INIS
control
100%
modulation
100%
jets
100%
droplets
100%
surface tension
63%
nozzles
27%
variations
18%
amplitudes
18%
instability
18%
capillaries
18%
increasing
9%
design
9%
sensitivity
9%
heat
9%
cooling
9%
applications
9%
distribution
9%
perturbations
9%
background noise
9%
diffusion
9%
excitation
9%
noise
9%
temperature dependence
9%
growth
9%
velocity
9%
randomness
9%
size
9%
length
9%
Engineering
Surface Tension Gradient
100%
Mechanisms
50%
Nozzle Exit
50%
Tension Coefficient
50%
Slow Cooling
25%
Marangoni
25%
Nozzle
25%
Gaussian White Noise
25%
Drop Size Distribution
25%
Characteristics
25%
Practical Application
25%
Underpinnings
25%
Design
25%
Surface Tension Force
25%
Dependent Surface
25%
Exit Velocity
25%