Inertio-thermal vapour bubble growth

Our understanding of homogeneous vapour bubble growth is currently restricted to asymptotic descriptions their limiting behaviour. While attempts have been made incorporate both the inertial and thermal limits into models, early stages not captured. By accounting for changing driving force restriction growth, we present an inertio-thermal model capable accurately capturing evolution a from nano- macro-scale. We compare our predictions with: ( ) published experimental numerical data, b own molecular simulations, showing significant improvement over previous models. This has potential application in improving performance engineering devices, such as ultrasonic cleaning microprocessor cooling, well natural phenomena involving growth.