Engineering
Bubble Collapse
100%
Micropump
100%
Bubble Cavitation
77%
Diffusers
76%
Low-Temperature
66%
Rectification
66%
Piezoelectric
56%
Bubble Size
50%
Transducer
50%
Single Bubble
44%
Solid Boundary
40%
Platinum Catalyst
33%
Radiated Noise
33%
Magnetic Field
33%
Diverging Nozzle
33%
Sensor Array
33%
Liquid Film
33%
Surrounding Liquid
33%
Bernoulli Effect
33%
Ultrasonics
33%
One Dimensional
33%
Pressure Distribution
33%
Microscale
33%
Acoustic Far Field
33%
Homogeneous Flow
27%
Resonant State
27%
Interaction Effect
25%
Crosstalk
23%
Field Measurement
23%
Applicability
23%
Critical Pressure
22%
Actuation Pressure
20%
Actuation
20%
Outlet Port
20%
Slenderness
18%
Gas Dynamic Shock
17%
Leading Edge Structure
16%
Acoustic Resonance
16%
Cell Geometry
16%
Flow Distribution
16%
Porosity
16%
Spatial Distribution
16%
Resonance Mode
16%
Ship Propellers
16%
Strengthening Effect
16%
Non-Linear Dynamics
16%
Main Component
16%
Velocity Field
16%
Flow Regime
16%
Numerical Scheme
16%
Keyphrases
Micropump
66%
Cavitating Flow
50%
Bubble Size
50%
Diffuser
46%
Cavitation Bubble
41%
Bifurcation
33%
Rayleigh-Plesset Equation
33%
Radiated Noise
33%
Rectifying Property
33%
Flow Rectification
33%
Mixture Model
33%
Converging-diverging Nozzle
33%
Bubbly Mixture
33%
Bubble Size Distribution
33%
Cavitating
33%
Critical Pressure Ratio
33%
Conical Diffuser
33%
Impulsive Pressure
33%
PVDF Sensor Array
33%
Cavitation Bubble Collapse
33%
Sonochemical Reactor
33%
Cavitation Field
33%
Bubble-bubble Interaction
33%
Bernoulli Effect
33%
Cloud Cavitation
33%
Flashing Flow
33%
Collapsing Bubbles
33%
Static Instability
33%
Critical Bubble
33%
Valveless Micropump
33%
Temporal Measurements
33%
Tape Technology
33%
Loss Characteristics
33%
Ceramic Tapes
33%
Low Temperature Co-fired Ceramic
33%
Cavitation Zone
22%
Single Bubble Dynamics
22%
Nozzle
16%
Collapsing Clouds
16%
Shock Dynamics
16%
Global Events
16%
Collapse Dynamics
16%
Local Events
16%
Crescent-shaped
16%
Cavitation number
16%
Bubbly Liquid
16%
Critical Flow
16%
Multiple Size
16%
Bubble Dynamics
16%
Multiple Bubbles
16%
