Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig3b | INPTDAT

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Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig3b

Results for the pure Ar (40 NLPM) and mixture Ar (40 NLPM) - H_2 (14 NLPM), arc current 600 A . The table gives the axial velocity u (m/s) as a function of the axial distance z (mm) (first column).

node571_Fig3b.csv

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Resources

Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig2a
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig2b
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig3a
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig3b
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig4a
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig4b
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig5a
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig5b
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig6a
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig6b
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig6c
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig6d
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig6e
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig8
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig9a
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig9b
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig9c
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig9d
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig10a
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig10b
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig10c
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig10d
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig11a
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig11b
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig11c
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig12
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig13a
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig13b
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig14a
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig14b
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig14c
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig14d

Additional Information

Field	Value
mimetype	text/csv
filesize	2.93 KB
resource type	file upload
timestamp	Oct 04, 2022

Resource filetype	csv
Resource datatype	data table
Resource range	Jet velocity for pure Ar: 0.025- 2346 m/s Jet velocity for mixture Ar-H_2: 0.035- 3940 m/s
Resource quality	published