In conventional high-power slab lasers, the design is often a compromise between pump absorption efficiency and uniformity. In this paper, both are studied for diode-array-pumped slab lasers. We explore a method with which each can be separately optimized, so it becomes possible to have both high efficiency and uniformity in slab lasers with long optical pump paths. The method is applicable to composite and ceramic crystal slab lasers
A novel resonator concept that produces a circular output beam and highly-elliptical cavity mode sui...
Diode lasers used to pump high average power solid-state lasers typically have broad spectral width ...
Using a slab shaped laser media can effectively reduce thermally induced strain and aberration. In t...
In conventional high-power slab lasers, the design is often a compromise between pump absorption eff...
This report deals with a Nd:YAG slab laser partially end pumped by a diode laser stack with 40 diode...
High power diode pumped solid state lasers are auspicious sources for various applications in materi...
This thesis studies the design, engineering and operation of a new type of solid state laser based o...
An efficient high power cw Nd:YAG slab laser, partially end pumped by diode laser stacks is describe...
An efficient high-power cw Nd:YAG slab laser, partially end pumped by diode-laser stacks, and a nove...
We propose a novel design method for reflective nonimaging concentrators that is based on maximizing...
A thorough and general geometrical optics analysis of a slab-shaped laser gain medium is presented. ...
A thorough and general geometrical optics analysis of a slab-shaped laser gain medium is presented. ...
A new thin-slab ceramic Nd:YAG laser is presented based on a novel zig-zag configuration. The slab i...
High-average-power broadband 780-nm slab Ti:sapphire lasers, pumped by a kilohertz pulse repetition ...
Diode lasers used to pump high average power solid-state lasers typically have broad spectral width ...
A novel resonator concept that produces a circular output beam and highly-elliptical cavity mode sui...
Diode lasers used to pump high average power solid-state lasers typically have broad spectral width ...
Using a slab shaped laser media can effectively reduce thermally induced strain and aberration. In t...
In conventional high-power slab lasers, the design is often a compromise between pump absorption eff...
This report deals with a Nd:YAG slab laser partially end pumped by a diode laser stack with 40 diode...
High power diode pumped solid state lasers are auspicious sources for various applications in materi...
This thesis studies the design, engineering and operation of a new type of solid state laser based o...
An efficient high power cw Nd:YAG slab laser, partially end pumped by diode laser stacks is describe...
An efficient high-power cw Nd:YAG slab laser, partially end pumped by diode-laser stacks, and a nove...
We propose a novel design method for reflective nonimaging concentrators that is based on maximizing...
A thorough and general geometrical optics analysis of a slab-shaped laser gain medium is presented. ...
A thorough and general geometrical optics analysis of a slab-shaped laser gain medium is presented. ...
A new thin-slab ceramic Nd:YAG laser is presented based on a novel zig-zag configuration. The slab i...
High-average-power broadband 780-nm slab Ti:sapphire lasers, pumped by a kilohertz pulse repetition ...
Diode lasers used to pump high average power solid-state lasers typically have broad spectral width ...
A novel resonator concept that produces a circular output beam and highly-elliptical cavity mode sui...
Diode lasers used to pump high average power solid-state lasers typically have broad spectral width ...
Using a slab shaped laser media can effectively reduce thermally induced strain and aberration. In t...