A Nd-doped Gd3Ga5O12(GGG) slab laser in normal pulsed operation at 1.06 µm is described. At the pulse repetition rate of 10 pps and pulse duration of 3 ms, the maximum output power was 230 W, and the slope efficiency was 2.4%. No remarkable decrease of slope efficiency was observed between 1 pps and 10 pps. The instability of the laser resonator is discussed with reference to the Mach-Zehnder interferograms under pumping.
An important subset of diagrams, the small watermelons and their elementary derivatives, are found to exhibit a finite clustering property: the subset is summed approximately and provides a long-range tail to the Percus core of the direct correlation. Below a certain density, governed by the range of the small watermelons, fluid-like solutions are obtained, whilst above this density the structure is long-range oscillatory. The rigid sphere isotherm shows distinct fluid and solid branches in essential agreement with the machine simulations. The finite clustering of particles implies a dramatic development of the statistical attraction operating in the fluid, and serves to shift the system from the fluid to the solid branch of the isotherm.
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