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Ignition of aluminum powders by electro-static discharge
Ervin Beloni,
Edward L. Dreizin
Chemical and Materials Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
23
Scopus citations
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Engineering & Materials Science
Ignition
93%
Electric sparks
87%
Powders
84%
Aluminum
80%
Agglomeration
15%
Metal fuels
13%
Particles (particulate matter)
12%
Heating
12%
Fuel additives
12%
Joule heating
11%
Powder metals
10%
Photodiodes
10%
Aerosols
10%
Particle size analysis
10%
Particle size
8%
Experiments
6%
Metals
5%
Steel
5%
Electric potential
4%
Hot Temperature
4%
Physics & Astronomy
ignition
100%
sparks
79%
aluminum
71%
agglomeration
18%
energy
17%
metal fuels
14%
spark ignition
12%
heating
10%
metal powder
10%
Joule heating
10%
holders
9%
particle size distribution
9%
ejection
9%
stimulation
8%
aerosols
8%
travel
8%
photodiodes
7%
flames
7%
steels
6%
formulations
6%
heat
5%
radii
5%
sensitivity
5%
electric potential
4%
metals
4%
Chemical Compounds
Energy
49%
Agglomeration
29%
Time
21%
Fuel Additive
21%
Metal
20%
Holder
18%
Aerosol
15%
Particle Size Distribution
14%
Indicator
13%
Flame
13%
Heat
11%
Voltage
10%
Volume
8%
Surface
4%