R51 - Rad u vodećem časopisu medjunarodnog značaja 

 

1. V.Miljević, Shift Measurement of Spectral Line Wave Lengths due to Doppler

         Effect by Rotating Mirror Method, Nucl. Instr. and Meth., 69 (1969) 338-340.

 

2. V.Miljević, Proposed Appl.ication of the Gas Magnetron Diode as an Inverse

         Medium for Stimulated Emission of Light, Phys. Lett., 32A (1970) 353-354.

 

3. D.Tošić and V.Miljević, Influence of the Cathode Heating Current on the Plasma Formation Time in the Gas Magnetron Diode, Int. J. Electr., 30 (1971) 175-179

 

4. V.Miljević and D.Tošić, A Spectroscopic Study of the Pulsed Gas Discharge in Crossed Electric and Magnetic Fields, J. of Phys.D: Appl..Phys., 4 (1971) 1545­1549.

 

5. V.Miljević and D.Tošić, Temporal and Spatial Spectroscopy of the Plasma Formation in Crossed Electric and Magnetic Fields, J.Appl..Phys., 51 (1980) 2520-2523.

 

6. V.Miljević, Hollow Cathode Magnetron Discharge, Phys. Lett. 92A (1982) 439­

         440.

 

7. V.Miljević, Spectroscopic Study of a DC Gas Magnetron Discharge, Appl..Optics, 22 (1983) 904-907.

 

8. V.Miljević, Hollow Cathode Magnetron Ion Source, Rev. Sci. Instrum.,

         55 (1984) 121-123.

 

9. V.Miljević, Spectroscopy of the Hollow-Anode Discharge, Appl..Optics,

         23 (1984) 1598-1600.

 

10. V.Miljević, Hollow Anode Ion-Electron Source, Rev. Sci. Instrum., 55

         (1984) 931-933.

 

11. V.Miljević, Cylindrical Hollow Anode Discharge, J.Appl.Phys. 57 (1985)

         4482-4484.

 

12. V.Miljević, Characteristics of the Hollow-Anode Ion Electron Source, IEEE

         Trans. on NucLSci. NS-32 (1985) 1757-1758.

 

13. V.Miljević, Optical Characteristics of the Hollow Anode Dicsharge, J.Appl.

         Phys., 59 (1986) 676-678.

 

14. V.Miljević, Some Characteristics of the Hollow-Anode Glow, J. Appl. Phys.,

         60 (1986) 4109-4112.

 

15. V.Miljević, Hollow Anode Discharge with Axial Magnetic Field as an Electron

         Beam Source, J.Appl.. Phys. 63 (1988) 2237-2240.

 

16. V.Miljević, New Generation of Electron Sources, Rad. Phys. Chern., 35 (1990)

         667 -669.

 

17. V.Miljević, Hollow Anode Ion Source, Rev. Sci. Instrum., 61 (1990) 312-314.

 

18. V.Miljević, Some Characteristics of the Hollow-Anode Ion Source, Rev. Sci.

         Instrum. 63 (1992) 2619-2620.

 

19. V.Miljević, Hollow Cathode Magnetron Ion Source with Axial Extraction,

         Rev. Sci.Instrum. 67 (1996) 1224-1226.

 

20. V.Miljević, Hollow Cathode Magnetron Ion Source with Axial Extraction II,

         Rev. Sci. Instrum., 69 (1998) 1054-1055.

 

21.  V. Miljević,  Cylindrical  Hollow  Anode  Ion  Source,  Rev. Sci. Instrum., 73(2002)751.

 

R52 - Rad u časopisu međunarodnog značaja

 

22. V.Miljević, A Spectroscopis Study of a DC Gas Magnetron Discharge, J. de

         Phys., Suppl. c-7 (1979) 61-62.

 

23. B.Aničin, D.Davidović, P.Karanović, V.Miljević and V.Radojević, Circuit

         Properties of Coils IEE Proc.-Sci. Meas. Techno!. 144 (1997) 234-239.

 

24. V.Miljević, A Three-Phase Tesla Coil, Tesla Coil Builders Association (TCBA) News, 16 (1997) 7-8.

 

 

 

 

R54 - Međunarodne konferencije

 

25. D.Tošić and V.Miljević, Low-Pressure Gas Discharge in the Magnetron Diode,

                        VIII ICPIG: Int. Conf. on Phen. in Ionized Gases, Vienna (1967) 183-184.

 

26. V.Miljević, and D.Tošić, Time Characteristics of the Pulsed Magnetron Discharge, IX ICPIG: Int. Conf. on Phen. in Ionized Gases, Bucharest (1969) 239-240.

 

27. D.Tošić and V.Miljević, Formation of the Low-Pressure Arc in Crossed Fields,

         I Int. Conf. on Gas Discharge, London (1970) 82-86.

 

28. D.Tošić and V.Miljević, Some Characteristics of the Magnetron Gas Discharge, X ICPIG: Int. Conf. on Phen. in Ionized Gases, Oxford (1971)113­114.

 

29. V.Miljević and D.Tošić, Spectra of a Pulsed Discharge in Crossed Electric and

         Magnetic Fields, n Int. Conf. on Gas Discharge, London (1972) 347-348.

 

30. V.Miljević, Line Spectrum of an Argon Discharge in a Diode with Incandescent Cathode, XI ICPIG: Int. conf. on Phen. in Ionized Gases, Prague (1973) 153-154.

 

31. V.Miljević, Transition from Weak to Intense Gas Discharge in Crossed

Electric and Magnetic Fields, xn ICPIG, Eindhoven (1975) 61-62.

 

32. V.Miljević, Population of Argon Ion Energy Levels in the Plasma in Crossed Electric and Magnetic Fields, Xli ICPIG: Int. Conf. on Phen. in Ionized Gases, Berlin (1977) 171-172.

 

33. V.Miljević, Excitation Processes in Gas Discharge in Crossed Electricand Magnetic Fields, IV ESCAMPIG: Europ. Sec. Conf. on Atomic and Molec. Physics of Ionized Gases, Essen (1978) 124-125.

 

34. V.Miljević, Excitation of the Argon and Oxygen Energy Levels in Crossed Electric and Magnetic Fields, V ESCAMPIG: Europ. Sect. Conf. on Atomic and Molecular Phys in Ionized Gases, Dubrovnik (1980) 108-110.

 

35. V.Miljević, Laser Transitions in an Argon Plasma in Crossed Electric and Magnetic Fields, XV ICPIG: Int. Conf. on Phen. in Ionized Gases, Minsk (1981) 861-862.

 

36. V.Miljević, A new Type Discharge with Transversal Excitation, VI ESCAMPIG: Europ. Sect. Conf. on Atomic and Molecular Processes in Ionized Gases, Oxford (1982) 125-128.

 

 

 

 

R54 - Rad saopšten na skupu međunarodnog značaja štampan u celini

 

37. V.Miljević, Characteristics of a Hollow-Anode Discharge, VU ESCAMPIG: Europ. Sect. Conf. on Atomic and Molecular Processes in Ionized Gases, Bari (1984) 8E - 164-167.

 

38. V.Miljević (:, Plasma Column in a Cylindrical Mesh Cathode Discharge, VII ESCAMPIG: Europ. Sect. Conf. on A tom. and Molecular Processes in Ionized Gases, Bari (1984) 8E.166-167.

 

39. V.Miljević, Anode Glow in the Hollow-Anode Discharge, XU SPIG: Yug.

Symp. on Phen. in Ionized gases, Sibenik (1984) 365-368.

 

40. V.Miljević, Some Characteristics of the Hollow-Anode Ion-Electron Source, XU SPIG: Yug. Symp. on Phen in Ionized Gases, Sibenik (1984) 373-376.

 

41. V.Miljević, Some Characteristics of the Cylindrical Hollow Anode Discharge,

XVII ICPlG: Int. Conf. on Phen. in Ionized Gases, Budapest (1985) 709-710.

 

42. V..Miljević, Hollow-Anode Discharge as a Source of Fast Electrons, xvn

ICPIG: Int. Conf. on Phen. in Ionized Gases, Swansea (1987) 768-769.

43. V.Miljević, Large Area 4-cm dia Hollow Anode Ion Source, IV Europ. Conf.

on Controlled Fusion and Plasma Heating, Dubrovnik 3 (1988) 1085-1088.

44 V.Miljević, VUV Spectroscopy of the Hollow Anode Discharge, IX

ESCAMPIG: Europ. Sect. Conf. on Atomic and Molec. Phys. of Ionized

Gases, Lisbon (1988)12H -107-108.

 

45. V.Miljević and B.Aničin: On the Mechanism of the Hollow-Anode Discharge, XIX ICPIG: Int. Conf. on Phen. in Ionized Gases, Beograd (1989) 992-993.

 

46. V.Miljević, Doule Sheats in the Hollow Anode Discharge, X ESCAMPIG: Europ. Sect. Conf. on the Atomic and Molec. Physics in Ionized Gases,

Orleans (1990) 14E - 447-448.

 

47. V.Miljević, Hollow Anode Glove in the Magnetic Film, XX ICPIG: Int. Conf.

on Phen. in Ionized Gases, Pisa (1991) 504-505.

 

48. V.Miljević, Hollow Anode Discharge, XI ESCAMPIG: Europ. Sect.Conf. on Atomic and Molecular Processes in Ionized Gases, St. Petersbourg (1992), 271-272.

 

49. V.Miljević, Some Characteristics of High Voltage and High Frequency Corona Brush Discharge, xn ESCAMPIG, Eindhoven, The Netherlands (1994) 236­-237.

 

50. V.Miljević, High Frequency - High Voltage Corona Discharge,13th

ESCAMPIG, Poprad, Slovakia (1996), vo1. 20E, 389-390.

 

51. V.Miljević, D.Davidović, P.Karanović,B.Aničin and V.Radojević, A Three­Phase Tesla Coil, Tesla ill Millennium, Poco Fifth Int. Conf., Beograd (1996), vo1. 1, IV, 17-20.

 

52. B.Aničin, D.Davidović, V.Miljević and V.Radojević, Network Models of Single - Layer Coils, Tesla ill Millennium, Proc. Fifth Int. Conf., Beograd (1996), vo1.1, IV, 51-58.

 

53. B.Aničin, Davidović, V.Miljević and V.Radojević, The Optimum Aspect Ratio of Single - Layer Coils, Tesla ill Millennium, Proc. Fifth Int. Conf., Beograd (1996), vol. 1, IV, 59-64.

 

54. B.Aničin, D.Davidović, P.Karanović, V.Miljević and V.Radojević, Measurements on Single - Layer Ciols, Tesla ill Millennium, Proc. Fifth Int. Conf. Beograd (1996),vo1. 1, IV, 65-72.

 

55. N.Šišović, M.Kurajica, I.Videnović,V.Miljević, and N.Konjević, Hydrogen Balmer Line Shapes in Coaxial Diode glow Discharge, 18th SPIG,

Kotor (1996) 302-305.

 

56. N.M. Šišović, V.I. Miljević and N. Konjević, Radial distribution of argon spectral lines intensities in a coaxial diode glow discharge, 19th SPIG; Summer School and International Syposium on the Physics of Ionized Gases, Zlatibor (1998), 461-464.

 

57. V.Miljević , New Generation Of  Ion - Electron and Plasma Sources, Third International Conference PLASMA PHYSICS AND PLASMA TECHNOLOGY  , Minsk , September 18.-22. 2002., vol. 1 ,page 56

V. Miljević,  Hollow-Cathode  Magnetron  Ion  Sources,  22nd   SPIG 2004, Sokobanja, Serbia & Momtenegro  (2004) p. 397 – Rad je štampan u Zborniku konferencije u celini.

 

58. V. Miljević , Double – sided High – frequency corona brush discharge , Miskolc – Lillafured , 26.08 30.08 2000. , vol. 24 F, p. 436

 

 V. I. Miljević, V. D. Lučić, Simultaneous removal of sulphur dioxide (SO2) and and nitrogen oxides (NOx) from flue gases by a special type of corona brush discharge with the three phase Tesla coil, Internatioanl Conference Power Plant 2010, 26.-29.10.2010, Vrnjačka Banja, Serbia.

R61 - Rad u vodećem časopisu nacionalnog značaja

 

59. V.Miljević, and D.Tošić, The Optical Spectrum of the Pulsed Gas Magnetron

Discharge, Fizika, Suppl. 1 (1970) 106-108.

 

60. V.Miljević, Proposed Laser Appl.ication of the Gas Magnetron Discharge,

Fizika, Suppl. 1 (1970) 123-125.

 

 

 

R62 - Objavljen rad u časopisu nacionalnog značaja

 

61. N.Šišović, I.Videnović, M.Kurajica, V.Miljević and N.Konjević, Light Source for the Study of Neutral Gas Pressure Broađening, Pub!. Obs. Astronom., Belgrade, No 50 (1995) 131-134.

 

62. M.Stojić i V.Miljević, Technologies for flue gas cleaning from SO2 and

NOx,"Vinca" Instititute of Nuclear Sciences BULLETIN 2 (1997) 61-67.

 

63. N. Šišović, V. Miljević and N. Konjević, Investigation of the Hβ Spectral Line Shape in Coaxial Diode Discharge, Pub!. Obs. Astronom., Belgrade, No 57

(1997) 121-124.

 

 

R65 - Nacionalne konferencije

 

64. V.Miljević, Some Characteristics of the Duoplasmatron Ion Source, II SPIG, Yug. Sym. on Phen. in Ionized Gases, Zagreb (1964) 110-119.

 

65. V.Miljević, Spectroscopic Study of Low-Pressure Electric Gas Discharge in Magnetron Diode with Incandescent Cathode, III SPIG, Yug. Sym. on Phen. in Ionized Gases, Nis (1966) 81-83.

 

66. D.Tošić and V.Miljević, Influence of the Cathode Heating Current on the Plasma Formation Time in Crossed Fields, V SPIG: Yug. Symp. on Phen. in Ionized Gases, Herceg Novi (1970) 157-158.

 

67. D.Tošić and V.Miljević, Formation Time of the Plasma in Crossed Fields in

Milisecond Regime, Proc. V Yug. Symp. Phen. In. Gases, Herceg Novi, (1970) 155-156.

 

68. V.Miljević and D.Tošić, The Optical Spectrum of the Pulsed Gas Magnetron Discharge, V SPIG: Yug. Symp. on Phen. in Ionized Gases, Herceg Novi (1970) 133-134.

 

69. V.Miljević, Proposed Laser Appl.ications of the Gas Magnetron Discharge, V SPIG: Yug. Symp. on Phen. in Ionized Gases, Herceg Novi (1970) 163-164.

 

70. V.Miljević, On the Influence of Excited Ions and Crossed Electric and Magnetic Fields on Ionized Cross-Sections, VI spig: Yug. Symp. on Phen. in Ionized Gases, Split (1972) 157-160.

 

71. V.Miljević, Pulse Discharge in a Cylindrical Magnetron Diode VI SPIG: Yug. Symp. on Phen.in Ionized Gases, Split (1972) 161-164.

 

72. V.Miljević, Delay Time of the Tungsten Spectral Lines in the Cylindrical Gas Magnetron Diode with Incandescent Cathode, VIII SPIG: Yug. Symp. Phys. of Ionized Gases, Rovinj (1974) 317-319.

 

73. V.Miljević, Spectroscopic Study of the Plasma Formation in Cylindrical Diode with Axial Magnetic Field,VIII SPIG: Yug. Symp. Phys. of Ionized Gases, Dubrovnik (1976) 332-335.

 

74. V.Miljević, Optical Study of the Influence of the Magnetic Field on Gas Discharge Formation and Cut-off in a Cylindrical Diode, X SPIG: Yug. Symp. of Ionized Gases, Dubrovnik (1980) 212-213.

 

75. V.Miljević, A new Type of Discharge in Crossed Electric and Magnetic Fields, XI SPIG: Yug. Symp. on Phen. in Ionized Gases, Dubrovnik (1982)237-240.

 

76. V.Miljević, Gas Discharge in a Diode with Cylindrical Mesh Cathode, XI SPIG:Yug. Symp. on Phen in Ionized Gases, Dubrovnik (1982) 241-244.

 

77. V.Miljević, Some Characteristics of the Hollow Cathode Magnetron Discharge, XVII ICPIG: Int. Conf. on Phen. in Ionized Gases, Dusseldorf (1983) 206-207.

V. I. Miljević, V. D. Lučić, Ekologija i eko-tehnologije, 2. konferencija "Održivi razvoj i klimatske promene", 13.-15.09.2010., Niš, Srbija

 

 

R65 - Nacionalne konferencije

 

78. V.Miljević and M.Stojić, The New Technologies to clean up the flue Gas from SO2 and NOx , I Regional Symposium: Chemistry and the Environment,

Vrnjačka Banja (1995)735-736.

 

79. N.Šišović, M.Kurajica, V.Miljević i N.Konjević, Measurement of Exitation and Gas Temperature in Hollow Cathode Magnetron Diode, IX Kongres

fizicara Jugoslavije, Petrovac na Moru (1995)445-448.

 

80. M.Stojić and V.Miljević, Recycling of Wastes and Secondary Raw Materials in Enviromental Protection, Simpozijum o reciklaži otpadnog materijala i sekundarnih sirovina u funkciji zaštite životne sredine, Beograd (1995) 471-475.

 

81. V. Miljević,  New  Generations of  Ion-Elektron and Plasma Sources, Appl.ied   Physics  in   Serbia – APS,   SERBIAN  ACADEMY  OF  SCIENCES AND ARTS,  SCIENTIFIC MEETINGS, Volume XCVIII,  Book 2/1,   Belgrade 2002, p. 215.

 

82.        V. Miljević,  Removal of  SO2  and  NOx  by a New Type of  High Frequency  Corona  Brush  Discharge, Appl.. Phys in Serbia – APS,  SERBIAN ACADEMY OF SCIENCES AND ARTS,  SCIENTIFIC MEETINGS,  Volume XCVIII, Book 2/1, Belgrade (2002),  p.213.

 

83.        V. Miljević,  V. Radojević,  R. Mikić, A Three  Phase  Tesla  Coil, Appl.ied  Physics  in  Serbia – APS,  SERBIAN ACADEMY OF SCIENCES AND ARTS,   Volume  XCVIII, Book 2/1,  p. 301.

 

84.        K. N. Leung,  X. Jang,  L. Ji,  Y. Chen,  Q. Yi,  J. Vujić and  V. Miljević,  Large Volume RF  Driven  Plasma  Generator  for the  Removal  of  Toxic  Gases  in Fosil  Fuel  Power  Plants,  5th International Yugoslav Nuclear Society  (YUNSC-2004), Belgrade (2004),  Book of  Abstracts,  G1,  p. 46  -  Rad će biti štampan u  Zborniku konferencije u celini.

 

85.        B. Mićović,  A. Jevremović,  and  V. Miljević,  New Technology  for  Simulteneous Cleaning  of  Flue  Gases   From SO2  and  NOx in  Power  Thermal  Plants, SIMPOZIUM  “ELEKTRANE  2004”, Vrnjačka Banja  Novembar 2 – 5, 2004,  -  Rad  će biti štampan u  Zborniku konferencije u celini.

           

R65 - Rad na nacionainoj konferenciji

 

86. M.Teodosijević, V.Miljević, V.Arsenijević, Lj. Urošević, Određivanje indeksa paradentalne opterećenosti pomoću okluzoforsemetra, XIII Stomatol.

Nedelja SR Srbije 78, Sokobanja, (1978)47-50

 

R60 - Rad u vodećem nacionalnom časopisu

 

87. V. Miljević i M.Stoićević, Primena lasera u stomatologiji, Stomatološki glasnik Srbije, 5(1977)333-337.

 

 

Interne publikacije

 

88. V.Miljević, M.Stojić, O.Mićić, T.Popović i M.Azuzi, Instalacija za simultano čišćenje dimnih gasova od SO2 i NOx iz termoelektrana i drugih postrojenja koja sagorevaju fosilna goriva metodom elektronskih snopova, IBK-IEN; Beograd, novembar 1990.

 

89. B.Aničin, D.Ilić, V.Miljević, Razvoj gasnih cevi za dijagnostiku plazma II, Int. publikacija IBK - 817 (1969).

 

90. V.MiIjević, Uređaj za kontinualno napajanje tečnim azotom, Int. publikacija

         IBK - 1375(1975).

 

91. V.Miljević, V.Babović, Konkavno-konveksno ogiedalo sa stalnom ili kontinualno promenljivom žižom, Int. publikacija IBK - 1491.

 

92. V.Miljević, M.Teodosijević, Uređaj za merenje griznog pritiska u ustima, Int. publikacija IBK - 1434(1977).

 

Izveštaj o napredovanju

 

93. V.Miljević i M.Stojićević, Primena lasera u stomatologiji, Stomatološki fakultet, Beograd (1980).

 

 

R82 - Magistarska teza

 

94. V.Miljević, Ispitivanje karakteristika jonskog izvora tipa duoplazmatron, Prirodno-matematički fakultet, Beograd (1964).

 

R81 - Doktorska disertacija

 

95. V.Miljević, Intenzivno gasno pražnjenje u ukrštenom električnom i magnetskom polju, Prirodno-matematički fakultet, Beograd (1970).

 

R30 - Tehnička rešenja

 

96. V.Miljević, Novo laboratorijsko postrojenje za simultano čišćenje dimnih gasova od SO2 i NOx. Izveštaj o realizaciji Projekta: 201, podprojekta 3, Ministarstvo za nauku i tehnologiju (1995)

 

 

R40 - Patenti

 

97. V.Miljević, Hollow-Anode Ion-Electron Source, US Pat. No 4, 471, 918 Oct. 3,

(1989).

 

98. V.Miljević, Hollow-anode Optical Radiation source US Pat. No 4, 906,890,

Mar. 6, (1990).

 

99. V.Miljević, Device for Simultaneous Removal of SO2 and NOx from Flue Gases by High - Frequency discharge, USA Pat. Office, Grant March (1998), USA pat. No. 5,807,526

 

100. V. Miljević, Device for simultaneous removal of SO2 and NOx from flue gases

by high frequency discharge, Europian Patent Specification EP 0 602 354 Bl, Certificate 0602354, 21.01.1998.

 

101. V. Miljević, Device for simultaneous removal of SO2 and NOx from flue gases

by high frequency discharge, Japanese Patent Appl.ication no. 291184 / 1993.

 

102. V.Miljević, Uređaj za simultano čišćenje dimnih gasova od SO2 i NOx pomoću visokofrekventnog pražnjenja sa teslinim transformatorom ili drugim generatorom visokog napona i visoke frekvencije, Resenje Saveznog zavoda za intelektualnu svojinu, no. 48463, Beograd, 16. jul 1998.

 

103. V.Miljević, Uređaj za simultano čišćenje dimnih gasova od SO2 i NOx pomoću visokofrekventnog pražnjenja sa teslinim transformatorom ili drugim generatorom visokog napona i visoke frekvencije, Rešenje Saveznog zavoda za intelektualnu svojinu, no. 48832, Beograd , 11.03.2003.

 

104. V. Miljević, Jonsko-elektronski izvor sa šupljom anodom, Jugoslovenski patent broj 46728, 16. jul 1998. godine .

 

Prijavljen patent

105. V.Miljević, A Three-Phase Tesla Coil, Patent pending (1997).