E-Beam相关论文
电子束控制放电CO2激光器的脉冲能量是～50J,光斑直径为～φ60mm,聚焦后光斑直径为～φ20mm,用该激光器在硅中诱导掺入杂质锑和铝,得到了......
Substrate Evolution to Microstructural and Optoelectrical Properties of Evaporated CdS Thin Films Co
A typical high-e fficiency solar cell device needs the best lattice matching between different constituent layers to mit......
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电子束扫描系统决定了电子束机的动态特性，本文以电子束偏转磁场的畸变为目标对其参量进行非劣解中找出贴近于理想值的最优解。......
在硅为衬底材料的自支撑氮化硅薄膜上,采用阴阳图形互换转移技术,先使用电子束直写方法制作成功了最外环为150nm的阳图形微波带片,......
α- and β-chitosan with molecular weight of 190,000 and 800,000 respectively, were depolymerized by e-beam irradiation ......
We demonstrated techniques toward nanoscale thermometries by using a hydrothermally prepared single Sb2Se3 nanowire. Sui......
We demonstrated techniques toward nanoscale thermometries by using a hydrothermally prepared single Sb2Se3 nanowire. Sui......
Investigation on the Effect of Film Thickness on the Surface Morphology, Electrical and Optical Prop
The following article has been retracted due to the fact that the authors practise fraud. The scientific community takes......
Monte Carlo simulation of paths of a large number of impinging electrons in a multi-layered solid allows defining area o......
用蒙特卡洛方法来讨论束参量（半径、发射度和能量)对轫致辐射照射量的影响．结果表明，当束击靶半径一定时，靶正前方一米处的照射量X1随......
Thermionic electron beam is a fundamental part of all types of linear accelerators around the world in the field of Expe......
