Fig. 1. Schematic diagram of the principle of two-electron resonance absorption

Fig. 2. Relationship between absorption coefficient and electron temperature with different doping concentrations

Fig. 3. Images of spatiotemporal evolution of temperature

Fig. 4. Variation of total excited charge with time

Fig. 5. Relationship between equivalent linear energy transfer， excited charge and laser energy

Fig. 6. Corresponding relationship between laser energy and SEU cross section at different temperatures when the doping concentration is 10¹⁴ cm⁻³

Fig. 7. Corresponding relationship between laser energy and SEU cross section at different temperatures when the doping concentration is 10¹¹cm⁻³