[1] | B.G.Gireń, Z.Polacki; The influence of excitation energy migration on excitation energy transfer, Journal of Photochemistry & Photobiology A, 52 (1990) 321-326 |
[2] | B.G.Gireń; Absorption of laser radiation in an optical discharge plasma in a gas mixture stream, Journal of Physics D: Applied Physics 24 (1991) 1086-7 |
[3] | B.G.Gireń; Steel Surface Processing by Continuous Optical Discharge Plasma; Plasma Chemistry and Plasma Processing 13 (1993) 133-140 |
[4] | B.G.Gireń; Cavitation erosion of steels processed with a laser beam and an optical discharge plasma, Surface Engineering 14, 4 (1998) 325-330 |
[5] | B.G.Gireń, M.Szkodo, J.Steller; The influence of residual stresses on cavitation resistance of metal ; Wear Vol. 233-235, (1999), p.86-92 |
[6] | M.Szkodo, B.G.Gireń, J.Steller; Cavitation resistance of new chromium-manganese and chromium-cobalt electrodes and their metallographic structures; Wear Vol. 233-235, (1999), p.111-119 |
[7] | B.G.Gireń, M.Szkodo; Cavitation erosion of some alloys manufactured on steel and iron surfaces by laser beam; Journal of Materials Engineering and Performance, Vol. 12(5) (2003) p.512-521 |
[8] | B.G.Gireń, Material proprieties essential for cavitation erosion of laser produced surface alloys; Journal of Materials Science, Vol. 39 (2004) 295-297 |
[9] | M.Szkodo, B.G.Gireń; Cavitation erosion of steels processed by CO2 laser beam of various parameters; Journal of Materials Processing Technology Vol. 157-158 (2004) 446-450 |
[10] | B.G.Gireń, M.Szkodo, J.Steller; Cavitation erosion of some laser produced iron-base corrosion resistant alloys,Wear Vol. 258, (2005) 614-622 |
[11] | B.G.Gireń, J.Steller, Random multistage input and energy partition approach to the description of cavitation erosion process, Stochastic Environmental Research and Risk Assessment, Vol. 23, (2009) 263-273 |
[12] | B.G.Gireń G. Śliwiński, M.Bauć; Influence of the continuous optical discharge plasma on metal surface, Revue Roumaine de Physique 34 (1989) 899-903 |
[13] | B.G.Gireń, J.M.Orza; On the use of laser plasma to steel surface processing, Archives of Thermodynamics 13 , 1-4 (1992) 101-112 |
[14] | B.G.Gireń, G.Śliwiński; Laser treatment of 38HMJ steel surface in Ar:N2 plasma environment, [in:] Laser Technology IV: SPIE Proceedings, Vol. 2202 (1995) 547 |
[15] | B.G.Gireń; On cavitation erosion resistance of the 45 and 2H13 steels remelted by laser beam and laser plasma-a treatise of problems, Metallurgy and Foundry Engineering 24, 2 (1998) 115-125 |
[16] | B.G.Gireń, M.Szkodo; On the increase of cavitation resistance of A1 structure alloys processed by laser beam; Journal of Technical Physics, Vol. XL, No2, 1999, pp 277-283 |
[17] | B.G.Gireń, M. Szkodo, A. Cenian; Cavitation resistance of 45 and 2Cr13 steels enriched superficially with laser deposited Hf, SiC or AlNi + SiC powders; SPIE Proc., Vol.4238, (2000), p.142-148 |
[18] | B.G. Gireń, G. Rabczuk, M. Szkodo; Search for CO2 laser beam parameters affecting the process of the laser elevating of cavitation resistance of steels; SPIE Proc., Vol.4184, (2000), p.594-597 |
[19] | B.G.Gireń, M.Szkodo; Search for laser processing parameters warranting an increase in the cavitation erosion resistance of 2H13 and 1H18N9T steel,. Advances in Materials Science, Vol.1, November 2001, p.31-36 |
[20] | M.Szkodo, B.Gireń; On the increase of cavitation resistance of the materials due to laser surface processing, Inżynieria Materiałowa, Nr 5 (124), 2001, p.900-904 |
[21] | B.G.Gireń, M.Szkodo; Methodology of cavitation erosion assessment of laser processed materials; Advances in Materials Science, Vol.1, November 2001, p. 26-31 |
[22] | M.Szkodo, B.G.Gireń; On the variations of residual stresses in steels under the cavitation attack, Marine Technology Transactions, Vol.12 (2001) pp 253-264 |
[23] | B.G.Gireń, M.Szkodo; Cavitation erosion of A2 structure steels processed by laser beam and laser plasma, Inżynieria Materiałowa, Nr 4 (123), 2001, p.345-349 |
[24] | B.G.Gireń, M.Szkodo; Cavitation erosion of chromium-manganese and chromium-cobalt coatings processed by laser beam, Inżynieria Materiałowa Nr 5 (130), rok XXIII (2002) p. 523-527 |
[25] | B.G.Gireń, M.Szkodo; Relationships between cavitation resistance of laser produced alloys and their ability to work hardening, Advances in Materials Science 2, 1 (2002) 87-98 |
[26] | M.Szkodo, B.G.Gireń; Dependence of cavitation performance of superficial iron alloys on the substrate; Advances in Materials Science 2, 1 (2002) 99-106 |
[27] | M.Szkodo, B.G.Gireń; Cavitation resistance of 0H18N9T steel alloyed with various amount of TiC or Mn by means of laser beam; Proceedings of SPIE, XIV Int. Symp. on Gas Flow & Chemical Lasers and High Power Laser, Vol. 5120 (2002) 664-672 |
[28] | B.G.Gireń, M.Szkodo; Some coatings of high cavitation resistance produced by CO2 laser beam; Proceedings of SPIE, XIV Int. Symp. on Gas Flow & Chemical Lasers and High Power Laser, Vol. 5120 (2002) 655-663 |
[29] | B.G.Gireń, R.Jendrzejewski, G.Śliwiński, I.Wardach, M.Szkodo; Cavitation erosion of heterogeneous thin coatings produced by means of laser cladding, Advances in Materials Science Vol. 3 (2003) 18-27 |
[30] | E.Jurewicz, B.G.Gireń, J.Steller: On possible contribution of cavitation erosion to the mass loss process within shear zones in the Tatra Mts., Poland, Acta Geologica Polonica, Vol.57 (2007) 305-323 |
[31] | B.G.Gireń, Search for the weights and parameters of the processes constituting cavitation erosion, Problemy Eksploatacji 4/2007, 101-109 |