With the advancement of science and technology, petrochemical experiments have become increasingly complex, potentially dangerous, costly, and can cause safety hazards. The virtual experimental technique using VR technology enables researchers to simulate the experiment process in a modeled environment. The obtained initial experimental results can provide a process background for subsequent real-life experiments. In this paper, the authors have systematically expounded the overall approach and framework of VR technology in the design of petrochemical virtual simulation experiments. The new VR technology method is designed to meet the diversified needs of professional experimental researchers, including the main experiment objectives, the design of the system function modules, and overall planning and layout. The efficient VR technology experiment reduces safety risks and provides a useful reference for upgrading and transformation of conventional petrochemical laboratories.

随着科学技术的进步，石油化工实验变得越来越复杂、潜在危险、成本高昂，并且会造成安全隐患。使用 VR 技术的虚拟实验技术使研究人员能够在建模环境中模拟实验过程。获得的初始实验结果可以为后续的实际实验提供过程背景。在本文中，作者系统阐述了虚拟现实技术在石油化工虚拟仿真实验设计中的总体思路和框架。新的VR技术方法旨在满足专业实验研究人员的多样化需求，包括主要实验目标、系统功能模块的设计、整体规划和布局。