Study on the preparation of poly(styrene/divinylbenzene) porous materials by high internal phase emulsions as templates;

Preparation and characteristics of Ti-Al based alloy porous material;

Research progress in the preparation of highly porous materials by concentrated emulsions as templates;

The application and discussion of cellular material in highway noise reduction;

Micro-structure Design and Analysis for Cellular Material Based on ANSYS;

A microstructure based acoustic model is introduced,which can be used to optimize the microstructure of cellular materials and thus to obtain their optimal acoustic property.

The in-plane dynamic crushing behavior of cellular materials is studied in this paper using Voronoi model and finite element method.

Cellular materials are known to have many outstanding combinations of physical and mechanical properties.

At the same time, cellular materials have the merits including relative low-density, thermal insulation, conflagrant retardancy.

Contrastive experiment on heat transfer characteristic of porous materials;

Sound absorbing properties of stainless steel fiber porous materials;

Porous materials, such as SBA-15, MCM-41, Activated Carbon, have been widely used in adsorption field because of its extensive surface area, micro/mesoporous structure, high adsorption capacity, and high degree of surface reactivity.

Preparation of porous materials via concentrated emulsion templating method is to polymerize the continuous phase at certain temperature, and then the porous monolith can be obtained when the polymerization completed after cleaning.