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1. Some Factors Determining Incipient Superheats in Alcalins Metals. 5-th Int. Heat Transfer Conf. Tokyo. 1974. (Leonov, Voropay).

2. Theoretical Calculation of Heat Transfer under Boiling. 6th Meeting of WGLMB. Risley. England. 1975.

3. The pecularities of Instability of Flux in Channels with Boiling Potassium. Ibid. (Morozov et al.)

4. Heat Transfer Crisis to Potasium Two-Phase Flow in Helical Coils. Ibid.(Morozov t al.).

5. Research of the Heat Tansfer Crisis to Potasium Two-Phase Flow in Helical Coils. 8-th Meeting of WGLMB. Mol. Belgium. 1978. (Morozov).Mol. Belgium. 1978. (Morozov).

6. Vapour Phase Grow Dynamics at Transient Regimes of Nuclear under Reactor Cooling Fluid Boiling Initiation Conditions. 10-th Meeting of LMBWG. Karlsruhe. Germany. 1983. (Serebryansky V.N.).

7. Complex Investigation of the Heat and Hydrodynamic Characteristics of the Liquid metal Steem Generators. 10-th Meeting of LMBWG. Karlsruhe. Germany. 1983(Voropay et. al.).

8. Potassium Internal Boiling Characteristics Investigation on Large Volume. 11-th Meeting of LMBWG. Grenoble. France. 1984. (Serebryansky V.N., Voropay A.I.).

9. Problems of Heat Pipes Development for Space Power Plants. Grenoble. France. 1984. (Gontarev et al.).

10. Provosion of Efficiency of Liquid Metals Evaporators in Space Solar Energy Convertors. 40th IAC-IAF.Malaga. Spain. 1989. (Belogurov et al.)

11. New Approach to the Enhancement of the melting Change Phase Materials in Enclousure with Fine. 17th ISSTS. Tokyo. 1990.(Gabrinetz)<

12. Thermostabilisation and Calculation of Temperature Deformations Solar Power Plant Elements with Heat pipes. 41th IAC- IAF. Drezden. Germany. 1990. (Sidushkin et al.)

13. SPS Interest and Stadies in USSR. 2-th Intern. Symp. SPS-91 Power from Space. Paris. 1991.

14. Developing Space Power Brayton System with Solar Heat Input Research of Working Process of High Tempera-ture Latent Heat Storage System. 2-th Intern. Symp. SPS-91 Power from Space. Paris. 1991. (Statsenko et al.)

15. Research of Heat Transfer Characteristics in the Natural Elements of High Temperature Thermal Energy Storage. 42th IAC- IAF. Monreal. Canada. 1991. (Gabrinez)

16. Parallel Feed Evaporator for Supply System of Liquid Metal Working Body of Electrical Rocket Thruster. 42th IAC- IAF. Monreal. Canada. 1991.(Morozov et al.)

17. Void fraction and Pressure Drop of Liquid Metal Twophase Flows in Channels. 14th Meeting of LMBWG. Brasimon.Italy. 1991. (Morozov et al.)

18. Ecological Situation and CIS Scientists Work on the SPS Problem. 3-th Inern. Symp. SPS RIO -92. Rio de Janeiro. Brazil. 1992.

19. Investigation of Melting Process in Phase Change Material Placed in Closed Volumes at Vertical Heating Surface. 18th ISSTS. Kagoshima. Japan. 1992.(Gabrinetz)

20. Research of Transient Thermal Characteristics of Channel in High Temperature Thermal Energy Storage. The Word Space Congr. Washington. USA. 1992.(Gabrinetz et al.)

21. Investigation and development for Solution the Problem of Liquid Metal Dry Vapour Production in Rankin Dynamic Nuclear Space Power System. 1st Intern. Conf. on Aerospace Heat Exchenger. Palo Alto. CA. USA. 1993.(Morozov et al.)

22. Thermodynamic Solar Energy. High-level Expert Meeting of World Solar Summit Solar Energy and Space. UNESCO. Paris. 1993.

23. Project of Creatig a New Power Supply System for Space Vehicules. 1th Wireless Power Transmission Conf. San Antonio, Texas. 1993. (Statsenko, Lyagushin)

24. Experimental Study of Combined Thermal Energy Storage. 44th IAC. Graz. Austria. 1993.(Gabrinez et al.)

25. Generator of Organic Working Bodies Saturated Vapour for Rankine Cycle Solar Space Power System. 44th IAC. Graz. Austria. 1993. (Trofimenko et al.)

26. Definition of upper Temperature of Liquid Phase During Melting Process. 19th ISSTS. Yokohama. Japan. 1994. Gabrinetz)

27. Analysis of Solar and Nuclear Power Systems for Space Stations. 45th IAC. )Jerusalem. 1994. (Trofimenko et al.)

28. Possibilities of Laser Transmission in an Energy Supply System for Space Vehicles. 45th IAC. Jerusalem. Israel. 1994. (Lyagushin)

29. Design Solutions for Solar Power Satellite as Small Power. 45th IAC. Jerusalem. Israel. (Dranovsky et al.)

30. The New Conceptions for Design of Thermal Energy Storage for Solar Dynamic Plants. 45th IAC. Jerusalem. Israel. 1994. Gabrinetz)

31. Experimental Study of Heat Pipe Exchange for Cooling of Apparatus in Space. 4-th Intern. Heat Pipe Sympos. University of Tsukuba. Japan. 1994. Pokryshkin et al.)

32. Possibilities of Realization of Heat Power Hybrid Converter of Hydeks Type. Workshop of Japan-Russia-Ukraine on Energy Conversion Materials ENECOM-95. Sendai. Japan. 1995. (Stasenko et al.)

33. A New Application of Thermal Energy Storage for Direct Energy Conversion Systems. 46th IAC. Oslo. Norway, 1995. (Gabrinetz)

34. Universal Orbital Platorm on the Basis of Solar Power Satellite. 46th IAC. Oslo.Norway, 1995. (Dranovsky et al.)

35. Solar Dynamic Rankine Space Power Plant Using the Vapour-Liquid-Metallic Techniques. 46th IAC. Oslo. Norway. 1995. (Gabrinetz et al.)

36. Space Vehicle Power Supply from Solar Power Satellite: Demonstration experiment. Europ. Space Power Conf. Poitiers. France. 1995. (Dranovsky et al.)

37. The Density of Vapour Formation Centers at Boiling on the Surface. 2th Europ. Thermal-Science and 14-th UIT Nat. Heat Transfer Conf. Rome. Italy. 1996.

38. Determination of the Cooling Efficiency of a Cylinder Streamlined in the Across-tracle Direction by a High Temperature Flow Heat and Mass Transfer. MAF-96. Minsk. 1996. (Lutsenko et al.)

39. Heat Transfer from a Hard Laminar Torch. MAF-96. Minsk. 1996. (Tsigankov et al.)

40. Experimental and Analitical Definition of the Characteristics of Solar Collectors for Latitude of Dnipropetrovsk: Workshop on Solar Energy. Bet Berl. Israel. 1995. (Gabrinetz et al.)

41. Power Propulsion Complex for Orbital Transfer and Power Supply for Space Vehicles. 4th Ukr.-Russ.-Chin. Symp. on Space Science and Technology. Kiev. 1996. (Konykhov et al.)

42. Use of Dynamic Convertors in a Structure of Solar Energy Plants of Lunar Basing. 47th IAC. Beijing. Chine. 1996. (Gabrinetz et al.)

43. Advanced Methods of Full Using Solar Power Flux in Different Latitude on the Moon. 47th IAC. Beijing. Chine. 1996. (Niino M, Eguchi K., et al.)

44. Influence of Various Kinds Defusing of the Power Characteristics of a System Concentrator receiver in Solar Energy Plant. 47th IAC. Beijing, Chine. 1996. (Trofimenko et al.)

45. About opportunity of Use a Big Scale Thermal Energy Storage for Energy Plants Located on the Moon Surface. 47th IAC. Beijing, Chine. 1996. (Gabrinetz)

46. Research of Frictional Disk Pumps. 47th IAC. Beijing, Chine. 1996. (Misura)

47. Prognostication of Solar Batteries Degradation Process in Space Crafts. 47th IAC. Beijing, Chine. 1996.

48. The Density of Vapour Formation Centers at Boiling on the Surface. 4-th Intern. Symp. on Heat Transfer. Beijing. Chine. 1996.

49. Influence of Vibration on the Internal Parameters of Boilng. Intern. Symp. on the Physics of Heat Transfer in Boiling and Condensation. Moscow. 1997. (K. Prisniakov)

50. Optimal Solar Energy Concentrator of Focone Type for PV Cell. SPS-97- Conference Space Power Systems. Energy and Space Humanity. Montreal, Canada. 1997. (Gabrinetz et al.)

51. Satellite in the Composition of an Orbital Research Complex. SPS-97- Conference Space Power Systems. Energy and Space Humanity. Montreal, Canada. 1997. (Gladilin, Konyukhov et al.)

52. Compact Lunar Power Systems wioth Great Power Production. SPS-97- Conference Space Power Systems. Energy and Space Humanity. Montreal, Canada. 1997. (M. Niino, K. Eguchi et al.)

53. Estimation of the Mass and Cost Characteristics of Photoconvertors. 48th IAC. Turin, Italy. 1997.

54. Concentration Ratio for GaAs PV Cell48th IAC. Turin, Italy. 1997. (Gabrinetz)

55. Ukrainian Programme of Experiments on Solar Power Technologies on Board an Orbital Module. 49th IAC. Melbourne. Australia. 1998. (Negoda et al.)

56. Demonstration experiment with power transmission to subsatellite: estimation of apparatus parameters. 49th IAC. Melbourne. Australia. 1998. (Lyagushin)

57. Intensification of Working Processes in Steam Obtaining Systems. 11th Intern. Heat Transfer Conf. Kyongju, Korea. 1998. (Tkachenko et al.)

58. The Impact of the Vibration on Heat and Mass Transfer in the Oscillating Heat Pipes and Two- Phase Thermosyphons. 11th Intern. Heat Pipes Conference. Seikei University.Tokyo. Japan (Prisniakov K.)

59. Mathematical Modelling of Thermal-Hydraulic Characteristics of Boiling Process in Thermosyphons. Sixth International Heat Pipe Symposium. Thailand, Chiang Mai University, 2000. (Prisniakov K.)

60. The Operating Conditions of Heat Pipes under Vibration Actions. Sixth International Heat Pipe Symposium. Thailand, Chiang Mai University, 2000. (Prisniakov K)

61. Research a Physical Picture of Heat and Mass Transfer Processes in Vibrating Heat Pipes. 4th Intern. Conf. On inverse problems in Engineering: Theory and practice. Angra dos Reis. Brasil. 2002. (Prisniakov K.)

62. Boiling under Microgravity. 52nd IAC. Toulouse, France. 2001. (Prisniakov K.)

63. Action of Low and High Gravity Levels on Cryogenic Cooling with Boiling of Electronics. Intern. Conf. Thermal Chalenges in Next Generation Electronic Systems. Santa Fe. New Mexico. 2002. (Prisniakov K. V.)

64. Vibration actions on heat pipes as cooling element of electronic systems. Intern. Conf. Thermal Chalenges in Next Generation Electronic Systems. Santa Fe. New Mexico. 2002. (Prisniakov K.V. et al.)

65. Theoretical Determination of Thermal-Hydraulic Characteristics of Boiling Process in Thermosyphons. 12th International Heat Pipe Conference. Moscow-Kostroma. 2002. (Prisniakov K.)

66. Investigation of the Vibration Effect on the Closed Two-Phase Thermosyphon Operation and Heat Pipe. 12th International Heat Pipe Conference. Moscow-Kostroma. 2002. (Prisniakov K. et al.)

67. Influence of Fluctuations of the Wall of Volume on Dynamics of Floating-Up of Bubbles. 3th Intern. Conf. Microgravity Transport Processes in Fluid, Thermal, Biological and Materials Sciences. Davos, Switzerland. 2003. (V. Luzenko et al.)

68. The Impact of Microgravity and Vibration on Boiling. 3th Intern. Conf. Microgravity Transport Processes in Fluid, Thermal, Biological and Materials Sciences. Davos, Switzerland. 2003. (Prisniakov K.V.)

69. About Complex Influence of Vibrations and Gravitational Fields on Serviceability of Heat Pipes in Composition of the Space-Rocket Systems. 54st IAC. Bremen, Germany. 2003. (K. Prisniakov et al.)

70. About Functioning of the Heat Pipe in Condition of Gravity and Vibration. 7th International Heat Pipe Symposium. Jeju-Do, Korea. 2003. (K. Prisniakov et al.)





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