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Performance modeling of pulsed short-arc xenon flashlamps

机译:脉冲短弧氙气闪光灯的性能建模

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摘要

Pulsed short-arc xenon flashlamps are used as the source of optical radiation in many analytical and life science instruments. They provide useable energy from below 150nm to over 1100nm. As a pulsed source they can operate at high peak power while still maintaining a low average power. The electrical operating conditions play a major role in the final performance of the lamp. This paper will look at the effect on electrical to optical conversion efficiency, arc size, and spectral distribution of varied electrical operating conditions. Some "rules of thumb" will be developed for the above characteristics as a function of electrical operating conditions. Specific attention will be paid to the new generation of smaller sized flashlamps.
机译:在许多分析和生命科学仪器中,脉冲短弧氙气闪光灯被用作光辐射源。它们提供从150nm以下到1100nm以上的可用能量。作为脉冲源,它们可以在高峰值功率下运行,同时仍保持较低的平均功率。电气工作条件在灯的最终性能中起着重要作用。本文将研究各种电操作条件对电光转换效率,电弧大小和光谱分布的影响。对于上述特性,将根据电气工作条件开发一些“经验法则”。将特别注意新一代较小尺寸的闪光灯。

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