1. Mobile stations for monitoring the characteristics of the Earth's surface layer of the atmosphere

   • N. K. Didenko
   • V. A. Kashin
   • V. V. Smirnov

   New Instruments and Experimental-Research Methods Pages: 173 - 174

2. Chamber for comprehensive optical-microphysical investigations of the atmosphere in seminatural conditions

   • S. D. Kozlov
   • A. S. Makarov
   • F. D. Maslova

   New Instruments and Experimental-Research Methods Pages: 174 - 175

3. Possibility of diagnostics of optical properties of scattering layers by measuring the light-scattering matrices

   • V. K. Polyanskii
   • A. G. Ushenko

   New Instruments and Experimental-Research Methods Pages: 176 - 178

4. Possibility of using an atmospheric laser-Doppler-anemometer apparatus for sounding large single particles

   • V. N. Zelenin
   • I. E. Konstantinov
   • V. V. Pavlov

   New Instruments and Experimental-Research Methods Pages: 178 - 180

5. Laser Doppler sounding and ranging of disperse systems

   • V. N. Bakulin
   • V. M. Syutkin

   New Instruments and Experimental-Research Methods Pages: 181 - 182

6. Apparatus for operative measurements of the scattering indicatrices of aerosol formations

   • S. G. Galeeva
   • A. V. Luchnikov
   • N. N. Shmoilova

   New Instruments and Experimental-Research Methods Pages: 183 - 185

7. Optical system of high-speed meter for scattering indicatrices of nonstationary aerosol formations

   • B. A. Abramov
   • R. R. Agishev
   • V. T. Ternovskov

   New Instruments and Experimental-Research Methods Pages: 185 - 188

8. Effectiveness of holographic methods for nonstationary scattering objects and media

   • O. V. Angel'skii
   • V. K. Polyanskii

   New Instruments and Experimental-Research Methods Pages: 188 - 189

9. Estimate of polarization effectiveness of receivers for laser radiation and its scattering in the tropospheric aerosol

   • G. N. Anikeenko
   • I. O. Pavlichenko

   New Instruments and Experimental-Research Methods Pages: 189 - 191

10. Relative variation of the sensitivity of a resonant spectrophone in the investigation of aerosol media

    • Yu. G. Toporkov

    New Instruments and Experimental-Research Methods Pages: 192 - 194

11. Certain characteristics of an optical receiver with a photomultiplier in the presence of external background

    • R. R. Agishev

    New Instruments and Experimental-Research Methods Pages: 195 - 197

12. Influence of multiple scattering on the accuracy of determination of dispersion characteristics of a suspension by invariant methods

    • A. P. Gritsenko
    • G. D. Petrov

    New Instruments and Experimental-Research Methods Pages: 198 - 200

13. Ir spectrum analyzer using alkali-halide crystals for the analysis of gaseous media

    • V. A. Vratskii
    • A. N. Kolerov
    • S. A. Ledyankin

    New Instruments and Experimental-Research Methods Pages: 201 - 202

14. Approximate models of the process of clearing aqueous aerosol by laser radiation

    • V. K. Pustovalov
    • D. S. Bobuchenko
    • I. A. Khorunzhii

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 203 - 206

15. Clearing of a moving polydisperse aerosol by a Gaussian beam of laser radiation

    • V. K. Pustovalov
    • I. A. Khorunzhii

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 206 - 208

16. Clearing of a polydisperse aqueous aerosol by laser radiation in the presence of mirrors

    • D. S. Bobuchenko
    • V. K. Pustovalov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 209 - 211

17. Clearing of moving liquid-drop medium by powerful optical radiation with allowance for thermal self-action

    • Yu. N. Karamzin
    • A. P. Sukhorukov
    • V. A. Trofimov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 212 - 214

18. Influence of mechanical turbulence in the case of action of cw CO₂ laser on aqueous aerosol

    • S. D. Pinchuk

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 215 - 217

19. Clearing of polydisperse aqueousaerosol under conditions of wind-induced refraction of a light beam

    • K. D. Egorov
    • V. P. Kandidov
    • L. I. Pentegova

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 218 - 221

20. Effective laser-beam parameters in a channel where powerful radiation acts on an aerosol

    • A. A. Zemlyanov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 222 - 224

21. Propagation of a laser pulse over a route with a cloudy layer under conditions of kinetic cooling

    • M. P. Gordin
    • V. P. Sadovnikov
    • G. M. Strelkov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 225 - 227

22. Numerical simulation of the collective regime of the evolution of a low-threshold optical breakdown in an aerosol medium

    • V. A. Vdovin
    • Yu. M. Sorokin

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 228 - 230

23. Comprehensive experimental investigation of the region of low-threshold optical breakdown in a disperse gas medium

    • I. Ya. Korolev
    • T. P. Kosoburd
    • Yu. M. Sorokin

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 230 - 232

24. Threshold characteristics of laser breakdown on aerosol in air. determination of gasdynamic expansion of the resultant plasma formations

    • Yu. V. Akhtyrchenko
    • L. A. Vasil'ev
    • V. N. Soshnikov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 233 - 236

25. Corroboration of the “model of equalized parameters” of laser breakdown on aerosols in air

    • Yu. V. Akhtyrchenko
    • L. A. Vasil'ev
    • V. N. Soshnikov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 237 - 239

26. Analytic estimates of the threshold intensities of laser breakdown by aerosol in air

    • Yu. V. Akhtyrchenko
    • L. A. Vasil'ev
    • V. N. Soshnikov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 240 - 243

27. Conducting channel initiated by laser radiation in an aerosol medium

    • S. V. Zakharchenko
    • A. M. Skripkin

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 243 - 245

28. Investigation of the formation of a long laser spark

    • S. V. Zakharchenko
    • G. A. Sintyurin
    • A. M. Skripkin

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 246 - 248

29. Passage of pulse radiation through a dusty atmosphere under conditions of development of breakdown on the particles

    • V. K. Mamonov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 248 - 249

30. Air breakdown minimized by breakdown in aqueous aerosol drops acted upon by radiation with λ=1.06 μm

    • V. K. Mamonov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 249 - 251

31. Concerning one mechanism of laser-radiation wave-absorption propagation in optical breakdown in disperse media

    • A. P. Budnik
    • A. G. Popov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 252 - 254

32. Optical breakdown in transparent aerosol particles

    • P. N. Svirkunov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 255 - 257

33. Disintegration of weakly absorbing drops under optical-breakdown conditions

    • V. A. Pogodaev
    • A. E. Roshdestvenskii

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 257 - 260

34. Thresholds of optical breakdown in weakly absorbing aqueous aerosol

    • V. A. Pogodaev
    • A. E. Rozhdestvenskii

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 260 - 262

35. Thermal refraction of laser radiation by hot aerosol particles

    • R. Kh. Almaev
    • S. M. Kolomiets
    • V. Ya. Korovin

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 262 - 265

36. Optimal conditions for laser elemental analysis of aerosols

    • V. M. Gavrilov
    • S. L. Golub
    • A. M. Skripkin

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 265 - 268

37. Temperature of single carbon particles heated by CO₂ laser radiation

    • V. N. Krasnopevtsev
    • I. A. Sutorikhin

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 268 - 270

38. Optical perturbations of a medium around hot particles

    • V. I. Bukatyi
    • A. M. Shaiduk

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 271 - 273

39. Investigation of the dynamics of combustion of a carbon particle in a CO₂ laser radiation field

    • V. I. Bukatyi
    • I. A. Sutorikhin
    • A. M. Shaiduk

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 274 - 276

40. Combustion of a spherical carbon particle in a radiation field

    • V. S. Loskutov
    • G. M. Strelkov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 277 - 279

41. Combustion of two particles with arbitrary distance between them

    • E. R. Shchukin
    • M. A. Dallakyan

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 280 - 282

42. Concerning heterogeneous combustion of aerosol particles in a laser-radiation field

    • E. R. Shchukin
    • M. A. Dallakyan

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 283 - 285

43. Description of the propagation of a laser beam in a medium with a thermal halo

    • G. M. Strelkov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 286 - 288

44. Clearing of polydispersed sooty aerosol by laser radiation

    • V. S. Loskutov
    • C. M. Strelkov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 289 - 292

45. Thermal self-action of an annular laser beam in A soot-particle aerosol

    • Yu. N. Grachev
    • G. M. Strelkov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 292 - 294

46. Photophoresis of minute volatile aerosol particle in a polyatomic gas mixture

    • Yu. I. Yalamov
    • M. G. Markov
    • E. R. Shchukin

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 295 - 296

47. Contribution to the theory of photophoresis of large strongly absorbing drops

    • M. G. Markov
    • E. R. Shchukin
    • Yu. I. Yalamov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 297 - 298

48. Experiment on the action of intense radiation of a CO₂ laser (λ=10.6 μm) on frozen water drops

    • E. V. Ivanov
    • V. Ya. Korovin
    • Yu. V. Tolstikov

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 298 - 300

49. Effect of liquid surface layers on the heat release and heating of water droplets under the action of radiation

    • A. P. Prishivalko
    • S. T. Leiko

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 301 - 303

50. Investigation of internal electromagnetic field in weakly absorbing particles under resonance conditions

    • A. P. Prishivalko
    • L. G. Astaf'eva
    • M. S. Veremchuk

    Aerosol Propagation with Allowance for Nonlinear Effects Pages: 303 - 304