Fig.1 A schematic of the computation domain

Fig.2 Relation between static contact angle and gs

Fig.3 Equivalent diameter and experimental results

Fig.4 Numerical results and experimental observations of single bubble growth and departure

Fig.5 Relations between gravity and bubble separation diameter and separation time (a) separation diameter, (b) separation time

Fig.6 Distribution of electric field intensities and electric field streamlines

Fig.7 Distributions of electric field intensities at (a) y=2.5D0; (b) x=2.5D0

Fig.8 Evolutions of bubble contour under different gravitational accelerations without electric field (a) G = 0.00005; (b) G = 0.00001; (c) G = 0.00002

Fig.9 Evolutions of bubble contour during pool boiling under different electric field intensities as G = 0.00002 (a) V0=10; (b) V0=20; (c)V0=30

Fig.10 Electric field force distribution

Fig.11 Distributions of velocity vectors around a vapor bubble during pool boiling at G = 0.00002 (a) V0=0; (b) V0=30

Fig.12 Effect of electric field intensity on bubble departure diameter under different gravitational accelerations

Fig.13 Effect of electric field intensity on bubble release frequency under different gravitational accelerations

Fig.14 Aspect ratio of bubble

Fig.15 Effect of electric field intensity on the evolution of bubble height and AR (a) AR; (b) height

Fig.16 Effect of electric field intensity on bubble detachment height and AR under different gravitational acceleration (a) AR; (b) height

Fig.17 Average wall heat flux as functions of acceleration of gravity under different electric field intensity