Peritectic microstructure of fused cast α,β-alumina block

The phase selection in the process of non-equilibrium solidification of undercooled peritectic iron-base alloys, copper-base alloys, rare earth superconduction oxides and rare earth permanent-magnet compounds is analys,and is classified into different types based on an analysis of the experimental results.

37%Cu peritectic alloy has been unidirectionally solidified with a wide range of growth velocities.

Higher speed casting practice for low Mn/Si ratio peritectic steel;

Practice on mould level fluctuation control of vertical-bending type caster in refining peritectic steel;

The longitudinal crack rate of peritectic steel is much higher than other steel grades since wide slab was put into production at Wide Plate/Coil Plant.

Delayed Phenomenon of Peritectic Reaction Under Non-equilibrium Cooling

Through observation of SEM phase micrographs of specimen heat-treated at different conditions,the peritectic reaction μAl.

It is researched the influence of cooling rate and the content of silicon and manganese alloy on peritectic reaction and position of peritectic point in Fe-C alloy.

Morphological stability of coupled growth during directional solidification of eutectic and peritectic alloys;

Lamellar structures of rapidly unidirectionally solidified Zn-2%Cu peritectic alloy;

Research of the developments of phase and microstructure selection during directional solidification of peritectic alloys;