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Characterization of a dual-gas multi-jet gas puff target for high-order harmonic generation using extreme ultraviolet shadowgraphy

机译:使用极紫外影影技术表征高次谐波产生的双气体多喷嘴气体吹气靶

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摘要

Characterization measurements and modes of operation of a novel, dual-gas multi-jet target, developed for experiments on high-order harmonic generation, are presented. The target has been formed by pulsed injection of argon through a nozzle in a form of linearly oriented small orifices. The argon jets were separated with the helium jets formed by injection of helium through alternate orifices in the nozzle. The targets have been characterized by extreme ultraviolet backlighting at 13.5? nm wavelength. Density profiles for this type of targets have been obtained, to our knowledge, for the first time.
机译:介绍了为进行高次谐波产生实验而开发的新型双气多喷靶的表征测量和操作模式。通过以线性取向的小孔的形式通过喷嘴脉冲注入氩气来形成靶。氩气射流与氦气射流分开,氦气射流是通过喷嘴中交替的孔口注入氦气而形成的。目标的特征是在13.5?的极紫外背光下。纳米波长。据我们所知,这是首次获得这类目标的密度分布图。

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