book chapter

[3]   G.P. Djotyan - J.S. Bakos - Zs. Sörlei - G. Demeter - N. Sándor - D. Dzsotjan - M.Á.Kedves - B.Ráczkevi - P.N. Ignácz - J. Szigeti:
       Frequency chirped laser pulses in atomic physics: Coherent control of inner and translational quantum states.
       Modern Problems in Optics and Photonics, Atoms and Structured Media.
       Editors: Gagik Yu. Kryuchkyan, Gagik G. Gurzadyan, Aram V. Papoyan
       Word Scientific Publishing Co. Ptc. Ltd. 5 Toh Tuc Link, Singapore 596224, pp77-91. ISBN 13 978-981-4313-26-1, (2010)

[2]   J. S. Bakos - G. Demeter - G. P. Djotyan - P. N. Ignácz - M. Á. Kedves - B. Ráczkevi - Zs. Sörlei - J. Szigeti:
      “Cooling and manipulating atoms by semiconductor lasers” in “Advances in Laser and Optics Research”, Volume 4,
       Editor: William T. Arkin, ISBN: 978-1-60741-854-2, Nova Science Publishers, (2009)

[1]    F. Gyímesi - Z.Füzessy - B.Ráczkevi: "Difference Holographic Interferometry", chapter in
        "Trends in Optical Nondestructive Testing and Inspection", P.Rastogi, D.Inaudi, Editors, Elsevier Science B.V., p. 129-140. (2000)

refereed articles in journals

[6]   J.S.Bakos - G.P.Djotyan - P.N.Ignácz - M.Á.Kedves - B.Ráczkevi - Zs.Sörlei – J.Szigeti:
       "Generation of frequency-chirped laser pulses by an electro-optic amplitude modulator", Optics and Lasers in Engineering, vol. 47, p. 19-23 (2009)

[5]    F.Gyímesi - Z.Füzessy – V.Borbély – B.Ráczkevi: – G. Molnár – A.Czitrovszky – A.T.Nagy – G.Molnárka – A.Lotfi – A.Nagy – I.Harmati – D.Szigethy:
        „Half–magnitude extensions of resolution and field of view of digital holography by scanning and magnification”,
        Applied Optics, vol. 48, No. 31, p. 6026–6034 (2009)

[4]     V.Borbély – Z.Füzessy – F.Gyímesi – B.Ráczkevi:
         „Light intensity versus small aperture in two-wavelength contouring by analogue difference
         holographic interferometry”, Optical Engineering, vol. 48, 045801 (2009)

[3]    F.Gyímesi - Z.Füzessy - V.Borbély - B.Ráczkevi:
        „Analogue difference holographic interferometry for two-wavelength contouring”, Optics Communications, vol.282, p.276-283 (2009)

[2]   B.Ráczkevi - F. Gyímesi - Sz.Mike:
       "One-wavelength in-plane rotation analysis in electronic speckle pattern interferometry",
       Optics and Lasers in Engineering, vol. 35, no. 1, p.33. (2000)

[1]   B.Ráczkevi - F. Gyímesi - Z.Füzessy :
       "The accuracy of the phase difference formula in holographic interferometry", Optics Communications, no.180, p. 225. (2000)