The bubbles facilitate and guide the development of underwater pulsed spark discharges by enhancing the electric field strength in their vicinity.
Two thermal property calculation methods provide reference for the selection of combustion chamber parameters during simulations.
Introducing vacancies and adding titanium to the transition metal layer suppresses phase changes, enables stable reactions
A survey of oxide-based three-terminal artificial synapses for physical neural network applications
Simulations distinguish contributions from wind plant blockages and topography heterogeneities.
Approach allows for measurements of lower interfacial viscosities than have previously been reported in double-wall ring geometry.
When atmospheric conditions are just right, sonic booms from speeding aircraft can be heard. A new study investigates when those conditions are most likely.
MetalWalls simulations describe the microscopic structure of battery components with classical mechanics.
Computational model of the human stomach could help researchers better understand digestion, treat diseases, and design food.
The extra layer reduces defect density and carrier transfer resistance.
Green laser-induced graphene can be made from many organic polymers, could reduce waste and lower costs in many fields
A carefully applied electric field can keep floating particles from causing defects in semiconductor devices.
Sensing technology provides quantitative characterization of blood flow, hydration, perfusion, skin temperature, and thermal transport properties.