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We have studied high-current capillary discharge as a prospective XUV laser source since 1998. We have built two experimental devices CAPEX and CAPEX-U. On both these devices we have observed the very strong amplification of neon-like argon line at 46.9 nm, which corresponds to laser transition. Recently high resolved spectra were obtained with the help of McPherson spectrometer as well as a spherical...
We have built two experimental apparatuses CAPEX and CAPEX-U. On both these devices we have observed a very strong amplification of Ne-like argon line at 46.9 nm. However, these devices are not only lasing at 46.9 nm, but they also serve for testing a possibility of amplification at shorter wavelengths (below 20 nm) that have more practical applications (e.g. as a potential source for XUV lithography)...
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