Sentence examples for optical slope efficiency from inspiring English sources

The maximum average output power of 8.94 W with a 9.3 ps pulse width at a repetition rate of 111 MHz is obtained under a pump power of 24 W, correspondingly the optical slope efficiency is 39.2%.

Implementing these ideas led to 2 compositionally tuned laser materials that operate at 0.94411 μm and a diode pumped, 0.946 μm Nd YAG laser that operates in the TEM00 mode with a normal mode, optical to optical slope efficiency of 0.28.

Maximum optical slope efficiencies of 20.5% and 5.4% were measured in long-pulse and Q-switched operation, respectively.

The maximum slope efficiency and optical-to-optical conversion efficiency are 78.9% and 55.3%, respectively.

A corner-pumped composite YAG/Yb YAG slab laser that produced 1016 W continuous wave output power from a single composite crystal, with a slope efficiency and optical-to-optical efficiency of 43% and 34.4%, respectively, was designed.

Fig. 4 Slope efficiency of optical fibers drawn from Al2O3 Er 3+ NP-doped preforms as a function of Al content Fig. 5 Output power of laser emission at 1530 nm versus pump power for the all-fiber Er 3+-doped fiber laser.

This corresponds to an optical-to-optical conversion efficiency of 20% and slope efficiency of 32%.

According to experimental results, for the free-running operation, the slope efficiency is 35% and the optical to optical efficiency is 22.25% at 100 Hz.

Moreover, it is observed that, for 0.35 wt% Al 3+ ions, the slope efficiency of the optical fibers drawn from Al2O3 Er 3+ NP-doped preforms is about 47% whereas efficiency of Er 3+-doped standard optical fiber is only about 35% (Fig. 5 a).

The corresponding optical-to-optical conversion efficiency is 16.8% and the slope efficiency is 28.1%.

As a further study we have obtained an increased slope efficiency of 40% and an optical-to-optical efficiency of 30% using a pinhole vacuum spatial filter/image relay for laser mode control.