Abstract
A jet nozzle construction is presented which is characterized by highest jet quality and simple design. The jet produced when using the nozzle in conjunction with a circular system of original construction is analysed for quality. An interferometric method for jet thickness measurement is outlined and used to measure the thickness of the jet. This method proves to be very useful in measuring the thickness of jets formed by other techniques (such as the one described by Bedard et al.). Some performance parameters of a dye jet laser pumped by a quasi-CW CuBr laser are given.
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