The hot electron magnetic spectrometer was developed and its principle, (designing) idea, structure and index were introduced.
研制了超热电子磁谱仪,介绍了谱仪的工作原理、设计思想、结构和主要技术指标。
The hot electron spectrum was measured by using electron magnetic spectrometer during the interaction of ultrashort UV laser and solid plasmas.
利用超热电子磁谱仪测量了紫外超短脉冲激光与固体等离子体相互作用产生超热电子的能谱,在无预脉冲、激光强度为1017 W/cm2 条件下,紫外超短脉冲激光与固体(Cu)等离子体相互作用产生超热电子的能谱呈双温麦克斯韦分布,超热电子温度为81 keV,激光吸收的主导机制为真空吸收。
The 2Q2D magnetic spectrometer operating at the BEPC-Linac test beam site consists of 2 quadrupole magnets, 2 dipoles and 2 position sensitive detectors.
试验束上 2Q2D结构的磁谱仪系统由 2块二极磁铁和 2块四极磁铁以及位置灵敏探测器组成 。
When a high quality 127 I beam bombards the target, the recoils are detected by a Q3D magnetic spectrometer following a focal plane detector and a Δ E\|E telescope detector with a longitudinal double\|room ionization chamber.
用高质量的1 2 7I重离子束轰击薄膜或块材靶样品 ,利用Q3D磁谱仪及其焦面探测器和纵向型双电离室ΔE -E望远镜探测器两套探测系统 ,在前角区测量了靶中各种元素的反冲能谱 。