OBAVEZNI PODACI

 

Licni podaci:

 

Ime i prezime: Milan S. Trtica

 

Datum rodjenja: 03.08.1950.

 

Datum diplomiranja:1974.; Prirodno matematički fakultet, odsek Fizička hemija.

 

Datum odbrane doktorata: 1987.; Prirodno matematički fakultet, odsek Fizička hemija (Oblast: fizička-hemija plazme-  gasni laseri).

 

Naučno zvanje: naučni savetnik.

 

Podaci za kontakt: Laboratorija za fizičku hemiju, telefon; 453 967 , faks: 444 72 07,

e-mail: etrtica@vin.bg.ac.yu)

 

 

Naučni interes:

 

Fizičkohemijski procesi u laserima, posebno gasnim, kao i njihova primena. Primena se odnosi uglavnom na oblast spektroskopije, laserske hemije, modifikacije površina, itd.

 

Research of physico-chemical processes, especially in gas lasers, as well as their applications.

Applications are primarily associated with spectroscopy, laser chemistry, surface modifications, etc.

 

 

Spisak radova:

 

 

A. M.Sc. THESIS

 

1. M. S. Trtica,

"The influence of third body and characteristics of the CO laser of the CS2/O2 type"

(in Serbo‑Croatian, Faculty of Physical Chemistry, University of Belgrade, 1979.)

 

Abstract: The influence of the additive on the output characteristics of the carbon‑monoxide flame chemical laser is experimentally investigated. The additives considered were: N2O, CO2, C3O2, SF6, CCl2F2 and BCl3. It was found that additives N2O, CO2, C3O2 increases the laser output power and change intensity of individual laser lines. The relaxation processes and inversion population were observed, too in this complex system. During this work, complex experimental device for production of CS2/O2 flame at a low pressure was designed.

 

 

B. Ph.D. THESIS

 

2. M. S. Trtica,

"Spectral, spatial and temporal characteristics of CO2 TEA laser of the CO2/H2 type"

(in Serbo‑Croatian, Faculty of Physical Chemistry, University of Belgrade, 1987.)

 

Abstract: Short delay time UV preionized miniature TEA CO2 laser operating with novel binary CO2 /H2 and conventional CO2/He and quaternary CO2/N2/He/H2 mixture was designed, optimized and its characteristics (output energy and power, temporal, spatial and spectral characteristics etc.) were determined. It was found that, in terms of maximum extractable output laser energy and power, the conventional CO2/He gas mixture is inferior in comparison with CO2/H2 mixture. Especially attention was devoted to consideration of physico-chemical processes within high-pressure glow discharge (kinetic processes were observed). The laser was found to be applicable to photochemistry studies, spectroscopy, LIDAR etc.

Specifically, the laser was employed for selective isotope dissociation of 32SF6 molecules in the gas

mixture 32,34SF6 .

 

 

C. INTERNATIONAL JOURNALS

 

1. N. Konjevic, M. Orlov, M. Trtica,

"Laser Intra‑Cavity Technique for Detection of Traces of Insecticides",

Spectroscopy Lett. 10 (1977) 311-317.

 

2. M. Trtica, N. Konjevic,

"Experimental Study of CS2/O2/Additive Flame Laser Output Spectra",

Phys. Lett. 77A (1980) 435-437.

 

3. Z. Babarogic, N. Konjevic, M. Trtica,

"Design and Performance of a Small CS2/O2/Additive Flame Laser",

Rev. Sci. Instrum. 51 (1980) 658-662.

 

4. Z. Babarogic, I. Belic, I. Mendas, M. Trtica,

"Design and Performance Characteristics of CW Subsonic HF Chemical Laser with

120 W Power Output",

Rev. Sci. Instrum. 53 (1982) 949-951.  

 

5. M. Trtica, Z. Babarogic,

"Further Study of Continuous‑ Wave CO Flame Chemical Laser of the CS2/O2/N2O Type",

Appl. Phys. B, 30 (1983) 29-33.

 

6. M. Trtica, P. V. Cvijin, I. Mendas,

"Short Delay Time UV Preionized TEA CO2 Laser Operating With Binary CO2/H2 and

CO2/He Gas Mixtures",

Optical and Quantum Electronics, 16 (1984) 511-516.

 

7. M. Trtica, Z. Babarogic,

"Experimental Study of CW Carbon Monoxide Flame Chemical Laser of the CS2/O2/CO2 Type",

Appl. Phys. B, 37 (1985) 87-91.

 

8. M. S. Trtica, S. V. Ribnikar,

"A Complete Parametric Study of a TEA CO2 Laser of the CO2/H2 Type",

Optics Communications, 67 (1988) 133-138.

 

9. M. S. Trtica, S. V. Ribnikar,

"The Operation of the TEA CO2 Laser with Nonconventional CO2/H2 Gas Mixture",

Infrared Phys., 29 (1989) 351-352.

 

10. M. S. Trtica, S. V. Ribnikar,

"Spectroscopic Study of a TEA CO2 Laser of the CO2/X, X=H2; N2/H2 Type",

Appl. Phys. B, 48 (1989) 379-382.

 

11. M. S. Trtica,

"A Small Scale TEA CO2 Laser Utilizing Nonconventional Ternary CO2 /N2 /H2 Gas Mixture",

SPIE Proceedings, 1276 (1990) 106-109.

 

12. M. S. Trtica, S. S. Miljanic,

"Investigation of Gas Chemistry in the Sealed TEA CO2 Laser",

Chemical Physics, 181 (1994) 409-416.

 

13. Lj. T. Petkovska, M. S. Trtica, M. M. Stoiljkovic, G. S. Ristic , S. S. Miljanic,

"CO2 ‑Laser Photoacoustic Absorption Spectra of Carbon Dioxide as a Function of Temperature",

Journal of Quantitative Spectroscopy and Radiative Transfer, 54 (1995) 509-520.   

 

14. M. S. Trtica, S. S. Miljanic,

"An Aspect of Plasma Chemistry in the Pulsed, Sealed, Transversely Excited CO2 Laser",

Journal Serb. Chem Soc., 60 (1995) 115-121.    

 

15. S.V. Ribnikar, M.S. Trtica,

"Infrared Spectra of Uranyl Compounds in Alkali Halide Matrices: Oxalates and Acetates",

Journal Serb. Chem Soc., 63 (1998) 149-157.

(In this paper the uranium isotope separation by laser is touched).

 

16. B. Gakovic, Z. Rakocevic, T. Nenadovic, D. Perusko, M. Trtica, S. Zec,

“Characterization of TiN Protective Coatings”,

Solid State Phenomena, 61,62, (1998) 357-361.

 

17.  M. Trtica, G. N. Ostojic,

“Numerical Modeling of Self-sustained TEA CO2 Laser Operation”,    

SPIE Proceedings, Vol. 3612,  (1999) 7-14.

 

18.  B. Gakovic, M. Trtica, T. Nenadovic, B. Obradovic,

“TEA CO2 laser induced damage of low thickness TiN coatings”,

Thin Solid Films, 343-344, (1999) 269-272.

 

19. B. Gakovic, M. Trtica, T. Nenadovic, T. Gredic,

“Transversely excited atmospheric CO2 laser-induced damage of TiN and (Ti,Al)N coating”

Applied Surface Science, 143, (1999) 78-84.

 

20.  M.S. Trtica, B. M. Gakovic, T.M. Nenadovic,

“Surface Modification of TiN and (Ti,Al)N Coatings by the TEA CO2 Laser”,    

SPIE Proceedings, Vol. 3612, (1999) 168-174.

 

21. S.S. Miljanic, N. N. Stjepanovic, M.S. Trtica,

“Possibilities of Metal Surface Radioactive Decontamination Using Pulsed CO2 Laser”,

SPIE Proceedings, Vol. 3887, (2000) 357-363.

 

22.  M.Trtica, B. Gakovic, T. Nenadovic,

“Pulsed CO2 laser ablation of polished steel and titanium nitride-coated steel”,

SPIE Proceedings, Vol. 3885, (2000) 517-524.

 

23.  S.S. Miljanic, N.N. Stjepanovic, M.S. Trtica,

“An attemp to use a pulsed CO2 laser for decontamination of radioactive metal surfaces”,

J. Serb. Chem. Soc., 65, (2000) 445-450.

 

24. Milan S. Trtica, Biljana M. Gaković, Tomislav M. Nenadović, Mića M. Mitrović,

“Surface modification of stainless steels by TEA CO2 laser”,

Applied Surface Science, 177 (2001) 48-57.

 

25. S. Petrovic, B.Gakovic, M.Trtica, T. Nenadovic,

“Surface modification of W-Ti coatings induced by TEA CO2 laser beam”,

Laser and Particle Beams, 19 (2001) 195-199.

 

26. M.S. Trtica, B.M. Gakovic, B.B. Radak, S.S. Miljanic,

“An Efficient Small Scale TEA CO2 Laser for Material Surface Modification”,

Proceedings of SPIE, Vol. 4747 (2002) 44-49.

 

27. B.M. Gakovic, M.S. Trtica, T.M. Nenadovic,

“TEA CO2 Laser Surface Modification of Titanium Ceramic Thin Films”,

Proceedings of SPIE, Vol. 4760 (2002) 1006-1013.

 

28. T.S. Jovanovic, M.R. Bogavac, B.B. Radak, M.S. Trtica,

“IR Laser-Induced Changes of L-adrenaline-D-hydrogentartarate Incorporated in KBr Matrices”,

Laser Chemistry, 20 (2002) 89-98.

 

29. M.S. Trtica, B.M. Gakovic,

“Pulsed TEA CO2 Laser Surface Modifications of Silicon”,

Applied Surface Science, 205 (2003) 336-342.

 

 

D. INTERNATIONAL CONFERENCES

 

1. A. Renlund, H. Reisler, M. Trtica, C. Wittig,

"Energy Partitioning Among Product States in Laser Driven Unimolecular Dissociation",

Twelfth Annual Meeting of the Division of Electron and Atomic Physics, Los Angeles.

(Bulletin of the American Physical Society, 25 (Nov. 1980), p. 1129.).

 

2. M. Sreckovic, P. Nikolic, B. Vedlin, V.Sijacki‑Zeravcic, P. Vujkovic‑Cvijin, M. Trtica,

"Micrograph and Computer Analyses of Laser Damages",

Ernst Abbe Conference, Jena (1987).

 

3. M. S. Trtica, S. V. Ribnikar,

"The Operation of the TEA CO2 Laser with Nonconventional CO2 /H2 Gas Mixture",

Fourth International Conference on Infrared Physics, Zurich, August 1988,

Book of Proceedings, pp. 409-411.

 

4. M. S. Trtica,

"A Small Scale TEA CO2 Laser Utilizing Nonconventional Ternary

CO2 /N2 /H2 Gas Mixture",

The Internat. Congress on Opt. Sci. and Engineer., The Hague, March, 1990,

Book of Abstr., p. 133.

 

5. M. S. Trtica, S. S. Miljanic,

"Compact TEA CO2 Laser Operating with Nonconventional Hydrogen Gas Mixtures",

European Quantum Electronics Conference and 10th Nat. Quant. Electr. Conference,

Edinburgh, August 1991, Technical Digest, p. 52.

 

6. M. S. Trtica, S. S. Miljanic,

"Some Aspect of Plasma Chemistry in the Sealed TEA CO2 Laser",

16th Summer School and International Symposium on the Physics of Ionized Gases,

Belgrade, September 1993, Book of Contributed Papers, pp. 270-273.

 

7.  S. S. Miljanic, Lj. T. Petkovska, M. S. Trtica, M. M. Stoiljkovic,

"Absorption Spectra of CO2 in the 9‑11 mm Region Recorded by the Photoacoustic

Method. Temperature Dependence".,

4th European Quantum Electronics Conference and 7th Italian Conference on Quant.

Electr., Firenze, September 1993, Technical Digest, pp. 1002-1005.

 

8. M. S. Trtica, S. S. Miljanic,

"A Look at Plasma Processes in the Pulsed, Sealed, Corona Preionized, TE CO2 Laser",

17th Summer School and International Symposium on the Physics of Ionized Gases,

Belgrade, August 1994, Book of Contributed Papers, pp. 270-272.

 

9. M. S. Trtica, S. S. Miljanic,

"Sealed, Triggerable Spark Gap Switch for Pulsed TEA CO2 Lasers",

18th Summer School and International Symposium on the Physics of Ionized Gases,

Kotor, September 1996, Book of Contributed Papers, pp. 436-439.

 

10. B. Gakovic, M.Trtica, T. Nenadovic, T. Gredic, 

“TEA CO2 laser induced damage of TiN and (Ti,Al)N coatings”,

European Materials Research Society Spring Meeting, Jun 1998, Strasbourg, France,

Abstract Book,  p. G-28.

 

11. B. Gakovic, M.Trtica, T. Nenadovic, S. Zec,

“TEA-CO2.laser induced damage of low thickness TiN coatings”, 

14th Inter. Conf. Solid Surfaces  August – September 1998, Birmingham, UK,

Abstract Book, p. 376.

 

12. G.N. Ostojic, M.S. Trtica,

“Numerical modeling of self-sustained TEA CO2 laser operation”,

19th Summer School and Int.Symposium on the Physics of Ionized Gases (19th SPIG), Contributed Papers, August 31-September 4 (1998), Zlatibor, Yugoslavia,  pp. 533-536.          

 

13.  B. Gakovic, M.Trtica, T. Nenadovic, B. Pavlicevic,

“Multi-pulse TEA CO2 laser beam interaction with the TiN thin films”,

19th Summer School and Int.Symposium on the Physics of Ionized Gases (19th SPIG), Contributed Papers, August 31-September 4 (1998), Zlatibor, Yugoslavia,  pp. 283-286.          

 

14. B. Gakovic, M. Trtica, T. Nenadovic, S.Petrovic-Stepanovic,  N. Mijatovic,

“Ablation of TiN coatings by TEA CO2 laser beam”,

The 2nd Yugoslav Belarussian Symposium on Physics & Diagnostics of Labaratory &Astrophysical Plasmas, Zlatibor 5-6. Sept. (1998).

(Publ. Astron.Obs. Belgrade No. 61  (1998) pp. 103-106.).                              

 

15.  M. Trtica, G. Ostojic,

“Numerical modeling of self-sustained TEA CO2 laser operation”,

Conference: Gas and Chemical Lasers and Intense Beam Applications II (part of SPIE

Photonics West 99), 23-29 January, 1999. San Jose, CA (USA). 

Technical Abstract Digest, p. 30.

 

16. M.Trtica, B. Gakovic, T. Nenadovic,

“Surface modification of TiN and (Ti,Al)N coatings by the TEA CO2 laser”,

Conference: Gas and Chemical Lasers and Intense Beam Applications II (part of SPIE

Photonics West 99), 23-29 January, 1999. San Jose, CA (USA). 

Technical Abstract Digest, p. 39.

 

17. S.S. Miljanic, N.N. Stjepanovic, M.S. Trtica,

“Possibilities of Metal Surface Radioactive Decontamination Using Pulsed CO2 Laser”-

Paper No.3887-40, Internat. Forum on Advanced High-Power Lasers and Applications,       

1-5 November 1999, Osaka-Japan,

The Book of Abstracts, p. 122.

 

18. M.Trtica, B. Gakovic, T. Nenadovic,

“Pulsed CO2 laser Ablation of Polished Steel and Titanium Nitride Coated Steel”-

Paper No.3885-74, Internat. Forum on Advanced High-Power Lasers and Applications,

1-5 November 1999, Osaka-Japan,

The Book of Abstracts, p. 43.

 

19. S. Petrovic, M. Trtica, B. Gakovic, Z. Rakočevic, S. Miljanic, T. Nenadovic,

“Optical Properties Vacuum Deposited W-Ti Thin Films”,

20th Summer School and Int. Symposium on the Physics of Ionized Gases,

Zlatibor, September 2000,

Book of Contributed Papers, pp. 231-234.

 

20. B. Gakovic, M. Trtica, T. Nenadovic, S. Petrovic, M. Dramicanin,

“Laser Interaction with Protective Coatings”,

Proceedings of the 3. Belarussian-Yugoslav Symposium on Physics and Diagnostics of Laboratory and Astrophysical Plasma,

Minsk, September 2000.

Publications of the Astron. Observat. of Belgrade, No. 68 (2000) pp. 45-48. 

 

21. S. Petrovic, B. Gakovic, M. Trtica, T. Nenadovic,

“Surface Modification of W-Ti Coatings Induced by TEA CO2 Laser Beam”,

UltraIntense Laser Interactions and Applications-2, Pisa, September 29 – October 3, 2000,

Book of Abstracts, p. 83.

 

22. M.S. Trtica, B.M. Gakovic, S.S. Miljanic,

“Efficient Small Scale TEA CO2 Laser for Material Surface Modification«,

V International Conference: Atomic and Molecular Pulsed Lasers, 10-14 September 2001, Tomsk, (Sibir), Rusija,

Book of Abstracts, p. 8.

 

23. B.M. Gakovic, S.S. Petrovic, T.M. Nenadovic, M.S. Trtica,

“TEA CO2 Laser Beam Modifications of W-Ti Coatings”,

V International Conference: Atomic and Molecular Pulsed Lasers, 10-14 September 2001, Tomsk, (Sibir), Rusija,

Book of Abstracts, p. 20.

 

24. I. Pongrac, B. Gakovic, M. Trtica, S. Petrovic, T. Nenadovic, 

“TEA-CO2 Laser Induced Damage of Si”,

Proceedings of the 5-th Multinational Congress on Electron Microscopy, Eds. E.L.Dini, D.Catalano, September 23-25, 2001 Lecce, Italy, pp. 323-324.

 

25. S. Miljanic, M. Trtica,

»Small Scale Carbon Dioxide Gasdynamic Laser Apparatus Based on the

Hydrocarbon Fuels«,

International Conference on Lasers 2001, December 3-7, Tucson (USA),

Technical  Digest, p. 25.

 

26. B. Gakovic, M. Trtica, J. Joksic, T. Nenadovic,

»TEA CO2 Laser Modification of TiN Coatings Deposited on Silicon and Steel Substrate«,

International Conference on Lasers 2001, December 3-7, Tucson (USA),

Technical Digest, p. 13.

 

27. B.M. Gakovic, M.Trtica, Z. Rakocevic, S. Petrovic, T. M. Nenadovic,

“Photodeposition Sputtering and Surface Morphology of Titanium Ceramic Coatings”,

9 -th Conference on Materials and Technology, November 14-16, 2001, Portorož, Slovenia,

Book of Abstract, p.52.

 

28. B.M. Gakovic, M. Trtica,

»TEA CO2 Laser Surface Modification of  Titanium Ceramic Thin Films«,

High-Power Laser Ablation 2002, Taos (21. to 26. April, 2002.), New Mexico, USA, Technical Program, p. 7.  (SPIE code number: 4760-130).

 

29. B. Kaluđerović, M. Srećković, N. Ivanović, B. Babić, M. Trtica, P. Skundric, R. Aleksic

»Laser Interaction with Celluolose and Carbon Cloth«

Proc. of the International Conference on Lasers 2001,

STS Press, Mc Lean, VA, 2002., pp. 233-238.

 

30. V.F. Tarasenko, A.V. Fedenev, E.I. Lipatov, M.A. Shulepov, B.M. Gakovic, T.M. Nenadovic, Lj.T. Petkosvka, M.S. Trtica,

“Surface Modification of TiN Coating Induced by Pulsed TEA CO2 and XeCl Laser”,

21th Summer School and Int.Symposium on the Physics of Ionized Gases (21th SPIG), Contributed Papers, August 26-30 (2002), Sokobanja, Yugoslavia, pp. 274-277.          

 

31. Lj.T. Petkovska, B.B. Radak, M.S. Trtica, S.S. Miljanic,

“Coincidences of the CO2-laser with Trichloro-ethylene Absorption Investigated by Photoacoustic Detection”,

6th International Conference on Fundamental and Applied Aspects of Physical Chemistry, Physical Chemistry 2002. Belgrade 26-28 September, 2002.

Book of Contributed papers, pp. 126-128.

 

32. B.B. Radak, M.T. Petkovska, M.S. Trtica, S.S. Miljanic, Lj.T. Petkovska,

“A Photoacoutic Study of CO2-laser Coincidences with Absorption of Some

Organic Solvents”,

3rd Aegean- Analytical Chemistry Days, Polihnitos, Lesvos, Greece, 29. Sept. - 3. Oct., 2002.

Proceedings, pp. 433-435.

 

33. T. Jovanovic, M. Bogavac, B. Radak, M. Trtica,

“IR Laser-Induced Changes of L-adrenaline-D-hydrogentartarate Incorporated

in KBr Matrices”,

Euroanalysis-12, Dortmund, Germany, 8 to 13 September 2002., Book of Abstracts, p. 361.

 

34. B.M. Gakovic, V.F. Tarasenko, A.V. Fedenev, E.I. Lipatov, Lj.T. Petkovska, M.S. Trtica,

“Surface Modification of Thin Ceramic Films by Nanoseconds Laser Pulses”, International Conference on the Frontiers of Plasma Physics and Technology, December 9-14, 2002, Bangalore, India., Accepted for Conference.

 

 

E. NATIONAL JOURNALS

 

1. M. S. Trtica,

"Impulse TEA CO2 Laser",

Tehnika J., (Special issue: Laser and Applications), (1990) pp. 38-48. 

 

2. S. S. Miljanic, M. S. Trtica,

"Lasers and Chemistry",

Hemijska industrija (Chemical Industry), 45 (1991) 259-265.

 

3. M. S. Trtica, S. S. Miljanic,

"Powerful Infrared Lasers‑ TEA Carbon dioxide Laser",

Hemijski pregled (Chemical Review), 36 (1995) 13-18.

 

4. B. Gakovic, M. Trtica, Z. Rakocevic, S. Petrovic, T. Nenadovic,

»Photon-Beam Sputtering and Surface Morphology of Titanium-Ceramic Coatings«,

Materials and Technology, 36 (2002) 115-119.

 

 

F. NATIONAL CONFERENCES

 

1. I. Belic, M. Trtica, N. Konjevic,

"Design of Flame System for a Chemical Laser",

19‑th Symposium ETAN in Marine, Book of Abstract., Zadar‑YU (1977), pp. 411-416.

 

2. M. Orlov, M. Trtica, N. Konjevic,

"Laser Intracavity Technique for Detection of Insecticide Traces",

19‑th Symposium ETAN in Marine, Book of Abstrac., Zadar‑YU (1977), pp. 395-399.

 

3. M. Trtica, N. Konjevic,

"Spectral Characteristics of CW CO Flame Chemical Laser of the CS2 ‑O2 ‑Additive Type",

 21‑th Symposium ETAN in Marine, Book of Abstrac., Zadar‑YU (1979), pp. 205-210.

 

4. P. Vujkovic Cvijin, M. Trtica, N. Konjevic,

"Remote Atmospheric Pollution Sensing Using LIDAR Based on the Principle of Differential Absorption", 22‑th Symposium ETAN in Marine, Book of Abstrac., Zadar‑YU (1980), pp. 384-389.

 

5. Z. Babarogic, I. Belic, I. Mendas, M. Trtica,

"Design and Characteristics of CW Subsonic HF Chemical Laser with the output

Power of 46 W",

24‑th Symposium ETAN in Marine, Book of Abstrac., Zadar‑YU (1982), pp. 389-395.

 

6. M. Trtica,

"Design of the Impulse HF Chemical Laser with the Longitudinal Excitation",

24‑th Symposium ETAN in Marine, Book of Abstrac., Zadar‑YU (1982), pp. 476-482.

 

7. M. Trtica, P. Vujkovic Cvijin, I. Belic, I. Mendas, Z. Babarogic, G. Milic,

"Design and Characteristics of mini TEA CO2 Laser",

25‑th Symposium ETAN in Marine, Book of Abstrac., Zadar‑YU (1983), pp. 455-460.

 

8. I. Mendas, P. Vujkovic Cvijin, M. Trtica,

"Numerical Modeling of the TEA CO2 Laser Performance",

25‑th Symposium ETAN in Marine, Book of Abstrac., Zadar‑YU (1983), pp. 620-626.

 

9. P. Vujkovic Cvijin, Z. Milkovic, D. Ignjatijevic, I. Mendas, M. Trtica,

"Laser Rangefinder Based on the CO2 Laser",

25‑th Symposium ETAN in Marine, Book of Abstrac., Zadar‑YU (1983), pp. 627-632.

 

10. M. S. Trtica, S.S. Miljanic,

"Some Aspects of Chemistry in the Sealed TEA CO2 Laser",

1‑th Conference of the Society of Physical Chemists of Serbia "Physical Chemistry 92",

Belgrade (1992). Book of Abstract, pp. 41-42.

 

11.  S. S. Miljanic, M. S. Trtica, Lj. T. Petkovska, M. M. Stoiljkovic,

"Infrared Absorption Spectra of Carbon Dioxide in the 10 mm Region",

1‑th Conference of the Society of Physical Chemists of Serbia "Physical Chemistry 92",

Belgrade (1992). Book of Abstract, pp. 134-135.

 

12. M. S. Trtica, S.V. Ribnikar,

"Infrared Spectra of a Uranyl Compound in KBr Matrices",

3 rd Conference of the Society of Physical Chemists of Serbia "Physical Chemistry 96",

Belgrade (1996). Book of Abstracts, pp. 87-88.

 

13. B. Gakovic, Z. Rakocevic, T. Nenadovic, D. Perusko, M. Trtica, S. Zec,

“Characterization of Protective Coatings”,

Condensed Material Symposium, 29 Sept.-1 October, Kladovo, (1997),

Book of Abstract, p.163.

 

14. M.S. Trtica, S.V. Ribnikar,

“IR Laser-Induced Changes of Uranyl Nitrate Hydrate Incorporated in KBr Matrices”,

12 th Yugoslav Conference on General and Applied Spectroscopy, 25-27 October,

Belgrade, (1999). Book of Abstracts, p. 99.

 

15. S.S. Miljanic, N.N. Stjepanovic, M.S. Trtica,

“An attempt to Use a Pulsed CO2 Laser for Decontamination of Radioactive Metal Surfaces”,

12th Yugoslav Conference on General and Applied Spectroscopy, 25-27 October,

Belgrade, (1999). Book of Abstracts, p. 133.

 

16. B. Gakovic, M. Trtica, S. Petrovic, M. Mitrovic, T. Nenadovic,

“Low Thickness Titanium Ceramic Morphology Analysis Induced by Laser Radiation”

10 th Congress of Yugoslav Physicists, 27-29 March, Vrnjacka Banja (2000).

Book of Abstract, pp. 311-314.

 

17. B. Gakovic, M. Trtica, S. Petrovic, I. Pongrac, T. Nenadovic,

“Structural Changes in the TiN Thin Films Induced by Laser Irradiation”

Condesed Material Symposium, 3-5 October, Arandjelovac, (2001).

Book of Abstracts, p. 84.

 

18. B. Gakovic, M. Trtica, S. Petrovic, I. Pongrac, T. Nenadovic,

“The Influence of Pulsed Laser Radiation on the Structure of Vacuum Deposited Low Thickness Coating”

Fourth Yugoslav Materials Research Society Conference, YUCOMAT 2001,

10-14 September, Herceg Novi. (2001).

Book of Abstracts, p. 14.

 

19. N. Stjepanović, M. Trtica, Š.S. Miljanić,

“Application of the Pulsed Carbon Dioxide Laser for Radioactive Decontamination

of Cooper Surfaces ”

XXI Simposium of Yugoslav Society for Radiation Protection, 10-12 October,

Kladovo, (2001).

Book of Abstracts, p. 209-212.

 

20. T. Jovanovic, M. Bogavac, B. Radak, M. Trtica,

“Investigation of Thermal Effects on L-Adrenaline-D-hydrogentartrate”,

Third Yugoslav Congress of Pharmacy- “New Horizonts in Pharmacy”,

Belgrade, 29. Octob.-2. Nov. 2002.

Archive for Pharmacy, (Book of Abstracts), 4 (2002) 466.

 

 

G. MANAGEMENT of the TASKS and PROJECTS 

 

1. M. S. Trtica, P. Vujkovic Cvijin, I. Mendas, D. Ignjatijevic, I. Belic,

Task: Detection on Situ ‑ Laboratoric Analyzer of Organic Compounds in Vapor Phase

Based on Lasers,

The Institute of Physics, Zemun (1984). /Task manager/.

 

2. M. S. Trtica,

Task: Uranium Enrichment by Lasers,

(In the context of the Federal project No. PR‑138‑ Technology of the Nuclear Fuel,

Federal Commission for Development (in the former Yugoslavia),

Coordinator Energoinvest, Sarajevo),

The Institute of Physics, Zemun (1988). /Task manager/.

3. M. S. Trtica,  S. S. Miljanic,

Project: Investigation and Application of the Lasers in Chemistry, Physics and Technology,

Project No. P‑398, Federal Commission for Development (in the former Yugoslavia),

The coordinator of the project IBK Vinca,

The Institute of Nuclear Sciences, Vinca (1990). /Project manager/.

 

4. S. S. Miljanic, M. S. Trtica, B. Radak, Lj. Petkovska,

Project: Research and Development of Novel Pulsed Gas Laser Systems (CO2 and Excimer) with Kinetic Studies of Processes in Relevant Gas Mixtures,

Project No. CI1*0520‑C(SMA), European Community (Brussels), Final report (1. June1990 ‑31. August 1992), Institute of Nuclear Sciences, Vinca, YU; University of Strathclyde, Glasgow and Heriot‑Watt University, Edinburgh, Scotland, 1992.

Task 1: "Design, manufacturing and integration of a test moderate repetition rate (less than 50 Hz) UV preionized flowing (as well as low leaking) compact (miniature) TEA CO2 laser system".

Task 2: "Laser operation parametric studies with non-conventional gas mixtures and additives").

/Manager of the tasks 1 and 2 in the frame of Yugoslav part of project/.

 

5. M. S. Trtica,  S. S. Miljanic, Lj. Petkovska, N. Miljevic, B. B. Radak et al.,

Project: Lasers Technology,

Project No. KPR‑262/1‑93, Federal Commission of Science, Technology and Development,

Institutes of Nuclear Sciences, Vinca (1993). /Project manager/.

 

6. M. S. Trtica, S. S. Miljanic, S. V. Ribnikar, J. Jovanovic‑ Kurepa et al.,

Project: Investigation of the Molecular Gas Lasers and Their Applications in

Physical-Chemistry and Physics,

Project No. 2/0‑02; OSI‑ 037/94‑2, Federal Commission of Science, Technology

and Development,

The Institute of Nuclear Sciences, Vinca (1994‑1997). /Project manager/.

 

 

H.  PARTICIPATION on the PROJECTS of the MINISTRY of SCIENCE and

TECHNOLOGY of the REPUBLIC SERBIA ( period: 1976‑2002.)

 

1.  Project: Quantum Optics                                                    (period: 1976‑ 1980.)

 

2.  Project: Physics of Plasma Energetic

                     (Task: Physics, development and 

                                application of lasers).                                (period: 1981‑ 1985.)

 

3.  Project: Physics of Plasma and Lasers

                     (Activity: Experimental and theoretical

                                     investigation of plasma and  lasers).      (period: 1986‑ 1990.)

 

4.  Project: Spectroscopy of Physico‑Chemical Processes and

                    States; Structure and Dynamics of Systems

                    (Act.: Molecules spectra‑ laser chemistry‑

                              physical chemistry of isotopes).                   (period: 1991‑1995.)  

 

5. Project: Spectroscopy of Physico‑Chemical Processes

                   and States; Structure and Energetic of Systems

                   (Subproject: Laser chemistry ).                                (period: 1996‑2000.)

 

6. Project: Spectroscopicaly and isotopic investigations of system (eco-, bio- and techno-)

                 

                  (Subproject: Laser chemistry).                            (period: 2001/2002-2003/2004.)

 

 
K. TECHNICAL SOLUTIONS

 

1. N. Konjevic, M. S. Trtica,

"CW Carbon‑dioxide Laser" (including system for detection of air pollution),

Laboratoric model of a device, Institute of Physics, Zemun, Belgrade (1975).

 

2. M. S. Trtica, N. Konjevic , Z. Babarogic,

"CW Carbon‑monoxide Chemical Laser",

Laboratoric model of the device, Institute of Physics, Zemun, Belgrade (1979).

 

3. I. Mendas, I. Belic , M. S. Trtica, Z. Babarogic,

"CW Hydrogen Fluoride Chemical Laser",

Laboratoric model of the device, Institute of Physics, Zemun, Belgrade (1982).

 

4. M. S. Trtica,

"Impulse Hydrogen Fluoride Chemical Laser",

Laboratoric model of device, Institute of Physics, Zemun, Belgrade (1982).

 

5. M. S. Trtica, I. Mendas, P. Vujkovic Cvijin, 

"Impulse TEA Carbon‑dioxide Laser",

Laboratoric model of device, Institute of Physics, Zemun, Belgrade (1983).

 

6. P. Vujkovic Cvijin, M. S. Trtica, I. Mendas, D. Ignjatijevic,

"Photoacoustic Spectrometer of Gases Based on the Lasers",

Laboratoric model of device, Institute of Physics, Zemun, Belgrade (1984).

 

7. I. Mendas, I. Belic, M. S. Trtica, P. Vujkovic Cvijin,

"Commercial mini Lasers Electrodes",

Institute of Physics, Zemun, Belgrade (1986).

(The Electrodes were delivered to a customer in the U.S.A.).

 

8. M. S. Trtica, I. Mendas, P. Vujkovic Cvijin,

"Commercial Model of mini TEA CO2 Laser", (PRR up to 2 Hz),

Institute of Physics, Zemun, Belgrade (1986).

 

(The laser was delivered to a customer in the U.S.A.).

 

9. M. S. Trtica, S. S. Miljanic,

"Laser Head of Miniature, gas flowing, UV Preionized Impulse TEA CO2 Laser;

Repetition Rate < 5 Hz",

Final Report on Research; 1st June 1990 ‑ 31st August 1992 (Contract No. EEC CTI 0520‑C(SMA), European Community), University of Strathclyde, Dept. of Pure and Appl. Chemistry, Glasgow, Scotland (1992) p. 3‑14; 35‑37.

(Contract No. EEC CTI 0520 ‑ C(SMA), Brussels: "Research and Development of Novel Pulsed Gas Laser Systems (CO2 and Excimer) with Kinetic Studies of Processes in Relevant Gas Mixtures").

Prototype model of a device, Institute of Nuclear Sciences, Vinca, Belgrade (1990). 

 

10. M. S. Trtica, S. S. Miljanic,

"Sealed/semi‑sealed TEA CO2 Laser; Repetition Rate < 50 Hz",

Final Report on Research; 1st June 1990 ‑ 31st August 1992, (Contract No. EEC CTI 0520 ‑C(SMA)), University of Strathclyde, Dept. of Pure and Appl. Chemistry, Glasgow, Scotland (1992) p. 3‑14; 35‑37.

Laboratoric model of a device, Institute of Nuclear Sciences, Vinca, Belgrade (1990).

 

11. M.S. Trtica, S.S. Miljanic,

"Sealed, Triggerable Spark Gap Switch for Pulsed Lasers",

The Institute of Nuclear Sciences, Vinca, Belgrade (1996).

 

12. M. S. Trtica, S.S. Miljanic,

"Improved Version of Commercial mini TEA CO2 Laser",

The Institute of Nuclear Sciences, Vinca, Belgrade (1999).

For detail of this device please se web site:  http://www.vin.bg.ac.yu/VincaLaser/index.html

 

13. S. S. Miljanic, M. S. Trtica,

“Laboratoric model of carbon dioxide gas-dynamic laser”,

The Institute of Nuclear Sciences, Vinca, Belgrade (2001).

 

 

L.  MEMBERSHIP

 

1.      The Institute of Electrical and Electronics Engineers  (“Laser and Electro-Optical Society”), USA,  (member from 1998.).

2.      The Society of Physical Chemists of Serbia.

3.   Yugoslav Nuclear Society.

4.    The Serbian Nano-technology Society.