Capillary discharge lasers are the highest average power tabletop coherent EUV sources presently available. These lasers have drastically reduced their size since their initial demonstration at Colorado State University in 1994. Today compact, high-repetition rate EUV lasers operating in the high-saturation regime open the opportunity to conduct experiments with intense, coherent EUV light on a table-top.
In these lasers, the light beam amplification is generated by fast discharge excitation of an Ar-filled capillary tube. The magnetic force of the current pulse and large thermal pressure gradients near the wall rapidly compress the plasma to form a dense and hot column with a large density of Ne-like ions. The compressed column has a very high axial uniformity and a length-to-diameter ratio of the order of 1000:1. Collisional electron impact excitation of the ground state Ne-like ions produces a population inversion between 3p and 3s levels, resulting in laser amplification at 46.9 nm.
Our most compact source is a desktop size pulsed laser at 46.9 nm.
General specifications for this system are as follows:
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