Based on the solid/liquid interface shift theory and the SODCM (the second-order opposite diffusion compensation method) model, the vertical Bridgman growth of Hg_(1-x)Mn_xTe with variational withdrawal rate was studied and its feasibility was validated through theoretical analysis and experimental results.

The interface migration phenomenon of “embeded” Cu/Ni diffusion couples was investigated with color metallography technique during vacuum diffusion process,and the diffusion behavior on the Cu/Ni interface was studied.

With the help of optical microscope(OM) and color metallograph,interface migration and its influencing factors were investigated during sintering.

After analyzing the pressure characteristics, the velocity distribution, the interface migration and the outlet bending angle of the two melts in the bicomponent spinning, the article got a basic principle about the shaping of “islands” and its distribution in the cross section of the Sea-island fiber.

Adsorption mechanism of hyperdispersant on solid/liquid interface;

The shape of quenched solid/liquid interface in dendrite growth morphology appears as unevenness where some dendrite trunks grow as convex parts.

Studies on nanobubbles formed at solid/liquid interface;

ECSTM and its application in the study of solid/liquid interface;

The evolution of solid/liquid interface during single crystal superalloy growth by seeding technique was investigated.

Influence of solidification rate on solid-liquid interface in unidirectional solidification microstructure of austenitic stainless steel

A lattice density functional theory for polymer adsorption at solid-liquid interface presented in this paper may account for the nearest-neighbour interactions and the long-range correlations due to chain connectivity.

The adsorption of polydisperse polymers at solid-liquid interfaces is studied by Monte Carlo simulations based on a lattice model.