1) thermionic ion source
热离子源
2) thermal-ionization ion source
热电离离子源
3) plasma heat resource
等离子体热源
1.
The forming principles, research status, existing problems and development trends of several typical processes of the melting_deposition and melting_injection forming technology based on plasma heat resource were introduced.
介绍基于等离子体热源的熔积成形技术和熔射成形技术中几种典型工艺的成形原理、研究概况、存在的问题及发展趋
4) High-temperature thermal ion source
热电离源
5) discrete heat sources
离散热源
1.
The conjugated convection-conduction heat transfer from a vertical steel plate with discrete heat sources simulating the heating pipes of the wrapped-type heat exchanger is investigated experimentally and numerically.
通过离散热源模拟板管式换热器的盘管,对竖直钢平板自然对流和导热的耦合传热进行了实验研究。
2.
Heat convection in the two-dimensional rectangle enclosure with asymmetric discrete heat sources are investigated numerically, and drew the conclusions that there are three ways to break off the linkage between the strong and the weak heat source, which are adding adiabatic partition in the enclosure, setting the cold air curtain and adopting cold air impinging jet.
对含有非对称离散热源的二维矩形方腔的对流传热进行数值模拟,得出以下三种方式可以切断强热源对弱热源影响的结论,即在腔体中加入绝热隔板、设置冷空气幕和通入冷空气的冲击射流,因而能够实现室内的非对称热环境。
3.
In this paper the natural convective heat transfer in a rectangle cavity was discussed and the cavity has five discrete heat sources on the vertical wall.
本文对顶部散热的矩形空腔内某一竖侧壁上存在有 5个离散热源时的自然对流换热问题求出了数值解。
补充资料：低压电弧离子源
分子式：
CAS号：
性质：一种放电型离子源，结构类似于电子电离源，工作气体压力1.0～0.1Pa，电阴极灯丝发射电子束，在阳极引力作用下，以一定的能量与试样气体碰撞，产生低压弧光放电，导致气体电离。低压电弧离子源能产生很强的离子流，常被用在大型电磁分析器上。
CAS号：
性质：一种放电型离子源，结构类似于电子电离源，工作气体压力1.0～0.1Pa，电阴极灯丝发射电子束，在阳极引力作用下，以一定的能量与试样气体碰撞，产生低压弧光放电，导致气体电离。低压电弧离子源能产生很强的离子流，常被用在大型电磁分析器上。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条