论文标题
X射线和中子源复杂来源的双眼结构的名称
Designation of a binocular structure for complex sources of x-rays and neutron source
论文作者
论文摘要
在CST模块工具的帮助下，设计了一种用作X射线和中子源的复杂来源的结构。从等离子体源吸引的-h和电子的颗粒设计为能量选择器分离。分离后不久，-H的轨迹和光束质量受到潜在屏障和潜在良好的特殊指定。并且两个颗粒的加速度通过与150keV的能量相似的三对刺杆实现，以产生X射线或中子。通过正确优化结构和电势组合，已经设计了梁中心距离为15mm的双眼结构，梁直径小于3.5mm，这给出了可行的建议，可以同时产生两个带有一个结构的射线。
A structure, used as a complex source of X-rays and neutron source, is designed with the assistance of CST module tool. Particles of -H and electron, attracted from a plasma source, are designed to be separated by an energy selector. Soon after the separation, the trajectory and beam quality of -H is controlled by a special designation of potential barrier and potential well. And the acceleration of both particles is realized by three pairs of pierce similar pole to an energy of 150keV to produce x-rays or neutron. With proper optimization of structure and potential combination, a binocular structure with beam center distance of 15mm, beam diameter smaller than 3.5mm has been devised, which giveps a feasible suggestion to produce two rays with one structure in the same time.
