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walls
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depth
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deuterium
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breakdown
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spectroscopy
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lasers
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ablation
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fuels
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retention
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iter tokamak
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tungsten
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argon
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electron density
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values
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comparative evaluations
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applications
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energy
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plasma
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coatings
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evaluation
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inclusions
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signals
25%
ions
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maintenance
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high pressure
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beryllium
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mass spectrometry
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aluminum
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broadening (line)
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Keyphrases
Deuterium
100%
Laser-induced Breakdown Spectroscopy
100%
Depth Profile
100%
Nanosecond Laser
100%
Wall Material
100%
Spectral Lines
75%
Tungsten
50%
Argon
50%
Fuel Retention
50%
Electron Density
50%
Ablation Rate
50%
Secondary Ion Mass Spectrometry
25%
Beryllium
25%
Order of Magnitude
25%
H-line
25%
D-line
25%
Spectroscopic Measurement
25%
High Pressure
25%
Ablation
25%
Stark Broadening
25%
Saha-Boltzmann Plot
25%
Ablation Characteristics
25%
Measurement Condition
25%
Real Application
25%
Self-absorption
25%
Retention Characteristics
25%
Engineering
Depth Profile
100%
Nanosecond
100%
Line Spectra
100%
Ablation Rate
66%
Carrier Concentration
66%
Real Application
33%
Measurement Condition
33%
Boltzmann Equation
33%
Broadening
33%
Material Science
Tungsten
100%
Carrier Concentration
100%
Deuterium
100%
Beryllium
50%
Secondary Ion Mass Spectrometry
50%
Aluminum
50%
Chemistry
Laser Induced Breakdown Spectroscopy
100%
Deuterium
100%
Argon
50%
Electron Density
50%
Secondary Ion Mass Spectroscopy
25%
Line Broadening
25%
Beryllium
25%
Aluminum
25%
Boltzmann Equation
25%
Physics
Deuterium
100%
Laser-Induced Breakdown Spectroscopy
100%
Line Spectra
75%
Electron Density
50%
Secondary Ion Mass Spectrometry
25%
Blood Plasma
25%