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A lead bromide laser operating at 722.9 and 406.2 nm

机译:溴化铅激光器工作在722.9 nm和406.2 nm

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摘要

A self-heated laser, operating on the atomic lead transitions at 722.9 and 406.2 nm is reported. The free lead atoms were produced by electric-discharge dissociation of lead bromide which was generated in situ by flowing a Ne-HBr gas mixture over molten Pb in the laser tube. The experimental technique may be applied readily to a number of metal-vapor lasers. Also reported is stable high-PRF operation on the 406.2 nm transition of lead.
机译:据报道,在原子铅跃迁在722.9和406.2 nm处工作的自加热激光器。游离的铅原子是由溴化铅的放电解离产生的,溴化铅是通过使Ne-HBr气体混合物流过激光管中的熔融Pb而原位生成的。实验技术可以容易地应用于许多金属蒸气激光器。还报道了在铅的406.2 nm跃迁上稳定的高PRF操作。

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