Production and application of rapidly quenched brazing alloys

References

• Shlak A P and Kunitskii Yu A: ‘Cluster and nanostructured materials’. Akademperiodika Vol.2 Kiev 2002.
   Google Scholar
• Kunitskii Yu A et al : ‘Non-crystalline metallic materials and coatings in technology’. Tekhnika Kiev 1988.
   Google Scholar
• Kovneristyi Yu K: ‘Amorphous glassing metallic materials’. Nauka Moscow 1992.
   Google Scholar
• Lyuborskii F E et al : ‘Amorphous metallic alloys’. Translated from the English, Metallurgiya Moscow 1987.
   Google Scholar
• ‘Amorphous metallic materials’. Nauka Moscow 1984.
   Google Scholar
• Nemoshkalenko V V et al : ‘Amorphous metallic alloys’. Naukova dumka Kiev 1987.
   Google Scholar
• Kovneristyi Yu K et al : ‘Physico–chemical fundamentals of production of amorphous metallic alloys’. Nauka Moscow 1983.
   Google Scholar
• Kalin B E et al : ‘Amorphous ribbon brazing alloys for high temperature brazing. Experience and development of production technology and application’. Svar Proiz 1996 ( 1 ) 15 –19.
   Google Scholar
• Landa I A et al : ‘Calculation of the thermodynamic and kinetic characteristics of melts of a transition metal by the process of non-local modelling pseudopotential’. Rasplavy 1991 ( 2 ) 20 –38.
   Google Scholar
• Kovneristyi Yu K: ‘Volume-amorphised metallic alloys’. Nauka Moscow 1999.
   Google Scholar
• Rabinkin A et al : ‘Brazing stainless steel using a new MBF–series of Ni–Cr–B–Si amorphous brazing foils’. Welding Journal 1998 ( 2 ) 66 –75.
   Google Scholar
• Witke K: ‘Brazing with amorphous brazing alloys’. Schweissentechnik 1986 36 ( 3 ) 97, 100 –102.
   Google Scholar
• Szewieczek D and Tyrlik-Held J: ‘Application of amorphous ductile tapes of nickel based alloys in brazing processes’. Zvarnie–Svarovani (Welding) 1999 48 ( 1 ) 3 –5.
   Google Scholar
• ‘Metglass MBF 10/10A (metallic-glass brazing alloy)’. Alloy Digest 1983 ( 7 –9).
   Google Scholar
• ‘Metglass MBF 15/15A (metallic-glass brazing alloy)’. Alloy Digest 1983 ( 7 ).
   Google Scholar
• ‘Metglass MBF 30/30A (metallic-glass brazing alloy)’. Alloy Digest 1983 ( 11 –12).
   Google Scholar
• ‘Metglass MBF 80/80A (metallic-glass brazing alloy)’. Alloy Digest 1983 ( 5 –6).
   Google Scholar
• Kalin B A et al : ‘Effect of the structural condition of the brazing alloy on the physico–mechanical properties of brazed joints’. Svar Proiz 2001 ( 8 ) 38 –41.
   Google Scholar
• Kalin B A et al : ‘Experience with the application of rapidly quenched brazing alloys for joining structural materials’. Perspektivnie Materialy 2001 ( 6 ) 82 –87.
   Google Scholar
• Plyushchev A N et al : ‘Development of an amorphous tape brazing alloy for brazing of spacing lattices’. In: New structural materials. MIFI Moscow 2000.
   Google Scholar
• Yurchenko A D et al : ‘Using the amorphous brazing alloys of the STEMET series in production of small components from dissimilar metals in atomic engineering’. In: New structural materials. MIFI Moscow 2000.
   Google Scholar
• Sevryukov O N and Fedotov V T: ‘New amorphous brazing alloys for brazing titanium and its alloys’. In: New structural materials. MIFI Moscow 2000.
   Google Scholar
• Kalin B A et al : ‘Amorphous brazing alloy tapes for high temperature brazing. Experience with the development of production and applications’. Svar Proiz 1996 ( 1 ) 15 –19.
   Google Scholar
• Johnson R: ‘The use of TETIG diagrams in high temperature brazing’. Welding Journal 1981 62 ( 10 ) 57 –58.
   Google Scholar
• ‘Amorphous foils a natural for jet tailpipe brazing’. Welding Journal 1983 62 ( 10 ) 57 –58.
   Google Scholar
• Ciesiak L et al : ‘Thermal stability fo amorphous BNi–2 alloy’. Arch Hutn 1986 31 ( 3 ) 439 –455.
   Google Scholar
• Korolev J et al : ‘Amorphous solders for brazing products made of titanium and zirconium’. DVS-Ber 1992 148 116 .
   Google Scholar
• Kalin B A et al : ‘Using rapidly quenched brazing alloys for brazing structural elements of thermonuclear reactors’. Svar Proiz 2003 ( 12 ) 45 –50.
   Google Scholar