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Resonance-enhanced laser-induced plasma spectroscopy: Ambient gas effects
S. L. Lui, Nai Ho CHEUNG
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Corresponding author for this work
Department of Physics
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Article
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peer-review
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Engineering & Materials Science
Dye lasers
100%
Xenon
69%
Spectroscopy
57%
Plasmas
47%
Vacuum
45%
Lasers
38%
Laser pulses
33%
Gases
29%
Argon
28%
Helium
28%
Air
28%
Nitrogen
23%
Signal to noise ratio
21%
Cooling
17%
Chemical analysis
16%
Physics & Astronomy
plumes
52%
dye lasers
35%
xenon
34%
spectroscopy
26%
gases
26%
lasers
22%
vacuum
21%
air
20%
pellets
17%
signal to noise ratios
14%
helium
13%
argon
13%
nitrogen
12%
cooling
11%
augmentation
10%
sensitivity
10%
pulses
8%
Chemical Compounds
Laser Induced Plasma
83%
Vacuum
40%
Spectroscopy
33%
Dye
32%
Pressure
29%
Gas
27%
Pellet
25%
Cooling
22%
Resonance
20%
Elemental Analysis
18%
Nitrogen
15%