PACS numbers

41.75.Jv Laser-driven acceleration 52.38.Kd Laser-plasma acceleration of electrons and ions 87.50.−a Effects of electromagnetic and acoustic fields on biological systems 87.53.Jw Therapeutic applications, including brachytherapy 87.55.−x Treatment strategy 87.56.−v Radiation therapy equipment
  1. G.N. Makarov “Control of the parameters and composition of molecular and cluster beams by means of IR lasers61 617–644 (2018)
    06.30.−k, 07.77.Gx, 33.80.−b, 36.40.−c, 41.75.Jv, 42.62.Fi, 82.50.Hp (all)
  2. G.I. Klenov, V.S. Khoroshkov “Hadron therapy: history, status, prospects59 807–825 (2016)
    87.19.xj, 87.55.−x, 87.56.−v (all)
  3. B.L. Zhuikov “Success and problems in development of medical radioisotope production in Russia59 481–486 (2016)
    28.65.+s, 87.53.−j, 87.56.−v (all)
  4. T.K. Breus, V.N. Binhi, A.A. Petrukovich “Magnetic factor of the solar terrestrial relations and its impact on the human body: physical problems and prospects for research59 502–510 (2016)
    87.10.−e, 87.18.Yt, 87.50.−a, 94.30.Va (all)
  5. E.A. Krasavin “Radiobiological research at JINR's accelerators59 411–418 (2016)
    87.53.−j, 87.56.−v (all)
  6. V.Yu. Bychenkov, A.V. Brantov et alLaser acceleration of ions: recent results and prospects for applications58 71–81 (2015)
    52.38.Kd, 52.50.Jm, 52.65.Rr, 87.57.uh (all)
  7. I.Yu. Kostyukov, A.M. Pukhov “Plasma-based methods for electron acceleration: current status and prospects58 81–88 (2015)
    41.75.Jv, 52.35.−g, 52.38.Kd (all)
  8. S.V. Bulanov, Ja.J. Wilkens et alLaser ion acceleration for hadron therapy57 1149–1179 (2014)
    41.75.Jv, 52.38.Kd, 87.50.−a, 87.53.Jw, 87.55.−x, 87.56.−v (all)
  9. S.V. Akulinichev “Promising nuclear medicine research in the Institute of Nuclear Research, Russian Academy of Sciences57 1239–1243 (2014)
    87.19.xj, 87.53.Jw, 87.56.−v (all)
  10. V.P. Milant’ev “Cyclotron autoresonance — 50 years since discovery56 823–832 (2013)
    01.65.+g, 41.75.Jv, 76.40.+b (all)
  11. V.D. Shiltsev “High energy particle colliders: past 20 years, next 20 years and beyond55 965–976 (2012)
    29.20.−c, 29.20.Ej, 29.27.−a, 41.75.Jv, 52.27.Lw, 52.38.Kd (all)
  12. A.V. Korzhimanov, A.A. Gonoskov et alHorizons of petawatt laser technology54 9–28 (2011)
    41.75.Jv, 42.55.−f, 42.62.Be, 42.65.Yj, 52.38.Kd, 52.38.Ph (all)
  13. L.V. Kravchuk “Development of nuclear physics medicine at the Institute for Nuclear Research, RAS53 635–639 (2010)
    29.20.−c, 42.62.−b, 87.56.−v (all)
  14. V.S. Belyaev, V.P. Krainov et alGeneration of fast charged particles and superstrong magnetic fields in the interaction of ultrashort high-intensity laser pulses with solid targets51 793–814 (2008)
    41.75.Jv, 52.38.−r, 79.20.Ds (all)
  15. V.M. Byakov, S.V. Stepanov “The mechanism for the primary biological effects of ionizing radiation49 469–487 (2006)
    82.39.−k, 87.50.−a, 87.50.Gi, 87.54.Br (all)
  16. V.N. Bingi, A.V. Savin “Reply to A Yu Grosberg’s letter to the Physics-Uspekhi Editorial Board48 537–538 (2005)
  17. E.N. Ragozin, I.I. Sobel’man “Free-electron laser: advancement into the X-ray region47 195–196 (2004)
    41.60.Cr, 41.75.Jv, 42.55.−f (all)
  18. N.G. Ptitsyna, G. Villoresi et alNatural and man-made low-frequency magnetic fields as a potential health hazard41 687–709 (1998)
    87.40.+w, 87.50.−a
  19. V.V. Tuchin “Light scattering study of tissues40 495–515 (1997)
    42.66.−p, 87.56.−v, 87.80.+s (all)
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