Adhesion of Melts and Brazing of Materials

№ 38 2005

Content


Section I. Surface Propertes of Melts and Solids, Wetting, Adhesion
V.E.Kritskiy, B.P.Burylev, S.N.Gavrilov, D.L.Popravka
About the method of calculation of physical and chemica! properties binary melts and forecasting of behaviors of multicomponent systems
3
V.M.Yakovlev, A.B.Alchagirov, В.В.Alchagirov, Kh.D.Lamagapov
The role of the degree of ionicity of two-phase binary metallic systems in interfacial energy and wettability
13
N.Grigorenko, E.Chernigovtcev, V.Poluyanska
Surface tension of Sn melts measured independence of temperature using automatic means
19
M.M.Gubzhokov, Kanchukoev V.Z, M.Kh.Ponegev, V.A.Sozaev, SozaevaA.B.
Temperature dependence of angle of wetting the PZT ceramics by lead-nickel and lead-bismuth melts
30
Kanchukoev V.Z, B.S.Karamurzov, V.N.Lesev, V.A.Sozaev, V.V.Chernov
The definition of the profile of the conductive drop affected by the electromagnetic field at small - angle wetting of the solid surface
33
V.Krasovskyi, †J.Naydich, N.Krasovskaya
Capillary cheracteristies of amorphous capacity alloys on base of zirconium and titanium
44

Section II. Contact Interaction of Solids on the Boundary with Solid and Liquid Phases
O.Umanskyi, V.Konoval, A.Panasyuk, I.Neshpor
Mechanism of contact interaction of double titanium-chromium carbide with Fe-Ni and Fe-Cr alloys
51
A.Verhovhk, A.Bezpalyy, V.Shumikhin
Influence of magnesium and yttrium on processof wetting of quartzglass by alloy on abase of zirconium
54

Section III. Soldering. Adhcsing Coating. Adhesion Phenomena in Technological Processes of Material Production
†J.Naydich, I.Gab, B.Kostyuk, T.Stecyuk, D.Kurkova, S. Dukarov, V.Kulikovskiy, A.Onoprienko
Influence of thickness metal nanofilms deosited on oxide and carbide materials for their subsequent welding and soldering on structural and capillary properties of films on strength of welded and brazing joints
69
T.Stecyuk, D.Kurkova, L.Yurchuk
Diffusion bonding of ceramic materials (review)
82