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Stable and tunable MeV \(\gamma\)-ray generation via dual-laser inverse Thomson scattering from a laser-plasma accelerator
Inverse Thomson scattering from laser-plasma accelerators offers a pathway to compact, tunable MeV $$\gamma$$-ray sources for reduced-dose radiography and enhanced performance in nuclear resonance fluorescence (NRF)-based isotope identification. However, photon yield and spectral quality are often l
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