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New horizons for Supercontinuum light sources: From UV to Mid-IR

机译:超连续谱光源的新视野:从紫外线到中红外

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摘要

Commercially available supercontinuum sources continue to experience a strong growth in a wide range of industrial and scientific applications. In addition, there is a significant research effort focused on extending the wavelength coverage both towards UV and Mid-IR. Broadband sources covering these wavelength regions have received significant attention from potential users, as there is a wide array of applications for which there are few suitable alternative light sources - if any. Our developments in the field of Mid-IR supercontinuum sources have been based on radical approaches; such as soft glasses and novel pumping schemes, whereas shifting the spectrum further towards the UV has been based on sophisticated microstructure fiber designs. Here we present our latest developments in tailoring the power and spectral coverage of spatially coherent broadband supercontinuum sources.
机译:市售的超连续谱源在广泛的工业和科学应用中继续经历强劲增长。此外,还有大量的研究工作致力于将波长范围扩展到UV和Mid-IR。覆盖这些波长区域的宽带光源引起了潜在用户的极大关注,因为在各种各样的应用中,几乎没有合适的替代光源-如果有的话。我们在中红外超连续谱源领域的发展基于激进的方法。例如软玻璃和新颖的泵浦方案,而将光谱进一步移向紫外线则是基于复杂的微结构纤维设计。在这里,我们介绍了我们在调整空间相干宽带超连续谱源的功率和频谱覆盖范围方面的最新进展。

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