What happens is that components are combined in a joining press, then welded with the solid state laser that has stationary optics.
What does SSL stand for?
SSL stands for Solid State Laser
This definition appears frequently and is found in the following Acronym Finder categories:
- Science, medicine, engineering, etc.
See other definitions of SSL
We have 270 other meanings of SSL in our Acronym Attic
- Sisters of St. Louis (Catholic organization)
- Small Size League (RoboCup)
- Social Services Law
- Societá Sportiva Lazio (Italian sports club)
- Sodium Stearoyl Lactylate (food grade emulsifier)
- Software Solutions Laboratory
- Software Support Laboratory
- Software Systems, LLC (Oman)
- Soil Screening Level(s) (US EPA)
- Soil Survey Laboratory
Samples in periodicals archive:
com Textron Defense Systems today said its Directed Energy Weapons business line has successfully tested its Joint High-Power Solid State Laser (J-HPSSL) laboratory demonstration device at average power levels in excess of 100 kilowatts.
The stand-alone, 15 kW system, dubbed Vesta II, is the sole-source add-on to the Joint High Power Solid State Laser programme.
In addition, the fiber laser-based system can be much more compact, robust, power-efficient and lighter than a bulk optic solid state laser system, and can require less alignment.
We've also ensured our ability to cost-effectively supply EUV light sources to the semiconductor industry by acquiring Cutting Edge Optronics, a solid state laser and laser diode company.
Yariv says the main contribution of hisgroup's paper is to demonstrate that putting even moderately reflective coatings on the facets of a laser has a much more pronounced effect on improving the threshold current of a quantum well laser than of conventional solid state lasers.
Shifting demands for next-generation optical data storage formats and solid state laser pumping have propelled the laser diode market to make a big impact on the medium and long terms, according to the analyst of the study.
He describes solid state laser materials, including doping ions, the structure and bonding of solids, garnet crystals as laser hosts, fluoride laser crystals, the photophysics of solid state laser materials, energy transfer, lasing efficiency and sensitization, two-micron lasers including holmium- and thalium-doped crystals, the YAG laser, and diode-pumped solid-state lasers.