A fundamental approach is considered and an effective source of a spatially homogeneous volumetric nonequilibrium plasma based on a glow discharge at atmospheric pressure generated in an inhomogeneous electric field is developed. The main advantages of this discharge were revealed: high combustion uniformity, economy, and the possibility of scaling the structure over a wide range, while increasing the stability of its operation and providing a more uniform and effective effect of non-thermal bulk plasma on heat-sensitive surfaces.

中文翻译：

---

基于大气压下气体流量放电的非平衡氩等离子体源

考虑了基本方法，并且开发了基于在不均匀电场中产生的在大气压力下的辉光放电的空间均匀的体积非平衡等离子体的有效来源。揭示了这种放电的主要优点：高燃烧均匀性，经济性以及在较大范围内缩放结构的可能性，同时增加了其运行的稳定性并提供了非热体等离子体对热量的更均匀有效的影响。敏感表面。