Demonstration of a novel laser-driven light source for broadband spectroscopy between 170 nm and 2.1 μm

Meez Islam; Luca Ciaffoni; Gus Hancock; Grant A.D. Ritchie

doi:10.1039/c3an01020a

Demonstration of a novel laser-driven light source for broadband spectroscopy between 170 nm and 2.1 μm

Meez Islam, Luca Ciaffoni, Gus Hancock, Grant A.D. Ritchie

Teesside University

Research output: Contribution to journal › Article › peer-review

10 Citations (Scopus)

Abstract

Combining broadband light sources with optical cavities is a well established approach to sensitive monitoring of trace species in both gas and liquid phases. Here we investigate for the first time the potential of a novel source based on laser-driven xenon plasma technology for spectroscopic studies of gaseous species over the 170-2100 nm spectral range.

Original language	English
Pages (from-to)	4741-4745
Number of pages	5
Journal	Analyst
Volume	138
Issue number	17
DOIs	https://doi.org/10.1039/c3an01020a
Publication status	Published - 1 Jan 2013

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title = "Demonstration of a novel laser-driven light source for broadband spectroscopy between 170 nm and 2.1 μm",

abstract = "Combining broadband light sources with optical cavities is a well established approach to sensitive monitoring of trace species in both gas and liquid phases. Here we investigate for the first time the potential of a novel source based on laser-driven xenon plasma technology for spectroscopic studies of gaseous species over the 170-2100 nm spectral range.",

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AU - Hancock, Gus

AU - Ritchie, Grant A.D.

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N2 - Combining broadband light sources with optical cavities is a well established approach to sensitive monitoring of trace species in both gas and liquid phases. Here we investigate for the first time the potential of a novel source based on laser-driven xenon plasma technology for spectroscopic studies of gaseous species over the 170-2100 nm spectral range.

AB - Combining broadband light sources with optical cavities is a well established approach to sensitive monitoring of trace species in both gas and liquid phases. Here we investigate for the first time the potential of a novel source based on laser-driven xenon plasma technology for spectroscopic studies of gaseous species over the 170-2100 nm spectral range.

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Demonstration of a novel laser-driven light source for broadband spectroscopy between 170 nm and 2.1 μm

Abstract

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