Engineering
Hollow-Cone Injector
100%
Light Naphtha
100%
Gas Pressure
100%
Fuel
100%
Velocity
100%
Injector
66%
Measurement
66%
Surface Mount Technology
66%
Gas Temperature
66%
Measurement Location
66%
Development
66%
Delay Time
33%
Nozzle
33%
Piezoelectric
33%
Injection Pressure
33%
Pressure Difference
33%
Micron
33%
Coalescence
33%
Outer Edge
33%
Vector Field
33%
Gas Density
33%
Vaporization
33%
Circulation Zone
33%
Transients
33%
Images
33%
High Probability
33%
Low Density
33%
Constant Pressure
33%
Velocity Vector
33%
INIS
droplets
100%
fuels
100%
sprays
100%
cones
100%
gases
55%
naphtha
55%
velocity
44%
increasing
33%
zones
22%
density
22%
injection
22%
range
11%
probability
11%
images
11%
size
11%
time delay
11%
nozzles
11%
vector fields
11%
piezoelectricity
11%
height
11%
collisions
11%
coalescence
11%
vaporization
11%
Physics
Droplet
100%
Velocity Measurement
100%
Fuel
100%
Gas Pressure
33%
Pressure
33%
Increasing
33%
Light
33%
Speed
33%
Gas Temperature
22%
Region
22%
Position (Location)
22%
Injection
22%
Collisions
11%
Vaporization
11%
Gaseous State
11%
Differences
11%
Transients
11%
Images
11%
Circulation
11%
Probability Theory
11%
Openings
11%
Biochemistry, Genetics and Molecular Biology
Pressure
100%
Gas
83%
Velocity
66%
Light
50%
Development
33%
Temperature
33%
Density
33%
Circulation
16%
Vaporization
16%
Time
16%
Height
16%
Material Science
Characterization
100%
Droplet
100%
Fuel
100%
Gas
44%
Temperature
22%
Nozzle
11%
Bar (Metal)
11%
Density
11%
Density of Gases
11%