Design and Development of a Virtual Simulation Teaching System for Chloride Sodium Arsenic Salt Inspection Experiment Based on Unity3D
The detection of arsenic salt in sodium chloride using the classical Gutzeit method is prevalent in pharmaceutical analysis experiments at colleges and universities.However,conventional laboratory practices confront challenges such as high costs,operational hazards,and stringent environmental requirements.This paper outlines the design and development of a virtual simulation system for sodium chloride arsenic salt testing based on Unity3D.Leveraging Unity3D's engine and fluid plugins,the system meticulously simulates the entire process of the Gutzeit test,providing an intuitive and interactive interface.By adopting a virtual experiment format,it effectively mitigates safety risks associated with chemical reagents,reduces experimental expenses,and enhances the accessibility and educational efficacy of the experiment.This innovation holds significant theoretical and practical implications for advancing virtual simulation teaching methodologies.
万方数据
维普
