A multirod solar laser approach is here proposed to attain uniform and stable multibeam
emission under non-continuous solar tracking. A Fresnel lens was used as the primary …

A solar laser pumping approach to achieve both simultaneous and stable multibeam solar
laser operation under solar tracking error condition is proposed here. By using a heliostat …

Significant numerical improvements in Fresnel lens Nd: YAG solar laser collection efficiency,
laser quality factors and tracking error compensation capacity by two Fresnel lenses as …

Solar laser technology typically requires a highly accurate solar tracking system that
operates continuously, which increases energy consumption and reduces the system's …

A seven-rod solar laser head was conceptualized and numerically studied to improve the
tracking error compensation capacity and power stability in end-side-pumping schemes. It …

In present-day single-rod/single-beam solar laser systems, the thermal lens effect is a
serious issue that limits its ability for a scale-up to higher powers and improved beam …

Conventional solar-pumped lasers rely on expensive and highly accurate solar tracking
systems, which present a significant economic barrier to both solar laser research and …

We report a significant numerical improvement in multi-rod laser efficiency, with an
enhanced solar tracking error compensation capacity for a heliostat-parabolic system. The …

An alternative multirod solar side-pumping concept for the production of multiple quasi-
Gaussian beams is proposed. This scheme was based on the One-Megawatt solar furnace …

An alternative multirod solar laser end-side-pumping concept, based on the megawatt solar
furnace in France, is proposed to significantly improve the TEM00-mode solar laser output …