Atomic and Molecular Laser-Induced Breakdown Spectroscopy of Selected Pharmaceuticals by Pravin Kumar Tiwari, Nilesh Kumar Rai, Rohit Kumar, Christian G. Parigger, Awadhesh Kumar Rai

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Ablation-Dominated Arcs in CO₂ Atmosphere—Part II: Molecule Emission and Absorption by Ralf Methling, Nicolas Götte, Dirk Uhrlandt

“…Furthermore, absorption of C<inline-formula><math display="inline"><semantics><msub><mrow></mrow><mn>2</mn></msub></semantics></math></inline-formula> Swan bands and CuF bands were found with the arc plasma serving as background radiator. …”
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Thermometry of an oxy-acetylene flame using multiplex degenerate four-wave mixing of C-2 by Kaminski, C, Hughes, I, Lloyd, G, Ewart, P

“…More than 100 rotational transitions in the d3Πg → α3Πu (0, 0) Swan band of C2 could be recorded simultaneously by use of a pulsed, broad bandwidth "modeless" laser. …”

Spectroscopic analysis of coal plasma emission produced by laser ablation by Liliana Patricia Vera-Londoño, Jaime Andrés Pérez-Taborda, Henry Riascos-Landázuri

“…The C2 molecular spectra (Swan band) were analyzed to determine vibrational temperature (0.62 eV). …”
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ABSOLUTE CONCENTRATION MEASUREMENTS OF C-2 IN A DIAMOND CVD REACTOR BY LASER-INDUCED FLUORESCENCE by Kaminski, C, Ewart, P

“…LIF spectra of the d3Πg-a3Πu (1,0) Swan band near 473 nm were recorded and synthesized theoretically allowing the plasma temperature of 2100 ± 200 K to be inferred. …”

High resolution spectroscopy and spectral simulation of C-2 using degenerate four-wave mixing by Lloyd, G, Ewart, P

“…Degenerate four-wave mixing in the sub-Doppler phase conjugate geometry was used to record high resolution spectra of the d3Πg-a3Πu (0-0) Swan band of C2 produced in an oxy-acetylene flame. …”

Laser ablation molecular isotopic spectroscopy: A novel tool to characterise the distribution of 13C and 12C on graphite after 13CH4 tracer injection in Wendelstein 7-X by E. Wüst, T. Dittmar, C. Kawan, J. Romazanov, S. Brezinsek

“…A high throughput custom-made spectrometer in Littrow-arrangement (f = 750 mm, A = 6000 at l = 473 nm, lspan = 14 nm) was used to analyse the C2 Swan bands (d3⊓g - a3⊓u, v = 1 to v’ = 0) of laser-induced plasma emission.…”
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An experimental study and modeling of Transformer-Coupled Toroidal Plasma processing of materials by Bai, Bo, Ph. D. Massachusetts Institute of Technology

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