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G. Golovin , D. Uryupina , R.Volkov , and A. Savel’ev

G. Golovin , D. Uryupina , R.Volkov , and A. Savel’ev. Registration of 14.4 keV 57 Fe nuclear state excitation induced with the help of plasma created by the powerful femtosecond laser pulse. Faculty of Physics and International Laser Center of Lomonosov Moscow State University

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G. Golovin , D. Uryupina , R.Volkov , and A. Savel’ev

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  1. G. Golovin, D. Uryupina, R.Volkov, and A. Savel’ev Registration of 14.4 keV 57Fe nuclear state excitation induced with the help of plasma created by the powerful femtosecondlaser pulse Faculty of Physics and International Laser Center of Lomonosov Moscow State University Moscow, Russia

  2. The main question: Is a table-top instrument for nuclear physics real?

  3. 1 0 Femtosecond laser-induced plasma target electrons ions radiation

  4. Main features of plasma-based nuclear instrument • Simple • Low-cost • 3-in-1: electrons, ions, and radiation • Direct excitation of low-laying nuclear levels

  5. Task formulation Excite nuclei with the help of plasma, created by the powerful fs-laser impulse, and detect its deexcitation.

  6. Deexcitation mechanism 57Fe Nucleus Atom 0 7,2 keV 14,4 keV 1

  7. Experimental setup

  8. Plasma characterization

  9. Results Signal from MKP Electron current (W=const) Fe2+ e,γ p Fe3+ Fe1+ plasma creation target Fe target 57Fe

  10. Results

  11. Discussion 57Fe Atom Nucleus 0,8 keV 7,2 keV 14,4 keV

  12. Conclusions Conversional deexcitation of 14.4 keV 57Fe nuclear state excited with the help of plasma created by the powerful femtosecond laser pulse was detected. Thank you for attention

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