基于束-等离子体放电的可分离物等离子体注入器用于离子原子分离技术。概念
Plasma For-Injector of Separable Material Based on the Beam-Plasma Discharge for Ion-Atomic Separation Technologies. Conception
摘要：
本文给出了可分离材料等离子体注射器的功能定义，并制定了对它的要求。目前正在考虑一种基于束等离子体放电的材料分离装置。确定了先导分离装置的尺寸。估计以下量：分离装置的每单位长度的粒子浓度，分离装置内的束-等离子体相互作用（BPI）的有效长度，金属铀的等离子体密度增加的动力学，以及相变单元的热特性。根据高电离等离子体的形成和加热的束-等离子体机理，得出了研制和实现用于分离装置和技术的等离子体注入器的便利性和有效性的结论。
英文摘要：
In the paper, the functional definition of a plasma for-injector of separable material is presented, and the requirements to it are formulated. The version of a device for the material separation into elements based on the beam-plasma discharge is under consideration. The dimensions of a pilot separating device are determined. The following quantities are estimated: the particle concentration per unit length of the separating device, effective length of the beam-plasma interaction (BPI) within the separating device, dynamics of a plasma density increase for metallic uranium, and thermal characteristics of a phase transformation unit. A conclusion was drawn on the expedience and validity of the development and realization of a plasma for-injector for separating devices and technologies basing on the beam-plasma mechanism of formation and heating of a highly ionized plasma.
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