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Preliminary Study On Development Of 300 Kv Compact Focused Gaseous Ion Beam System

机译:300 kV紧凑型聚焦气体离子梁系统开发的初步研究

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A new 300 kV compact focused gaseous ion beam (gas-FIB) system with three-stage acceleration lens was constructed at JAEA. The preliminary experiments of formation of the focused gaseous ion beams were carried out to show the availability of the gas-FIB system as a writing tool for 3D proton lithography. As a result of the experiments, it was proved that the focal point was kept at the same position under changing the kinetic energy but with keeping the kinetic energy ratio constant, which was defined as the ratio of kinetic energy in object side to that in image side for the third acceleration lens. This characteristic of the gas-FIB is a good point to advance the 3D proton lithography changing penetration depth in a sample by varying the beam energy.
机译:在JAEA构建了一种新的300 kV紧凑型聚焦气体离子束(气体FIB)系统,具有三级加速镜片。进行了聚焦气体离子束形成的初步实验,以显示气体FIB系统作为用于3D质子光刻的书写工具的可用性。作为实验的结果,证明了焦点在改变动能的情况下保持在相同的位置,但保持动能比率恒定,其定义为物体侧的动能与图像中的动能比率第三加速度镜头的侧面。通过改变光束能量,气体Fib的这种特性是提前改变样品中的渗透深度的良好点。

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