在中红外区域，本文采用了透射测量方式。

Transmission mode is used in Mid-Infrared region.

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本文报道锂蒸气中由双光子泵浦所产生的位于紫外、可见和红外区的相干和受激辐射。

This paper reports the generation of the coherent and stimulated radiation in UV, visible and infrared regions by two-photon pumping.

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与文献中的结果进行比较，发现各种条件下的电晕放电的可见光区辐射强度一般都比较弱，而紫外区与红外区辐射的强弱则与具体的放电条件有关。

Compared with the results in the literature, it was found that the visible radiation intensity is usually weak, while ultraviolet and infrared radiation intensities depend on the discharge conditions.

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与文献中的结果进行比较，发现各种条件下的电晕放电的可见光区辐射强度一般都比较弱，而紫外区与红外区辐射的强弱则与具体的放电条件有关。

Compared with the results in the literature, it was found that the visible radiation intensity is usually weak, while ultraviolet and infrared radiation intensities depend on the discharge conditions.

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