Analysis of ð»ð›¼(ð·ð›¼) Line Shape
[摘要] The particles energy distribution is derived directly from the ð»ð›¼(ð·ð›¼) line shape, which is measured by two sets of OMA. The dissociative excitation of molecular is dominating when the local electron temperature is > 10 eV. The ð·ð›¼ line shape is also simulated by the Monte–Carlo method, the molecular dissociation contributes to 57% neutral atoms and 53% emission intensity in front of the limiter, and 85% neutral atoms and 82% emission intensity in front of the wall. The processes of atoms and molecules influence on the energy balance is discussed in SOL, the power loss from molecular dissociation is 6 × 104 kW at SOL.
[发布日期] [发布机构]
[效力级别] [学科分类] 天文学(综合)
[关键词] Plasma: energy profile: processes of atoms and molecules: simulation of ð·ð›¼ line shape. [时效性]
