The paper presents the results of numerical simulation for the process of production of hollow microspheres during heating and melting of porous particles of silica (the precursor) by a flow of low-temperature plasma. This model takes into account the partial capturing of gas in the particle and offers the laws of evolution for the hollow microsphere diameter and the wall thickness for different precursors with the size D₀ = (50–150) microns and porosity P_p = (0.2–0.6).

中文翻译：

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等离子体流中空心二氧化硅颗粒生产的模拟。第2部分。中空颗粒产生动力学

本文介绍了通过低温等离子体流加热和熔融二氧化硅（前体）多孔颗粒过程中空心微球生产过程的数值模拟结果。该模型考虑了颗粒中气体的部分捕获，并提供了尺寸为D ₀ =（50-150）微米且孔隙率P _p =（0.2 ）的不同前体的中空微球直径和壁厚的演变规律。–0.6）。