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Abstract
In this investigation, we have examined laser-induced electron acceleration process during ionisation in less denser gases by a radially polarised (RP) laser with obliquely incident magnetic field (Bs). The longitudinal field of RP laser is quite striking for the particle acceleration applications, whereas, the transverse component is not as dominating and strong. As the laser imparts its longitudinal force on electron, the gain in electron-energy enhances, then after, electron loses its energy as the deviation from resonance condition. So, to attain and maintain higher electron energy, external magnetic field is applied.