Revealing Liquid-Gas Transitions with Finite-Size Scaling in Experimental and Simulation Systems Confined by an External Field

Key Points

• The research aims to clarify the identification of liquid-gas phase transitions under an external field using finite-size scaling.
• Analyzed density profiles under varying external fields
• Utilized experimental and simulation systems for comparative assessment
• Applied finite-size scaling techniques to interpret results
• Finite-size scaling effectively distinguishes liquid-gas phase transitions
• Density profiles showed clear trends with external field application
• Results provided clearer identification criteria for phase transitions