Evidence of the Dominant Production Mechanism of Ammonia (Fig. 3, 5 Pa)

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Plasma and nascent contributions to the atomic hydrogen density as a function of nitrogen admixture for a power of 100 W and for a pressure of 5 Pa.

node517_Fig3_5Pa.csv

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Resources

Evidence of the Dominant Production Mechanism of Ammonia (Fig. 2, 0 ppm N2)
Evidence of the Dominant Production Mechanism of Ammonia (Fig. 2, 5000 ppm N2)
Evidence of the Dominant Production Mechanism of Ammonia (Fig. 3, 3 Pa)
Evidence of the Dominant Production Mechanism of Ammonia (Fig. 3, 5 Pa)
Evidence of the Dominant Production Mechanism of Ammonia (Fig. 3, 7 Pa)
Evidence of the Dominant Production Mechanism of Ammonia (Fig. 4, 3 Pa)
Evidence of the Dominant Production Mechanism of Ammonia (Fig. 4, 5 Pa)
Evidence of the Dominant Production Mechanism of Ammonia (Fig. 4, 7 Pa)
Evidence of the Dominant Production Mechanism of Ammonia (Fig. 5, 20 °C)
Evidence of the Dominant Production Mechanism of Ammonia (Fig. 5, 60 °C)
Evidence of the Dominant Production Mechanism of Ammonia (Fig. 5, 100 °C)

Additional Information

Field	Value
mimetype	text/csv
filesize	364 bytes
resource type	file upload
timestamp	Dec 07, 2021

Resource filetype	csv
Resource datatype	data table
Resource range	Pressure: 5 Pa; Applied power: 100 W; Wall temperature: 20 °C
Resource quality	published