On the basis of the results obtained for joints of dissimilar metals such as copper–tantalum
and iron–silver, the reason of immiscible suspensions mixing upon explosion welding has …

The dispersed structures formed in the process of explosive welding and solidification after
melting were investigated in areas near the interface. It was shown that melting can be …

This reference explores explosion welding, a high intensity, transient impact that achieves
metal compounds not obtainable otherwise. Electron microscopy images cover the structure …

Transition states between traditional, ie, plain and wavy, shapes of the interface during
explosive welding were studied. A sequence of the transition states was found for the …

Results of studying structure of the transition zone for a number of joints produced by
explosive welding are presented. The joints of dissimilar metals (titanium-orthorhombic …

On the basis of the results obtained for joints of dissimilar metals such as copper-tantalum,
iron-silver, it has been cleared out the reason of immiscible suspensions mixing upon …

The fragmentation during explosion welding is briefly reviewed. Fragmentation of
partitioning type (FPT), which consists in partitioning into particles that either fly away or join …

Приведены результаты исследования структуры переходной зоны для ряда
соединений, полученных путем сварки взрывом. Исследовались соединения …

Investigations were carried out into the relief of the flat-and wave-shaped interfaces for
explosion-welded aluminium–tantalum and copper–titanium welded joints. For these …

The interface relief of copper–titanium compounds and its evolution upon the intensification
of explosion welding are investigated. Typical structures are revealed: splashes, waves …