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1Brazing of Metals, Alloys and Ceramics Using Rapidly Quenched Ribbon-Type Filler Metal STEMET

A.N. Suchkov,V.T. Fedotov,O.N. Sevryukov, В.A. Kalin,A.A. Ivannikov,I.V. Fedotov,P.V. Morokhov,A.E. Grigoryev

The work shows the main results on the development at NRNU MEPhI of rapidly quenched amorphous and nanocrystalline ribbon-type and powder brazing filler metals based on Al, Cu, Ni, Ti and Zr and their application for brazing of a wide range of materials in nuclear, thermonuclear, aerospace, automotive, aircraft and other industries: from steels, alloys and refractory metals to various ceramics without metallization of their surfaces.

2014Advances in Science and Technology 13th International Ceramics Congress - Part B引用：2

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2Application of Rapidly Solidified Amorphous and Microcrystalline Filler Metals in Brazing of Divertor Components

B. A. Kalin,V. T. Fedotov,O. N. Sevryukov,A. E. Grigoryev, A. N. Plyushev, Yu. G. Prokofyev,I. V. Mazul,A. A. Gervash,Yu. S. Virgilyev

Rapidly solidified (RS) amorphous and microcrystalline ribbon-type brazing filier metals (FMs) represent a promising facility for fastening heterogeneous materials together. The advantage results are followed from the homogeneity of element and phase compositions and the strictly specified geometrical dimensions of such FMs. Produced by rapid solidification technology amorphous FMs–Zr-Ti-Fe-Be (STEMET∗ 1403), Zr-Ti-Ni-Cu (STEMET 1406) and Ti-Zr-Ni-Cu (STEMET 1201) and microcrystalline FMs–Al-Si (STEMET 1501) and Cu-Sn-Mn-In-Ni (STEMET 1120) were used. Brazing of beryllium and graphites with metals (Be + Cu; MPG-6 + Cu; RGT + Cu; MIG-1 + Mo; M1G-1 + V; RGT + V) was performed using ribbon-type FMs. Two types of brazed samples were produced in the form of plates and rakes. The rakes were made by brazing three smali graphite bars to the metal, the 2 mm space between bars being 0.25 of the bar height. The results of the brazed zone metallographic analysis and of the investigations of brazed joints treated by pulsed energy fluxes are discussed.

1996Plasma Devices and Operations（1996）引用：2

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3Application of amorphous and microcrystalline filler metals for brazing of beryllium with metals

B.A. Kalin,V.T. Fedotov,O.N. Sevryukov,A.E. Grigoryev,A.N. Plyuschev,V.M. Ivanov,Yu.S. Strebkov

Rapidly solidified (RS) amorphous and microcrystalline ribbon-type brazing filler metals (FMs) represent a promising facility for joining heterogeneous materials together. The advantage results are followed from the homogeneity of element and phase compositions and the strictly specified geometrical dimensions of such FMs. Produced by rapid solidification technology amorphous FM: ZrTiFeBe (STEMET1

1996Journal of Nuclear Materials（1996）引用：13

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