some scattered light returns to aircraft, but at...
For applications like Optical Coherence Tomography (OCT), Optical Coherence Microscopy (OCM), biomed...
Pulsed ruby laser emits two optical frequencies simultaneously so holographic recordings of test obj...
The transmission of large amounts of power in space by laser beam (diode lasers, in particular) requ...
(Maximum 200 words) The transmission of large amounts of power in space by laser beam (diode lasers...
A provision for controlled variation of the divergence of a laser beam or of multiple parallel laser...
Holograms of large objects may be formed by using several coherent low-intensity laser sources. If s...
Incoming signal is mixed with local oscillator signal by a beam splitter inside laser cavity. Laser ...
Spatial and temporal coherence is a fundamental property of laser beams. This peculiar quality is a ...
Apparatus in which laser wavelengths of two dyes are mixed in intracavity, nonlinear crystal provide...
The combination of laser beams holds much promise for obtaining powerful beams. Methods are surveyed...
Configuration is improvement because of the following: It provides higher efficiency. It reduces or ...
The invention of the laser can rightfully be considered one of the most significant discoveries of t...
Nonreciprocal gain control is used in a ring laser where the two contracirculating beams may have di...
This poster explains efforts to improve spatial beam quality of diode array stacks using an external...
Laser beam is emitted from pod on side of aircraft. Some scattered light returns to aircraft, but at...
For applications like Optical Coherence Tomography (OCT), Optical Coherence Microscopy (OCM), biomed...