We present a combined experimental and simulation study on electron acceleration in a laser-driven plasma wakefield accelerator utilizing the plasma telescope mechanism. By employing a 15-J laser with its focal spot smaller than the matching condition, and systematically tuning the laser focus position relative to th...
Xin-Yuan Chang, Ming Zeng, Mohammad Mirzaie et al.· Plasma Science and Technolog...· 0 citations
Laser wakefield acceleration offers ultra-high accelerating gradients, enabling compact sources of multi-GeV electron beams with femtosecond durations and quasi-monoenergetic spectra. In this work, we investigated the nonlinear evolution of plasma bubbles and their effect on electron injection and energy gain, using hi...
R. Haq, M. Rezaei-Pandari, E. Vishnyakov et al.· Plasma Physics and Controlle...· 0 citations
Asphaltene deposition remains a significant operational challenge in the petroleum industry, requiring precise elemental characterization to understand formation mechanisms and develop mitigation strategies. This study utilizes Synchrotron Radiation X-ray Fluorescence (SR-XRF) at the SESAME facility to profile asphalte...
M. Rezaei-Pandari, Mohammad Ali Haddad, Roghayeh Izan et al.· Applied Spectroscopy· 0 citations
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