B.1-re (Chapter 18. of "Electrochemical Technology: Innovation and New Developments", 1996 pp. 361-378)

R-B.1/1. S.V.Devyatkin, V.V.Malyshev, V.I.Shapoval: Thermodynamic Estimation of the Possibility to Control the Acid-Base Properties in Tungstate Melts - Proc. of the 11th Int. Symp. On Molten Salts, Proceedings Volume 98-11 of the Electrochemical Society, ed. by P.C.Trulove, H.C.De Long, G.R.Stafford, S.Deki - The Electrochemical Society, Pennington, NJ, USA, 1998, pp. 666-669 (ref. No. 4).

R-B.1/2. F.Lantelme, A.Barhoun, A.M.Zahidi, J.H.von Barner: Titanium, boron and titanium deposition in alkali fluorochloride melts - Plasmas & Ions, 1999, 2, 133-143 (reference No 5).

R-B.1/3. S.V.Devyatkin: Elektrochimisheskii sintez diborida cirkoniia iz kriolito-glinoziomnich rasplavov, soderzhashich oksidi cirkoniia i bora - Elektrochimiia, 2001, v.37, pp.149-1502 (ref.No 20)

R-B.1/4. S.V.Devyatkin: Electrochemical Synthesis of Compounds in the Ti-Si-B from Chloro-Fluoride Melts - Elektrokhimiia, 2002, vol.38., 474-478 (ref. No. 12.)

B.2-re (in: "Chemical Thermodynamics - A 'Chemistry for the 21st Century' monograph",
1999, pp. 135-144)

R-B.2/1: A.S.Uzdenova: Elektrochimicseskoe vosstanovlenie i sintez soedinenii gadoliniia, bora i aluminiia v galogenidnich rasplavach - Dissertacia na soiskanie uchionoi stepeni kandidata khimicheskich nauk, Nalchik, 2000, 133 s. (reference No. 120)

R-B.2/2. H.B.Kushov, A.S.Uzdenova, M.K.Vindizheva, A.V.Zimin: Study of joint electroreduction of complex gadolinium (or lanthanum) ions with tetrafluoroborate-ions in halide melts - Advances in Molten Salts, 2000., vol.1., pp. 291-297 (reference No. 6).

R-B.2/3. H.B.Kushov, A.S.Uzdenova, M.K.Vindizheva, M.L.Balkizova: Study of joint electroreduction of complex gadolinium, lanthanum, and fluroaluminate ions in halide melts - Advances in Molten Salts, 2000., vol.1., pp. 285-290. (refernece No 5).

R-B.2/4. S.V. Devyatkin: Influence of different conditions of electrochemical synthesis on the structure of the deposited refractory compound coatings, Materials' World (e-journal, http://material.ini.hu), July, 2001.(Ref. No.9)

R-B.2/5. Sytchev, H. Kushkhov: Voltammetric Investigation of the Reduction Processes of Nickel, Cobalt, and Iron Ions in Chloride and Chloro-Fluoride Melts, Materials' World (e-journal, http://material.ini.hu), July, 2001 (Ref.No.2)

J.3-ra (Izv Vuzov, Tsvet. Met., 1988, 6, 70-77)

R-J.3/1. Karimov M.I.: Development of refractory composite materials for cathodic materials to be used in Aluminum electrolysis cells (in Russian). PhD Thesis, Leningrad, 1989, 274 p. (reference No 171)

R-J.3/2. S.N.Akhmedov, Yu.V.Borisoglebskii, M.M.Vetyukov, I.V.Zalite, P.Dzambo, T.V.Dubovik: Corrosion Durability of Metal-like Refractory Compounds in Chloro-aluminate Melts (in Russian) - Cvetniie Metalli, 1991, No.4., 24-26 (ref. No. 1)

R-J.3/3. Csepeli Zs., Sólyom B., Gácsi Z., Buza G., Teleszky I., Kovács Á.: Részecske- és szálerõsítésû fémmátrixú kompozitok elõállítási lehetõségei - BKL Kohászat, 131 (1998) 41-47 (ref. No. 10).

R-J.3/4. R.P.Pawlek: Recent developments of aluminium wettable cathodes for the primary aluminium industry, part II. - ALUMINIUM, 72. Jarhgang, 1996 - 1, pp. 35-41 (ref. No.53)

R-J.3/5. Vedernikov G.F.: Inertnie katodi v elektroliziorach dlia proizvodstva aliuminia. Problemi i perspektivi. AO VAMI, Informacionnii listok, No.10, April 2001. (ref.No.53)

J.5-re (Latv. PSR Zinat. Akad. Vestis, Kim. Ser. 1989, (2), 174-81)

R-J.5/1. G.Balducci, A.Ciccioli, G.Gigli, D.Gozzi, U.Anselmi-Tamburini: Thermodynamic Study of Intermetallic Phases in the Hf-Al System - J. of Alloys and Compounds, 1995, vol.220., pp.117-121 (ref. No 13).

J.9-re (Cvetniie Metalli, 1990, 6, 60-3)

R-J.9/1. S.N.Akhmedov, Yu.V.Borisoglebskii, M.M.Vetyukov, I.V.Zalite, P.Dzambo, T.V.Dubovik: Corrosion Durability of Metal-like Refractory Compounds in Chloro-aluminate Melts (in Russian) - Cvetniie Metalli, 1991, No.4., 24-26 (ref. No. 2)

J.10-re (Cvetniie Metalli, 1991, 2, 41-43)

R-J.10/1. R.P.Pawlek: Recent developments of aluminium wettable cathodes for the primary aluminium industry, part II. - ALUMINIUM, 72. Jarhgang, 1996 - 1, pp. 35-41 (ref. No.54)

R-J.10/2. Vedernikov G.F.: Inertnie katodi v elektroliziorach dlia proizvodstva aliuminia. Problemi i perspektivi. AO VAMI, Informacionnii listok, No.10, April 2001. (ref.No.54)

J.11-re (Materials Science Forum 77 (1991) 315-330)

R-J.11/1. D.A.Weirauch, W.M.Balaba, A.J.Perrotta: Kinetics of the reactive spreading of molten aluminum on ceramic surfaces - J.Mater.Res., vol. 10., No.3., 1995, 640-650 (reference No 10).

R-J.11/2. Csepeli Zsolt: Irányítottan kristályosított volfrám szállal erõsített alumínium mátrixú kompozit szerkezete - PhD értekezés, Miskolc, 1997 (ref. No. 4).
R-J.11/3. Csepeli Zs., Sólyom B., Gácsi Z., Buza G., Teleszky I., Kovács Á.: Részecske- és szálerõsítésû fémmátrixú kompozitok elõállítási lehetõségei - BKL Kohászat, 131 (1998) 41-47 (ref. No. 9).
R-J.11/4. J.A.Vreeling, V.Ocelik, Y.T.Pei, D.T.L.van Agterveld, J.T.M. de Hosson: Laser Melt Injection in Aluminum Alloys: on the Role of the Oxide Skin - Acta mater. 48 (2000) 4225-4233 (ref.No.10).
R-J.11/5. S.J.Roach, H.Henein, D.C.Owens: A New Techniques to Measure Dynamically the Surface Tension, Viscosity and Density of Molten Metals - Light Metals 2001, ed. by J.L.Aujier, TMS, Warrendale, 2001, pp.1285-1291 (ref. No.4)22
R-J.11/6. K.I.Ibragimov, B.B.Alchagirov, T.M.Taova, A.M.Chochaeva, K.B.Khokonov: Surface Tension of Aluminium and its Alloys with Indium and Tin --Trans. JWRI (Joining and Welding Research Institute), 2001, vol. 30., Special Issue, 323-327 (ref. No. 4).
R-J.11/7. J.A.Vreeling, V.Ocelik, Y.T.Pei, J.Th.M.de Hosson: Laser Melt Injection of SiC Particles in Al - in: "Surface Modification Technologies XIV", ed. by T.S.Sudarshan and M.Jeandin, ASM International, Materials Park, OH, USA, 2001, pp. 619-623. (reference No 12).
R-J.11/8. A.Vreeling: Laser Melt Injection of Ceramic Particles in Metals - PhD Thesis, University of Groningen, Holland, 2001, pp. 136. (Chapter 3, ref. No.13).

J.14-re (Chemical Papers, 1991., v.45., N.2., pp.145-158)

R-J.14/1. Török B.: Matematikai segéderõként alkalmazható programrendszer használata nyersvasmetallurgiai salakra felállított asszociált oldat-modell számításainál - in: Proceedings of microCAD '97 International Computer Science Conference, Section B: Metallurgy, 1997. pp. 89-93 (ref. No.1.)

R-J.14/2. Török Béla: A TiO2 hatása nagyolvasztói salakok néhány metallurgiai tulajdonságára, Ph.D. értekezés, 1998., 113 o. (ref. No. 60)

R-J.14/3. M.Z.Benkõ: On the computer software for the LD converter process at the Dunaferr Works, Materials' World (e-journal, http://material.ini.hu), July, 2001 (Ref. No.15)

J.15-re (Microgr. Sci. Techn. 1991., v.IV., issue 4., 245-253)

R-J.15/1. Bárczy P., Sólyom J.: Horizontal Bridgman Growth of Al-Al3Ni(Cu) off-Eutectics - Materials Science Forum, 1991, v.77, 113-124. (reference No 9)

R-J.15/2. Roósz A., Gácsi Z., Czél Gy., Szemmelweisz T., Magyari B., Regel L.L., Turchaninov A.M.: Temperature Distribution in the KRISTALLIZATOR (CSSZK-1) Space Furnace - Microgravity science technology, 1992., v.V., issue 2., pp.103-108. (reference No 1)

R-J.15/3. Bárczy P.: Mikrogravitációskutatások a Miskolci Egyetemen - BKL Kohászat, 1999., 132. évf., 6-7. szám, 269-274 o. (reference No. 4)

R-J.15/4. P.Bárczy: Universal Multi-Zone Crystallizator, the ISS Oriented Hungarian Apparatus - Materials Science Forum, 329-330 (2000) 219-228 (reference No 4)

R-J.15/5. Bárczy P., Babcsán N., Szõke J., Bárczy T.: A miskolci ûrkemence, BKL Kohászat, 2000., 133. évf., 6-7. szám, 263-268.o. (reference 4. hivatkozás).

R-J.15/6. P.Bárczy: Universal multizone crystallizator (UMC) - novel challenges and results - Vacuum, 61 (2001) 419-425.

J.19-re (AFS Transactions, 1992, v. 213, pp. 707 - 712)

R.-J.19/1. H.Nakae, Y.Matsuda: Influence of Atmospheric Oxygen on Burn-on of Iron Castings - J. Japan Foundry Eng.Soc., 1999, vol. 71., 28-33 (reference No 9.)

R-J.19/2. K.P.Trumble: Spontaneous infiltration of non-cylindrical porosity: close packed spheres - Acta mater., 1998, vol.46, No.7., pp.2363-2367 (reference is actually not given, but the identical theoretical result is obtained and published 6 years after my paper….?)

R-J.19/3. H.Nakae, Y.Matsuda: Influence of Chemical Composition of Sands on Burn-on of Iron Castings - J.Japan Foundry Eng. Soc., 2000, vol.72., pp. 102-106 (ref. No. 12)

RJ-19/4. E.Báder: Contact angle and infiltration pressure relevant to fabrication of syntactic magnesium / Al2O3 foams, WTM, Germany, Dec. 2000 - Dec. 2001, 26 pp. (Ref. No. 21, see pp. 11, 15)

J.20-ra (Molten Salt Forum, vol.1-2, 1993/94, pp. 129-138)

R-J.20/1. A.Salmi, Y.Berghoute, F.Lantelme: Modelling Multistep Electrochemical Reactions in Molten Salts Electrowinning of Refractory Metals - Electrochimica Acta, 1995, vol.40., No.4., pp.403-411 (reference No 20)

R-J.20/2. F.Lantelme, A.Salmi: Electrochemistry of Titanium in NaCl-KCl Mixtures and Influence of Dissolved Fluoride Ions - J.Electrochem. Soc., vol. 142, No.10., 1995, pp. 3451-3456 (reference No 16)

R-J.20/3. F.Lantelme, K.Kuroda, A.Barhoun: Electrochemical and thermodynamic properties of titanium chloride solutions in various alkali chloride mixtures. Electrochimica Acta, 44 (1998) 421-431 (reference No 36)

R-J/20/4. F.Lantelme, A.Barhoun, K.Kuroda: Role of the oxoacidity and Ligand Effect in the Electrowinning of Titanium in Fused Salts - in Refractory Metals in Molten Salts (Their Chemistry, Electrochemistry and Technology), ed. by D.H.Kerridgeand E.G.Polyakov - Kluwer Academic Publishers, vol.3/53, 1998, pp. 157-172 (ref. No 14).

RJ/20/5. F.Lantelme, A.Barhoun, M.Chemla, J.von Barner - Titanium, Boron and Titanium Diboride Deposition in Alkali Fluorochloride Melts - in Proc. of the 12th Int. Symp. On Molten Salts, Proceedings volume 99-41, ed. by P.S.Trulove, H.C.De Long, G.R.Stafford, S.Deki - The Electrochemical Society, Pennington, NJ, USA, 1999, pp.612-623 (ref. No 7)

J.22-re (Publ. Univ. of Miskolc, Series B. Metallurgy
vol 39 (1995), pp. 279-290.)

R-J.22/1. Szigeti F., Bárczy P., Szûcs J.: Wear properties of amorphous matrix composites - Proc. of 6th Tribological Conference ed. by M.Kozma, 1996, pp. 253-258. (reference No 2).

R-J.22/2. Szigeti F., Bárczy P.: Amorf fémátrixú kompozitanyagok gyártása és tulajdonságainak vizsgálata - BKL Kohászat, 130. évf., 1997, 2-3., 89-96 o. (ref. no.3)

J.23-re (Materials Science Forum, 215-216 (1996) 459-466)
R-J.23/1. J.A.Vreeling, V.Ocelik, Y.T.Pei, D.T.L.van Agterveld, J.T.M. de Hosson: Laser Melt Injection in Aluminum Alloys: on the Role of the Oxide Skin - Acta mater. 48 (2000) 4225-4233 (ref.No.13).
R.-J.23/2. E.Báder: Wettability of Alumina by Liquid Magnesium and Liquid AZ91 Alloy, Materials' World (e-journal, http://material.ini.hu), July, 2001. (Ref. No. 3).

R-J.23/3. J.A.Vreeling, V.Ocelik, Y.T.Pei, J.Th.M.de Hosson: Laser Melt Injection of SiC Particles in Al - in: "Surface Modification Technologies XIV", ed. by T.S.Sudarshan and M.Jeandin, ASM International, Materials Park, OH, USA, 2001, pp. 619-623. (reference No 16).
R-J.23/4. A.Vreeling: Laser Melt Injection of Ceramic Particles in Metals - PhD Thesis, University of Groningen, Holland, 2001, pp. 136. (ref. Chapter 3, No.18)

J.24-re (Materials Science Forum, 215-216 (1996) 467-474)
R-J.24/0. F.R.Juretzko, D.M.Stefanescu, B.K.Dhindaw, S.Sen: Interfacial energy - Theoretical and experimental evaluation for metal-ceramic systems - in: "Processing, Properties and Applications of Cast Metal Matrix Composites, ed. by P.K.Rohatgi, TMS, 1996, pp. 21-31 (ref. No.10)
R-J.24/1. S.Sen, B.K.Dhindaw, D.M.Stefanescu, A.Catalina, P.A.Curreri: Melt convection effects on the critical velocity of particle engulfment - Journal of Crystal Growth, 173 (1997) 574-584 (ref. No 17 "G.Kaptay: Private communication" - this paper was meant, but came out later)
R-J.24/2. D.M.Stefanescu, F.R.Juretzko, B.K.Dhindaw, A.Catalina, S.Sen and P.A.Curreri: Particle Engulfment and Pushing by Solidifying Interfaces: Pasrt II. Microgravity Experiments and Theoretical Analysis - Met. and Mat. Trans. A, volume 29A, June 1998, pp. 1697-1706 (ref. No. 29)
R-J.24/3. D.M.Stefanescu, F.R.Juretzko, A.Catalina, B.K.Dhindaw, S.Sen, P.A.Curreri: Authors' Reply to Discussion of "Particle Engulfment and Pushing by Solidifying Interfaces: Part II. Microgravity Experiments and Theoretical Analysis" - Metall. and Materials Trans., A, volume 30A, 1999, pp. 1890 - 1894 (reference No. 4.)

R-J.24/4. D.M.Stefanescu, F.R.Juretzko, A.Catalina, B.K.Dhindaw, S.Sen, P.A.Curreri: Authors' Reply to Further Discussion of "Particle Engulfment and Pushing by Solidifying Interfaces: Part II. Microgravity Experiments and Theoretical Analysis" - Metall. and Materials Trans., A, volume 31A, 2000, pp. 1700 - 1705 (reference No. 14.)

R-J.24/5. Á.Borsik: Dynamic Simulation of the Movement of Ceramic Particles in front of an Approaching Solidification Front, Materials' World (e-journal, http://material.ini.hu), July, 2001. (ref. No.24)

J.25-re (Materials Science Forum, 215-216 (1996) 475-484)
R-J.25/1. D.M.Stefanescu, F.R.Juretzko, A.Catalina, B.K.Dhindaw, S.Sen, P.A.Curreri: Authors' Reply to Discussion of "Particle Engulfment and Pushing by Solidifying Interfaces: Part II. Microgravity Experiments and Theoretical Analysis" - Metall. and Materials Trans., A, volume 30A, 1999, pp. 1890 - 1894 (reference No. 12.)

R-J.25/2. J.A.Vreeling, V.Ocelik, Y.T.Pei, D.T.L.van Agterveld, J.T.M. de Hosson: Laser Melt Injection in Aluminum Alloys: on the Role of the Oxide Skin - Acta mater. 48 (2000) 4225-4233 (ref.No.14).
R-J.25/3. J.A.Vreeling, V.Ocelik, Y.T.Pei, J.Th.M.de Hosson: Laser Melt Injection of SiC Particles in Al - in: "Surface Modification Technologies XIV", ed. by T.S.Sudarshan and M.Jeandin, ASM International, Materials Park, OH, USA, 2001, pp. 619-623. (reference No 17).
R-J.25/4. A.Vreeling: Laser Melt Injection of Ceramic Particles in Metals - PhD Thesis, University of Groningen, Holland, 2001, pp. 136. (Ref. Chapter 3, No. 19)
R-J.25/5. Y.T.Pei, V.Ocelik, J.Th.De Hosson: SiCp/Ti6Al4V functionally graded materials produced by laser melt injection - Acta Materiala, 50 (2002) 2035-2051 (reference No 11).

J.26-ra (J. of Non-Crystalline Solids, 205-206 (1996) 742-747)
R-J.26/1. Szigeti F., Bárczy P.: Amorf fémátrixú kompozitanyagok gyártása és tulajdonságainak vizsgálata - BKL Kohászat, 130. évf., 1997, 2-3., 89-96 o. (ref. no.4)

J.28-ra (BKL, Kohászat, 130 (1997) No 5-6, 201-208)
R-J.28/1. Csepeli Zsolt: Irányítottan kristályosított volfrám szállal erõsített alumínium mátrixú kompozit szerkezete - PhD értekezés, Miskolc, 1997 (ref. No. 3).
R-J.28/2. Csepeli Zs., Sólyom B., Gácsi Z., Buza G., Teleszky I., Kovács Á.: Részecske- és szálerõsítésû fémmátrixú kompozitok elõállítási lehetõségei - BKL Kohászat, 131 (1998) 41-47 (ref. No. 8).

R-J.28/3. Boross Péter: Karbidkerámia szemcsék viselkedése lézerrel létrehozott olvadéktócsában: TDK dolgozat, 2000, tud. vez.: dr. Verõ Balázs BAYATI és dr. Hárs György, BME) (ref. No.2).

R-J.28-4. Búza Gábor, Verõ Balázs: Lézeres TDK-dolgozatok a Bayati-ban - BKL Kohászat, 2000, 133. évf., 11. szám, 435-436.

R-J.28-5. Boross Péter: Lézeres átolvasztéssal végzett felületmódosítások - Diplomamunka, 2001, BME, BAYATI (ref. No. 8.)

J.30-ra (Zh. Prikladnoi Khimii, 70 (1997) 1646-49)

R-J.30/1: S.A.Kuznetsov: Elektrokhimicheskii sintez visokotemperaturnich boridov iz solevich rasplavov - Elektrokhimiia, 1999, t.35., No.11., 1301-1317 (reference No. 107)

R-J30/2. S.V.Devyatkin: Elektrochimisheskii sintez diborida cirkoniia iz kriolito-glinoziomnich rasplavov, soderzhashich oksidi cirkoniia i bora - Elektrochimiia, 2001, v.37, pp.149-1502 (ref.No 9)

J.31-re (Zh. Prikladnoi Khimii, 71 (1998) 74-80)

R-J.31/1: S.A.Kuznetsov: Elektrokhimicheskii sintez visokotemperaturnich boridov iz solevich rasplavov - Elektrokhimiia, 1999, t.35., No.11., 1301-1317 (reference No. 39)

J.32-re (Molten Salts Forum 5-6 (1998) 331-334.)

R-J.32/1: S.A.Kuznetsov: Elektrokhimicheskii sintez visokotemperaturnich boridov iz solevich rasplavov - Elektrokhimiia, 1999, t.35., No.11., 1301-1317 (reference No. 133)

R-J.32/2: R.P.Pawlek: Aluminium Wettable Cathodes: An Update - in: Light Metals 2000, Ed. by R.D.Peterson, TMS 2000, pp. 449-454 (ref. No. 17)

R-J.32/3. Vedernikov G.F.: Inertnie katodi v elektroliziorach dlia proizvodstva aliuminia. Problemi i perspektivi. AO VAMI, Informacionnii listok, No.10, April 2001. (ref.No.17)

R-J.32/4. S.V.Devyatkin: Elektrochimisheskii sintez diborida cirkoniia iz kriolito-glinoziomnich rasplavov, soderzhashich oksidi cirkoniia i bora - Elektrochimiia, 2001, v.37, pp.149-1502 (ref.No 17)

J.33-ra (Molten Salts Forum 5-6 (1998) 359-362)

R-J.33/1: N.Ene: Electrosynthesis and electrochemistry of TiB2 in molten electrolyte, Roumanian Chemical Quarterly Reviews, 1998, 6(4), 233-245.

J.34-re. (BKL Kohászat, 1998, 131. évf., 5-6. szám, 179-185)

R-J/34/1. Boross Péter: Karbidkerámia szemcsék viselkedése lézerrel létrehozott olvadéktócsában: TDK dolgozat, 2000, tud. vez.: dr. Verõ Balázs BAYATI és dr. Hárs György, BME) (ref. No.3, kicsit tévesen megadva).

R.J.34/2. Boross Péter: Lézeres átolvasztéssal végzett felületmódosítások - Diplomamunka, 2001, BME, BAYATI (ref. No. 18.)

J.35-re (Elektrokhimiia, 34 (5) (1998) 520-527)

R-J.35/1: S.A.Kuznetsov: Elektrokhimicheskii sintez visokotemperaturnich boridov iz solevich rasplavov - Elektrokhimiia, 1999, t.35., No.11., 1301-1317 (reference No. 58)

J.36-ra (Gépgyártástechnológia, 1998., 38. évf., 10. szám, 111-114 o.)

R-J.36/1: R.P.Pawlek: Aluminium Wettable Cathodes: An Update - in: Light Metals 2000, Ed. by R.D.Peterson, TMS 2000, pp. 449-454 (ref. No. 13)

R-J.36/2. Vedernikov G.F.: Inertnie katodi v elektroliziorach dlia proizvodstva aliuminia. Problemi i perspektivi. AO VAMI, Informacionnii listok, No.10, April 2001. (ref.No.53)

J.39-re (Metall. Mater. Trans. A, 1999, vol. 30A, pp.1887-1890)

R-J.39/1. D.M.Stefanescu, F.R.Juretzko, A.Catalina, B.K.Dhindaw, S.Sen, P.A.Curreri: Authors' Reply to Discussion of "Particle Engulfment and Pushing by Solidifying Interfaces: Part II. Microgravity Experiments and Theoretical Analysis" - Metall. and Materials Trans., A, volume 30A, 1999, pp. 1890 - 1894 (reference No. 1.)

R-J.39/2. D.M.Stefanescu, F.R.Juretzko, A.Catalina, B.K.Dhindaw, S.Sen, P.A.Curreri: Authors' Reply to Further Discussion of "Particle Engulfment and Pushing by Solidifying Interfaces: Part II. Microgravity Experiments and Theoretical Analysis" - Metall. and Materials Trans., A, volume 31A, 2000, pp. 1700 - 1705 (reference No. 3.)

R-J.39/3. Á.Borsik: Dynamic Simulation of the Movement of Ceramic Particles in front of an Approaching Solidification Front, Materials' World (e-journal, http://material.ini.hu), July, 2001. (Ref.No.37)

J.42-re (BKL Kohászat, 1999., 132. évf., 6-7. szám, 245-249 o.)

R.J.42/1. Bollobás J., Szabó Z.: Lágyacélok dezoxidálási technológiájának korszerûsítése - BKL Kohászat, 1999., 132. évf., 6-7. szám, 242-244 o. (reference No. 6).

J.45-re. (High Temperature Material Processes, 1999, vol.3, p.117-126.)

R-J.45/1. SV. Devyatkin: Influence of different conditions of electrochemical synthesis on the structure of the deposited refractory compound coatings, Materials' World (e-journal, http://material.ini.hu), July, 2001.(Ref. No. 14)

J.46-ra (Plasmas & Ions, 2 (1999) 45-56)

R-J.46/1. H.B.Kushov, A.S.Uzdenova, M.K.Vindizheva, A.V.Zimin: Study of joint electroreduction of complex gadolinium (or lanthanum) ions with tetrafluoroborate-ions in halide melts - Advances in Molten Salts, 2000., vol.1., pp. 291-297 (reference No. 3).

R-J.46/2. S.V. Devyatkin: Influence of different conditions of electrochemical synthesis on the structure of the deposited refractory compound coatings, Materials' World (e-journal, http://material.ini.hu), July, 2001 (Ref. No. 2)

R-J.46/3. Sytchev, H. Kushkhov: Voltammetric Investigation of the Reduction Processes of Nickel, Cobalt, and Iron Ions in Chloride and Chloro-Fluoride Melts, Materials' World (e-journal, http://material.ini.hu), July, 2001 (Ref. No. 1)

R-J.46/4. L.P.Polyakova, E.G.Poliakov, O.V.Makarova, A.A.Shevirev, N.I.Bierrum: Elektrochimicheskii sintez boridov tantala v beskislorodnich i kislorodcoderzhashich ftoridnich rasplavach - Elektrokhimiia, 2001, vol. 37., pp.1451-1457 (Ref. No.27)

J.47-re (Materials Science Forum, vols 329-330 (2000) 121-126)

R-J.47/1. Á.Borsik: Dynamic Simulation of the Movement of Ceramic Particles in front of an Approaching Solidification Front, Materials' World (e-journal, http://material.ini.hu), July, 2001 (Ref. No.39)

J.48-ra (Materials Science Forum, vols. 329-330 (2000) 151-156)

R-J.48/1. L.Zoltai: Prediction of Wettability between Liquid Metals and Covalent Ceramics, Materials' World (e-journal, http://material.ini.hu), July, 2001. (Ref. No. 4)

RJ-48/2. E.Báder: Contact angle and infiltration pressure relevant to fabrication of syntactic magnesium / Al2O3 foams, WTM, Germany, Dec. 2000 - Dec. 2001, 26 pp. (Ref. No. 8, see p. 3, Table 1)

J.49-re (Materials Science Forum, vols 329-330 (2000) 519-524)

R-J.49/1. Beszterczey V., Jánosfy Gy., Károly Gy.: A ZF7B és ZF6 típusú acélok gyártás-biztonságának növelése Technológiai Tanácsadó Szoftver (TTSZ) alkalmazásával - BKL Kohászat, 2000., 133. évf., 6-7. szám, 272-279 (reference No.5)

R-J.49/2. Beszterczey V., Jánosfy Gy., Károly Gy., Yaghmaee M.S.: Applicability of an expert system to produce ZF7B/ZF6 grades with high reproducibility - Proc. of MICROCAD '2000 Conference, Section B: Materials Technology, pp. 145-150 (ref. No.5).

J.50-re (Materials' World e-journal, April, 2000)

R-J.50/1. Beszterczey V., Jánosfy Gy., Károly Gy.: A ZF7B és ZF6 típusú acélok gyártás-biztonságának növelése Technológiai Tanácsadó Szoftver (TTSZ) alkalmazásával - BKL Kohászat, 2000., 133. évf., 6-7. szám, 272-279 (reference No.6)

J.51-re (Metall. Mater. Trans. A, 2000, vol. 31A, pp.695-1700)

R-J.51/1. D.M.Stefanescu, F.R.Juretzko, A.Catalina, B.K.Dhindaw, S.Sen, P.A.Curreri: Authors' Reply to Further Discussion of "Particle Engulfment and Pushing by Solidifying Interfaces: Part II. Microgravity Experiments and Theoretical Analysis" - Metall. and Materials Trans., A, volume 31A, 2000, pp. 1700 - 1705 (reference No. 1.)

R-J.51/2. Á.Borsik: Dynamic Simulation of the Movement of Ceramic Particles in front of an Approaching Solidification Front, Materials' World (e-journal, http://material.ini.hu), July, 2001 (Ref. No 43)

J.52.-re (BKL Kohászat, vol.133 (2000) 6-7, pp. 241-248.)

R.J.52/1. Egyetemi Különszám - DUNAFERR, 2000. november 3. - 44. hét, 15.o.

J.56-ra (ISIJ International, 2001., vol.41., pp.305-307)

R.J.56/1. K.Mukai, Z.Wang, W.Lin: Reply to the Paper named "The force acting on a sphere moving towards a solidification front due to an interfacial energy gradient at the sphere/liquid interface" - ISIJ International, 2001, vol.41., pp.308-310. (reference 2)

R.J-56/2. Á.Borsik: Dynamic Simulation of the Movement of Ceramic Particles in front of an Approaching Solidification Front, Materials' World (e-journal, http://material.ini.hu), July, 2001. (Ref. No. 57)

J.57-re (Metall. Mater. Trans. A., vol.32A, 2001, 993-1006)

R.J.-57/1. Á.Borsik: Dynamic Simulation of the Movement of Ceramic Particles in front of an Approaching Solidification Front, Materials' World (e-journal, http://material.ini.hu), July, 2001 (Ref. No. 46)

R.J.-57/2. E.Báder: Wettability of Alumina by Liquid Magnesium and Liquid AZ91 Alloy, Materials' World (e-journal, http://material.ini.hu), July, 2001. (Ref. No. 7)

J.60-ra (Appl.Phys., 2001, vol. A72, pp. S189-S192.)

R.J-60/1. M. S.Yaghmaee, E. Cserta, A.Kovács, M. Árk: Carbon Micro-Tubes Produced by Electrochemical Synthesis from Molten Salts, Materials' World (e-journal, http://material.ini.hu), July, 2001. (Ref. No.13)

J.66-ra (Kaptay-Bader - Trans. JWRI, 2001, vol. 30., Special Issue, pp. 55-60)

RJ-66/1. E.Báder: Contact angle and infiltration pressure relevant to fabrication of syntactic magnesium / Al2O3 foams, WTM, Germany, Dec. 2000 - Dec. 2001, 26 pp. (Ref. No. 4, see pp. 2-3)

J.67.-re (Trans. JWRI (Joining and Welding Research Institute),
2001, vol. 30., Special Issue, pp. 245-250.)

J.67/1. Rontó Viktória: A szekunder dendritágak durvulása háromalkotós alumínium ötvözetek kristályosodása közben - PhD értekezés (tud. vez.: dr. Roósz András), Miskolc, 2001. szeptember (ref. No. 47)

JP.1-re (BKL Kohászat, 1999., 132. évf., 6-7. szám, 222-227 o)

R.J.P.1/1: Hantó Kálmán: A felsõfokú és középszintû kohász-szakmai oktatás jelene és jövõje - Elõterjesztés a MVAE Igazgatótanács 1999. november 18-ai ülésére, Budapest, 1999. november.

JP.2-re (BKL Kohászat, 1999., 132. évf., 6-7. szám, 228-235 o.)

R.J.P.2/1: Hantó Kálmán: A felsõfokú és középszintû kohász-szakmai oktatás jelene és jövõje - Elõterjesztés a MVAE Igazgatótanács 1999. november 18-ai ülésére, Budapest, 1999. november.

JP.5-re (BKL Kohászat, 2000., 133. évfolyam, 6-7. szám, 221-229. o.)

R.J.P.5/1. Egyetemi Különszám - DUNAFERR, 2000. november 3. - 44. hét, 15.o.

P.3-ra (Proc. vol. 93-9 of the Electrochemical Society Inc., pp. 584-599)

R-P.3/1. S.A.Kuznetsov, A.L.Glagolevskaya, A.T.Belyaevskii: Electrodeposition of Tantalum Boride Coatings in Salt Melts - Russian Journal of Applied Chemistry, vol.67, No7., Part1, 1994, pp. 967-973 (reference No 10).
R-P.3/2. L.P.Polyakova, G.A.Bukatova, E.G.Polyakov, E.Kristensen, I.Barner, N.Bierrum: Katodnie processi pro vosstanovlenii bora vo ftoridnom rasplave - Elektrokhimiia, 1995, tom 31, No 12, 1348-1353.
R-P.3/3. L.P.Polyakova, G.A.Bukatova, E.G.Polyakov, E.Christensen, J.H. von Barner, N.J.Bjerrum: Electrochemical Behaviour of Boron in LiF-NaF-KF Melts - J. Electrochem. Soc., vol 143, No 10., 1996, pp. 3178-3186 (reference No 19).

R-P.3/4. E.Polyakov, O.Makarova, L.Polyakova, A.Shevyryov, E.Christensen, N.J.Bjerrum: Electrodeposition of Tantalum Boride Coatings from Oxo-fluoride Melts - Molten Salt Forum, vols 5-6, 1998, 375-378

R-P.3/5: L.P.Polyakova, E.G.Polyakov, G.A.Bukatova, A.A.Shevyryov, A.V.Makarova. N.J.Bjerrum: Study of Electrode Processes in FLINAK-K2TaF7-KBF4 melt - in Refractory Metals in Molten Salts (Their Chemistry, Electrochemistry and Technology), ed. by D.H.Kerridgeand E.G.Polyakov - Kluwer Academic Publishers, vol.3/53, 1998, pp. 103-108.

R-P.3/6: L.P.Polyakova, E.G.Polyakov, N.J.Bjerrum: The study of electrode processes in LiF-NaF-KF-K2TaF7-KBF4 melt - Plasmas and Ions, 1999, 2, 117-125 (reference No 21)

R-P.3/7: S.A.Kuznetsov: Elektrokhimicheskii sintez visokotemperaturnich boridov iz solevich rasplavov - Elektrokhimiia, 1999, t.35., No.11., 1301-1317 (reference No. 55)

R-P.3/8: N.Ene: Electrosynthesis and electrochemistry of TiB2 in molten electrolyte, Roumanian Chemical Quarterly Reviews, 1998, 6(4), 233-245.

P.4.-re (Proc. of the 9th Int. Symp. on Molten Salts, Proc. volume 94-13 of the Electrochemical Society Inc, pp. 548-557

R-P.4/1: L.P.Polyakova, E.G.Polyakov, N.J.Bjerrum: The study of electrode processes in LiF-NaF-KF-K2TaF7-KBF4 melt - Plasmas and Ions, 1999, 2, 117-125 (reference No 15)

R-P.4/2: S.A.Kuznetsov: Elektrokhimicheskii sintez visokotemperaturnich boridov iz solevich rasplavov - Elektrokhimiia, 1999, t.35., No.11., 1301-1317 (reference No. 132)

R-P.4/3. R.P.Pawlek: Aluminium Wettable Cathodes: An Update - in: Light Metals 2000, Ed. by R.D.Peterson, TMS 2000, pp. 449-454 (ref. No. 14)

R-P.4/4. Vedernikov G.F.: Inertnie katodi v elektroliziorach dlia proizvodstva aliuminia. Problemi i perspektivi. AO VAMI, Informacionnii listok, No.10, April 2001. (ref.No.53)

P.12-re (Proc of the 10th Int Symp on Molten Salts, Electrochemical Society Proc,
volume 96-7, 1996, pp. 303-311.)

R-P.12/1: S.A.Kuznetsov: Elektrokhimicheskii sintez visokotemperaturnich boridov iz solevich rasplavov - Elektrokhimiia, 1999, t.35., No.11., 1301-1317 (reference No. 69)

R-P.12/2. S.V.Devyatkin: Elektrochimisheskii sintez diborida cirkoniia iz kriolito-glinoziomnich rasplavov, soderzhashich oksidi cirkoniia i bora - Elektrochimiia, 2001, v.37, pp.149-1502 (ref.No 23)

P.13-ra (Proc of the 10th International Symposium on Molten Salts, Electrochemical Society Proceedings, volume 96-7, 1996, pp. 312-319.)

R-P.13/1. A.S.Uzdenova: Elektrochimicseskoe vosstanovlenie i sintez soedinenii gadoliniia, bora i aluminiia v galogenidnich rasplavach - Dissertacia na soiskanie uchionoi stepeni kandidata khimicheskich nauk, Nalchik, 2000, 133 s.

R-P.13/2. S.V.Devyatkin: Elektrochimisheskii sintez diborida cirkoniia iz kriolito-glinoziomnich rasplavov, soderzhashich oksidi cirkoniia i bora - Elektrochimiia, 2001, v.37, pp.149-1502 (ref.No 8)

P.18-ra (in: Proceedings of microCAD '97, Sect. B: Metallurgy, 1997. pp. 107-110)

R-P.18/1. Jánosfy Gyula: Alumíniummal csillapított, szilíciumszegény lágyacélok fémesalumíniumtartalmának és oxigénszintjének szabályozása, PhD disszertáció, Miskolc, 1997 (ref. No. 37)

P.19-re (in TRAVAUX (ICSOBA), vol. 24., 1997 (No 28) pp. 135-144)

R-P.19/1. Tury Barbara: Elektrokémiai szintézissel elõállított titán-diborid morfológiai vizsgálata - diplomaterv, 1998 (ref. No.15)

R-P.19/2. R.P.Pawlek: Aluminium Wettable Cathodes: An Update - in: Light Metals 2000, Ed. by R.D.Peterson, TMS 2000, pp. 449-454 (ref. No. 15)

R-P.19/3. Vedernikov G.F.: Inertnie katodi v elektroliziorach dlia proizvodstva aliuminia. Problemi i perspektivi. AO VAMI, Informacionnii listok, No.10, April 2001. (ref.No.15)

P.21-re (Proc. of the EUROMAT 97 Conference held in Maastricht, Holland, 21-23 April 1997, published in volume 1. "Metals and Composites", pp. 435-438)

R-P.21/1. J.Braszczynski, A.Zyska: Analysis of the influence of ceramic particles on the solidification process of metal matrix composites - Materials Science and Engineering A278 (2000) 195-203.

R-P.21/2. Á.Borsik: Dynamic Simulation of the Movement of Ceramic Particles in front of an Approaching Solidification Front, Materials' World (e-journal, http://material.ini.hu), July, 2001. (ref. 34)

P.27-re (Proc. of the 2nd Int. Conf. High Temperature Capillarity HTC 97 held in Cracow, 29 June - 2 July 1997, ed. by N.Eustathopoulos and N.Sobczak, published in 1998 by Foundry Research Institute, Cracow, Poland. pp. 388-393)

R-P.27/1. E.Báder: Wettability of Alumina by Liquid Magnesium and Liquid AZ91 Alloy, Materials' World (e-journal, http://material.ini.hu), July, 2001. (Ref. No. 4)

P.37-re (in Refractory Metals in Molten Salts, ed. by D.H.Kerridge and E.G.Polyakov, Kluwe Academic Publishers, Netherlands, 1998, pp. 73-80)

R-P.37/1: S.A.Kuznetsov: Elektrokhimicheskii sintez visokotemperaturnich boridov iz solevich rasplavov - Elektrokhimiia, 1999, t.35., No.11., 1301-1317 (reference No. 71)

R-P37/2. S.V.Devyatkin: Elektrochimisheskii sintez diborida cirkoniia iz kriolito-glinoziomnich rasplavov, soderzhashich oksidi cirkoniia i bora - Elektrochimiia, 2001, v.37, pp.149-1502 (ref.No 7)

R-P.37/3. S.V.Devyatkin: Electrochemical Synthesis of Compounds in the Ti-Si-B from Chloro-Fluoride Melts - Elektrokhimiia, 2002, vol.38., 474-478 (ref. No. 6.)

R-P.37/4. S.A.Kuznetsov: Electrochemical Techniques - Some Aspects of Electrochemical Behaviour of Refractory Metal Complexes - in: "Molten Slats: Fundamentals to Applications", ed. by M. Gaune-Escard, NATO Science Series, Volume II/52, pp.283-303 (ref. No.100)

P-40-re (Proc. Of 10th Slovakian-Norvegian Symposium on Aluminium Smelting Technology, Stara Lesna - Ziar nad Hronom, Slovakia, 21-23 September, 1999, pp. 80-84.)

R-P.40/1. S.V.Devyatkin: Elektrochimisheskii sintez diborida cirkoniia iz kriolito-glinoziomnich rasplavov, soderzhashich oksidi cirkoniia i bora - Elektrochimiia, 2001, v.37, pp.149-1502 (ref.No 18)

P-41-re (in: Metal Foams and Porous Metal Structures, ed. by J.Banhart, M.F.Ashby, N.A.Fleck, MIT Verlag, Bremen, 1999, pp. 141-145)

R-P.41/1. J.Banhart: Manufacturing Routes for Metallic Foams. JOM, December 2000, pp. 22-27 (Ref.25).

R-P.41/2. E.Báder: Wettability of Alumina by Liquid Magnesium and Liquid AZ91 Alloy, Materials' World (e-journal, http://material.ini.hu), July, 2001 (Ref. No.10)

R-P.41/3. C.Körner, R.F.Singer: Foaming Process for Al - in: "Handbook of Cellular Metals, Production, Processing, Applications", ed. by H-P.Degischer, B.Kriszt, Wiley-VCH, 2002, pp.8-14 (ref. No.9)

R-P.41/4. C.Körner, M.Arnold, M.Thies, R.F.Singer: The Physics of foaming: structure formation and stability - in: "Handbook of Cellular Metals, Production, Processing, Applications", ed. by H-P.Degischer, B.Kriszt, Wiley-VCH, 2002, pp.8-14 (ref. No.12)

P.46-ra (R.Gemela, K.Kelemen, G.Kaptay: Proceedings of MICROCAD '99,
Section C: Materials Science and Technology, 1999, pp. 187-192)

R.P.46/1. Boross Péter: Lézeres átolvasztéssal végzett felületmódosítások - Diplomamunka, 2001, BME, BAYATI (ref. No. 10.)

P.47-re. (Proceedings of MICROCAD '99, Section B: Metallurgy, Energetics, 1999, pp.75-81.)

R.P-47/1. M.Z.Benkõ: On the computer software for the LD converter process at the Dunaferr Works, Materials' World (e-journal, http://material.ini.hu), July, 2001 (Ref. No. 16.)

P.52-re (Vestnik KBSU, Seriya chem.nauk, vip.3., Nalchik, 1999, pp.56-60.)

R-P.52/1. H.B.Kushov, A.S.Uzdenova, M.K.Vindizheva, M.L.Balkizova: Study of joint electroreduction of complex gadolinium, lanthanum, and fluroaluminate ions in halide melts - Advances in Molten Salts, 2000., vol.1., pp. 285-290. (reference No.3)

R-P.52/2. H.B.Kushov, A.S.Uzdenova, M.K.Vindizheva, A.V.Zimin: Study of joint electroreduction of complex gadolinium (or lanthanum) ions with tetrafluoroborate-ions in halide melts - Advances in Molten Salts, 2000., vol.1., pp. 291-297 (reference No. 4).

P.56-ra (Proc. of International Scientific Conference 'Competitive Materials, Technologies and Products' (CMTP), Miskolc, 2000., pp. 147-152)

R.P.56/1. Reports - Interceram, 2000., vol.49., No.4. pp. 253-259.

P.57.-re (Proc. of International Scientific Conference 'Competitive Materials, Technologies and Products' (CMTP), Miskolc, 2000, pp. 39-45.)

R.P.57/1. Reports - Interceram, 2000., vol.49., No.4. pp. 253-259.

P.58-ra (in: "State of the Art in Cast MMCs", ed. by P.K.Rohatgi, TMS, 2000, pp.45-60.)

R.P.-58/1. Á.Borsik: Dynamic Simulation of the Movement of Ceramic Particles in front of an Approaching Solidification Front, Materials' World (e-journal, http://material.ini.hu), July, 2001 (Ref. No. 61)

M.6-ra (Phd Thesis, 1987)

R-M.6/1. Akhmedov S.N.: Study of durability of refractory materials in Aluminium containing melts in order to their usage in Aluminium electrolysis cells. (in Russian). PhD Thesis, Leningrad, 1988, 267 p. (reference No 124)

M.61-re (Fe-Al-N-B olvadékrendszer termodinamikai vizsgálata: DAM-kutatási jelentés, 1999)

R-M.61/1. Besztercey Viktor: A bór mikroötvözés metallurgiai szempontjai. Miskolci Egyetem Doktoranduszok Fóruma, Miskolc, 1999. november 4-5. Kohómérnöki Kar szekciókiadványa, Miskolc-Egyetemváros, 2000., pp. 28-33 (reference No. 6.).

P.65-re (Progress in Molten Salt Chemistry, vol.1. (Proc. of EUCHEM 2000), 2000, Elsevier, Paris, pp. 257-262.)

R-P.65/1. G.Z.Chen, D.J.Fray: Novel Cathodic Processes in Molten Salts - Proc. 6th Int. Symp. on Molten Salt Chemistry and Technology, ed. by Chen Nianyi and Qiao Zhiyu, Shanghai University Press, 2001, 79-85 (Ref.No.30).

R-P.65/2. M. S.Yaghmaee, E. Cserta, A.Kovács, M. Árk: Carbon Micro-Tubes Produced by Electrochemical Synthesis from Molten Salts, Materials' World (e-journal, http://material.ini.hu), July, 2001. (Ref. No. 14)

P.77-re (Kaptay: "Affordable Metal-Matrix Composites for High Performance Applications", ed. by A.B.Pandey, K.L.Kendig and T.J.Watson - TMS, Warrendale, PA, 2001, pp.71-99)

RP-77/1. E.Báder: Contact angle and infiltration pressure relevant to fabrication of syntactic magnesium / Al2O3 foams, WTM, Germany, Dec. 2000 - Dec. 2001, 26 pp. (Ref. No. 22, see pp. 11-12)

ACKNOWLEDGEMENTS

A.1. D. Shangguan, S. Ahuja, D.M. Stefanescu - An Analytical Model for the Interaction between an Insoluble Particle and an Advancing Solid/Liquid Interface. Metallurgical Transactions A., vol.23A., 669-680 (1992) [Dr.G.Kaptay's contribution to the clarification of some of the issues related to the interfacial force is greatly appreciated].

A.2. Sólyom Balázs, Gácsi Zoltán, Csepeli Zsolt, Mertinger Valéria - ALBOREX szálakkal megerõsített kompozit szerkezetének vizsgálata számítógépes képelemzéssel - Proceedings of microCAD '96 Conference, Section C: Materials Science, pp. 71-72 [A szerzõk köszönetüket fejezik ki a kisérletek kiértékelésében nyújtott segítségért Dr. Kaptay Györgynek (ME Fizikai Kémia Tanszék)]

A.3. Török Béla: A TiO2 hatása a nagyolvasztói salakok néhány metallurgiai tulajdonságára - PhD értekezés, 1998, Miskolc, 113 o. [.... A Miskolci Egyetem további oktatói közül kiemelném Dr Kaptay Györgyöt (Fizikai Kémiai Tanszék), ..., aki nagymértékben segített áthidalni a tudományos téma interdiszciplináris nehézségeibõl fakadó nehézségeket..].

A.4. Inzelt György: Az elektrokémia korszerû elmélete és módszerei, Nemzeti Tankönyvkiadó, Budapest, 1999, [Köszönettel tartozom .... dr. Kaptay György ..... egyetemi tanároknak, akik bizalommal támogatták munkámat. ]

A.5. K.Mukai, Z.Wang, W.Lin: Reply to the Paper named "The force acting on a sphere moving towardsa solidification front due to an interfacial energy gradient at the sphere/liquid interface" - ISIJ International, 2001, vol.41., pp.308-310. [We appreciate Kaptay and Kelemen very much for their sincere concerning to our researches. We believe that this discussion is very helpful for further clarifying the mechanism of surface tension gradient influencing the behaviour of particles. We are also waiting for a new and valuable comment from Kaptay and Kelemen].