The results indicated that the addition of PEO could greatly improve the conductivity of geopolymer composites that had a maximum value at room temperature when PEO content is 5 wt%,but compressive strength has declined;suitable water content could promote the conductivity of geopolymer composites.

This article discussed the influence of the raw material of geopolymer.

Study on new type geopolymer-based lightweight high-temperature concrete;

The development of geopolymer and its future application in our country;

On the technology and application of geopolymeric compound cement materials;

Activation of kaoline and its geopolymer's properties;

The Preparation of High Compressive Strength Geopolymer and Its Application in Non-sintering Tailing Building Materials;

Study on the preparation of geopolymer from the fly ash of different activity by alkali activation;

In order to solve the problem of excessive release of heavy metals into the environment,because of geopolymers excellent ability to adsorb ion to be used as an altermative technology for treatment and disposal of heavy metal waste,the fly ash based geopolymers solidification materials was modified by the natural zeolite.

The optimal feeding proportion for synthesis of geopolymers was obtained by orthogonal experiments.

The simulated nuclide Sr 2+ was solidified by geopolymers modified by zeolite,unmodified geopolymers and portland cement.

Studies on prepared process of geopolymer cementitious material;

Study on the effect of water glass on the performance of geopolymer cementitious material;

The geopolymer cementitious material that has higher early age strength, better volume stability, durability and save energy than that of portlant cement.