List of main publications.

I. Optically pumped gas lasers (photochemical lasers).

Iodine photodissociation laser

1. Zuev V.S., Katulin V.A., Nosach V.Yu., Nosach O.Yu. Investigation of the luminescence spectrum of atomic iodine ( 2P1/2 →2P3/2   laser transition). - Zh.Eksp.Teor. Fiz., 1972, Vol.62, No.5, pp.1673-1680.

2. Basov N.G., Golubev L.E., Zuev V.S., Katulin V.A., Netemin V.N., Nosach V.Yu., Nosach O.Yu, Petrov A.L. Iodine laser emitting short pulses of 50 J energy and 5 nsec duration. - Kvantovaya Elektron. (Moscow), 1973, No.6(18), p.116 [Soviet J Quantum Electronics, 1974, Vol.3, No.6, p.524].

3. N.G.Basov, V.S.Zuev. Short-pulse iodine laser.- Il Nuovo Chimento, 31B, 129-151 (1976).

4. Zuev V.S., Korol’kov K.S., Netemin V.N., Nosach O.Yu., Orlov E.P. Investigation of the change in the refractive index of the active medium of a laser by the optical delay method utilizing emitted radiation. - Kvantovaya Elektron. (Moscow), 1976, Vol.3, No.11, pp.2434-2445 [Soviet J Quantum Electronics, 1976, Vol.6, No.11, pp.1325-1331].

5. Zuev V.S., Korol’kov K.S., Krylov A.Yu., Nosach O.Yu., Poskacheev A.Yu. Interferometric measurements of the atmospheric absorption of iodine laser radiation. - Kvantovaya Elektron. (Moscow), 1988, Vol.15, No.10, pp.1959-1966 [Soviet J Quantum Electronics, 1988, Vol.18, No.10, pp.1224-1228].

6. V.S.Zuev, V.A.Katulin. "Scientific foundations of powerful photodissociation lasers (history of research in the 1960s at the Division of Quantum Radiophysics of the P.N.Lebedev Physics Institute). Kvantovaya Elektronika [Quantum Electronics], 27, 1073-1080 (1997).

7. V.S.Zuev. Photodissociation laser with pumping by shock and heat waves.- Journal of Russian Laser Research, 19, 23-94 (1998).

8. Zuev V.S., Korol’kov K.S., Nosach O.Yu., Orlov E.P. Experimental investigation of internal losses in iodine lasers pumped by ultraviolet radiation from an open high-current discharge. - Kvantovaya Elektron. (Moscow), 1980, Vol.7, No.12, pp.2604-2613 [Soviet J Quantum Electronics, 1980, Vol.10, No.12, pp.1521-1526].

9. Nosach O.Yu., Orlov E.P. Influence of refraction losses on laser radiation characteristics. - Kvantovaya Elektron. (Moscow), 1983, Vol.10, No.5, pp.932-943 [Soviet J Quantum Electronics, 1983, Vol.13, No.5, pp.585-591].

Phase conjugation

1. Nosach O.Yu., Ragul’skii V.V. On the possibility of using stimulated scattering for obtaining sharply directed radiation in laser systems with a varying refractive index of a working medium (Report of the Lebedev Physical Institute, Academy of Science of USSR, December 28, 1971). - Optics and Spectroscopy, 1998, Vol. 85, No. 6, 918-919.

2. Nosach O.Yu., Popovichev V.I., Ragul’skii V.V., Faizullov F.S. The phase distortion compensation in the active medium by “Brillouin’s mirror”. - Pis’ma Zh.Eksp.Teor. Fiz., 1972, Vol.16, No.11, pp.617-621.

Enthalpy stimulated light scattering

1. Zuev V.S., Netyomin V.V., Nosach O.Yu. Wavefront instability of iodine laser radiation and dynamics of optical inhomogeneity evolution in the active medium. - Kvantovaya Elektron. (Moscow), 1979, Vol.6, No.4, pp.875-878 [Soviet J Quantum Electronics, 1979, Vol.6, No.4, pp.875-878].

2. Basov N.G., Zuev V.S., Nosach O.Yu., Orlov E.P. Stimulated light scattering in a thermodynamically nonequilibrium medium with excitation of collective motion due to optically initiated chemical reactions. - Kvantovaya Elektron. (Moscow), 1980, Vol.7, No.12, pp.2614-2620 [Soviet J Quantum Electronics, 1980, Vol.10, No.12, pp.1527-1530].

3. Basov N.G., Zuev V.S., Korol’kov K.S., Nosach O.Yu., Orlov E.P. New type of stimulated light scattering with the excitation of partial medium oscillations due to the enthalpy of laser controlled processes. - Izv.Akad.Nauk SSSR, ser.fiz. 1982, Vol.46, No.8, pp.1534-1542.

4. Orlov E.P. Waves in active substances and laser generation. - Tr.Fiz.Inst.Akad.Nauk SSSR, 1992, Vol.222, pp.96-131.

5. Volkova N.V., Korol’kov K.S., Krylov A.Yu., Nosach O.Yu., Orlov E.P. The determination of the reactions rate constants for radical CF3   and radicals n - С3F7, n - C3F7O  ,   by the measuring the gain factor of the enthalpy stimulated coherent radiation scattering. - Preprint 42. Moscow, FIFN, 1995.

6. Volkova N.V., Nosach O.Yu., Orlov E.P., Sizova I.M. ESLS spectroscopy of the interacting gases. - Proc.of 12th Symposium and School on High-Resolution Molecular Spectroscopy (1-5 July 1996. St.Petersburg, Russia). SPIE, 1997, Vol.3090, P.332-336.

Active quantum filter

1. Nartov S.S., Nosach O.Yu. Studies of noises of a narrow-band quantum amplifier of week signals. - Preprint 21, Moscow, FIAN, 1994.

2. Nosach O.Yu., Orlov E.P. Problem of achiving quantum detection limit for receiving week signals at intense radiation background and possibility of its solvation with the help of iodine lasers. - Preprint 20, Moscow, FIAN, 1994.

3. Kutaev Yu.F., Mankevich S.K., Nosach O.Yu., Orlov E.P. Laser receiver with a quantum detection limit in the near-IR range. - Kvantovaya Elektron. (Moscow), 2000, Vol.30, No.9, pp.833-838 [Quantum Electronics, 2000, Vol.30, No.9, pp.833-838].

4. Kutaev Yu.F., Mankevich S.K., Nosach O.Yu., Orlov E.P. Use of an iodine active quantum filter for image intensification. - Kvantovaya Elektron. (Moscow), 2001, Vol.31, No.5, pp.419-420 [Quantum Electronics, 2001, Vol.31, No.5, pp.419-420].

5. Kutaev Yu.F., Mankevich S.K., Nosach O.Yu., Orlov E.P. Effect of intense background radiation on the sensitivity of a laser receiver with an iodine active quantum filter. - Kvantovaya Elektron. (Moscow), 2002, Vol.32, No.4, pp.349-356 [Quantum Electronics, 2002, Vol.32, No.4, pp.349-356].

6. Orlov E.P., Sizova I.M. On the similarity of the statistical characteristics of spontaneous radiation of a quantum amplifier at different gain factors. - Journal of Russian Laser Research, 2002, Vol.23, No.4, pp.299-331.

7. Orlov E.P., Sizova I.M. On the correlation time of the quantum noise of an optical quantum amplifier from the point of view of similarity of its statistical characteristics. Preprint 29, Moscow, FIAN, 2002.

8. Kutaev Yu.F., Mankevich S.K., Nosach O.Yu., Orlov E.P. Use of the atomic iodine laser transition to search for signals of extraterrestrial intelligence. - Preprint 34, Moscow, FIAN, 2006.

1. L.D.Mikheev. On the possibility of amplification of a femtosecond pulse up to the energy 1 kJ.- Laser and Particle Beams, 10, 473-478 (1992).

2. L.D.Mikheev. Kinetics of charge transfer processes in photochemical lasers.- Pure and Appl.Che m., 64, 1461 (1992).

3. S.V.Anisimov, E.M.Zemskov, V.S.Zuev, G.N.Kashnikov, L.D.Mikheev, R.O.Nesterov, V.V.Sokolov, D.B.Stavrovsky, V.I.Cheremiskin. Spectrally selective time-resolved actinometry of VUV radiation of a moving gas-dynamic discontinuity.- Laser Physics, 4, 416-418 (1994).

4. L.D.Mikheev, D.B.Stavrovskii, V.S.Zuev. Photodissociation XeF laser operating in the visible and UV regions.- J. Russian Laser Research, 16, 427-475 (1995).

5. G.Ja.Malinovskii, S.B.Mamaev, L.D.Mikheev, T.Ju.Moskalev, M.L.Sentis, V.I.Tcheremiskine, V.I.Jalovoi. “Numerical simulation of the active medium and investigation of the pump source for the development of a photochemical XeF(C-A) amplifier of femtosecond optical pulses”. Kvantovaya Elektronika [Quantum Electronics], 31, 617 (2001).

6. V.I.Tcheremiskine, M.L.Sentis, L.D.Mikheev. Amplification of ultrashort laser pulses in the photolytically driven XeF(C-A) active medium.- Appl. Phys. Lett., 81, 403 (2002).

7. V.I.Tcheremiskine, L.D.Mikheev, M.L.Sentis, V.S.Zuev. Photodecomposition waves driven by broadband incoherent radiation.- Phys. Rev. A, 65, 013808 (2002).

8. L.D.Mikheev. Photochemical lasers on electronic molecular transitions.- Quantum Electronics, 32, 1122-1132 (2002).

9. V.I.Tcheremiskine, M.L.Sentis, M.P.Sabonnadiere, L.D.Mikheev. A powerful source of broadband VUV radiation based on a multichannel sliding discharge.- Surf. Rev. and Lett., 9, 645-649 (2002).

10. B.A.Knecht, R.D.Fraser, D.J.Wheeler, C.J.Zietkiewicz, A.A.Senin, L.D.Mikheev, V.S.Zuev, J.G.Eden. Optical pumping of the XeF(C-A) and iodine 1315-nm lasers by a compact surface discharge system.- Opt. Eng. 42(12), 3612-3621 (2003).

11. R.Clady, G.Coustillier, M.Gastaud, M.Sentis, P.Spiga, V.Tcheremiskine, O.Uteza, L.D.Mikheev, V.Mislavskii, J.P.Chambaret, G.Chẻriaux. Architecture of a blue high contrast multiterawatt ultrashort laser.- Appl. Phys. B, 82, 347-358 (2006).

1. B.L.Borovich, V.S.Zuev, V.A.Katulin, L.D.Mikheev, F.A.Nikolaev, O.Yu.Nosach, V.B.Rozanov. High-Current Radiating Discharges and Optically Pumped Gas Lasers. Radio-Engeneering Series (in Russian), VINITI, Moscow, 1978.

2. V.S.Zuev and L.D.Mikheev. Photochemical Lasers. Vol. II of Laser Science and Technology Series, Harwood Academic Publishers, 1991.


II. Near-field optics.

1. V.S.Zuev and A.V.Frantsesson. Subwavelength focusing of laser radiation.- Pis’ma ZhETF, v.72, pp.168-172 (2000).

2. V.S.Zuev, J.G.Eden, H.C.Tran. Photoassociation spectroscopy of collision pairs of mercury atoms: search for the parameters of molecular terms.- Optika i Spektroskopija, v.90, pp.586-595 (2001).

3. V.S.Zuev, G.Ya.Zueva, A.V.Frantsesson. Once again on giant Raman light scattering on a molecule in a proximity of a small body.- Optika i Spektroskopia, v.95, pp.394-402 (2003).

4. V.S.Zuev, G.Ya.Zueva, N.V.Serezhkina. Germanium and silicon in experiments with evanescent waves in layered structures.- FIAN, preprint No.6, 2005.

5. V. S. Zuev. Evanescent plane waves in multilayer structures. - J. Russian Las. Res., v. 26, 347-362 (2005)

6. V. S. Zuev, A. V. Frantsesson, J. Gao, and J. G. Eden. Enhancement of Raman scattering for an atom or molecule near a metal nanocylinder: Quantum theory of spontaneous emission and coupling to surface plasmon modes.- J. Chem. Phys., v.122, 214726 (200

7. V.S.Zuev and G.Ya.Zueva. Silver and gold films and fibers several nanometers thick: very slow optical surface plasmons. - J. Russian Las. Res., v.27, No.2, 167-184 (2006)



III. Quantum theory of scattering in few-body systems of both neutral and charged particles.


1. Pozdneev S.A.  "The adiabatic approximation in the problem of  the collision  of  a particle with a bound two-particle system in the case of a separable interaction". Sov.Phys. JETP, v. 50, p.18-21, 1979.

2. Pozdneev S.A. "Quantum mechanical calculation of the reaction H + H2 in three body approximation".  High Energy Chemistry, v.4, p.291-296,1979, ( in Russian ).


3. Merkuriev S.P.,  Pozdneev S.A.  "Calculation of binding energies and scattering states  for  three  bodies  with  Coulomb  interaction". Nucl.Phys.,v.30, p.941-943, 1979, ( in Russian).

4. Drukarev G.F., Pozdneev S.A. "Dissociative attachment of electron to hydrogen and halogen molecules".  J.Phys.B: Atom. Molec.Phys., v.13, p.2611-2618, 1980.

5. Pozdneev S.  "The Efimov effect in neutron deuteron elastic scattering near the deuteron breakup threshold".  Phys.Lett.,  v.125B, p.355-358, 1983.

6. Pozdneev S.A.  "Application of quantum theory of three-body scattering to   the   calculation   of   proton   deuteron   collisions". J.Phys.G:Nucl.Phys., v.8, p.1506-1516, 1982.

7. Pozdneev  S. "Electron scattering  from  nitrogen  molecule". J.Phys.B: Atom. Mol. Phys., v.16, p.876-873, 1983.

8. Pozdneev S.A.,  Shcheglov V.A. "Application of quantum theory of scattering to the calculation  of  the  simplest  chemical  reactions". Chem.Phys., v.123, p.27-41, 1988.

9. Pozdneev S.A.,  Raikov A.N. "The optical computer system with holographic memory".  Patent N 1836698, Description of the patent. Gospatent 16.12. 1993,14 p., (in Russian).

10. Pozdneev  S.A.  "Application of the quantum theory of scattering to the calculations of the different processes in nuclear,  atomic and molecular physics. Dynamics of elementary atomic-molecular processes in gas and plasma". Nova Science Publ.Inc., New York, Ed. V.A.Shcheglov, v.212, p.99-253, 1996.

11. Hsu C.C., Pozdneev S. "Application of quantum theory of scattering to the calculation of angular distribution of H+ , D+  and T+ in collisions with He". Journal of Russian Laser Research, v.18, N 3, p.201-208, 1997.

12. Hsu C.C., Pozdneev S. "Application of classical model to  calculation of charge-exchange cross-sections". Journal of Russian Laser Research, v.18, N 3, p.209-215, 1997.

13. Pozdneev S. "Dissociative attachment of electron to sodium  molecules". Journal of Russian Laser Research, v.20, N 1, p.77-88, 1999.

14. Pozdneev S. "Dissociative electron attachment to molecular lithium". Physica Scripta, 1999, v.60, N 2, p.148-153.

15. Pozdneev S.A. "Electron Scattering with State Selected Rovibrational Exited Diatomic Molecules". JETP, v.117, N 1, p.35-50, 2000

16. Pozdneev S.A. "Electron Scattering Exited Diatomic Molecules".  Journal of Russian Laser Research, v.21, N 2, p.182-204, 2000.

17. Pozdneev S. "Eikonal approximation for the calculation ionization and change exchange processes".  Journal of Russian Laser Research, v.21, N 3, p.264-273, 2000.

18. Pozdneev S. "Three body approximation for the investigation of the Efimov states in molecular systems". Journal of Russian Laser Research, v.22, N 3, p.18-34, 2001.

19. Pozdneev S.A.  "Resonances in electron molecular scattering".  JEPT, 2004, v.126, N5(11), p.1109-1122.

20. Pozdneev S. "Resonances in electron-molecule and atom-molecule scattering". Journal of Russian Laser Research, v.26, N 2, p.18-34, 2005.

Pozdneev  S.A.  Application of the quantum theory of few-body scattering to the calculations of the various processes in nuclear, atomic and molecular physics. Junus-K Publ.Inc., Moscow, 411 p. 2001.