The high-resolution electrostatic energy analyzer for space research

Abstract

The energy analyzer of charged particle beams for space research is proposed. The developed electron-optical scheme of the energy analyzer of the charged particle beam is built on the basis of the electrostatic decapole-cylindrical field. The design of the energy analyzer is described. Equipotential portraits of the electrostatic decapole-cylindrical field are constructed. The trajectories of charged particles are calculated. A study of the parameters of the energy analyzer was carried out. The proposed energy analyzer has a high resolution and can be used in the development of spectrometers for space exploration.