The use of geopolymers for energy conversion is revised in this work, focusing on the
conductive properties, Seebeck and piezoelectric effects. The effect of semi-conductive …

A series of metakaolinite-based geopolymer was prepared at several curing temperatures
and its relationship with porosity, infrared spectrometry (FT-IR) and mechanical properties …

The present experimental study treats the synthesis of local meta-kaolin based geopolymer
with and without incorporation of nano-silica. The physical behavior was examined by …

This paper provides information about the synthesis and mechanical properties of
geopolymers based on fluid catalytic cracking catalyst residue (FCC). FCC was alkali …

The relationship between the compressive strength of metakaolin-based geopolymer
samples and different processing conditions has been investigated for both potassium and …

In the present paper, it is described a procedure to ion exchange in an aluminosilicate
inorganic polymer (geopolymer) in order to incorporate photoactive TiO2. Metakaolin base …

The dense structure of geopolymers typically requires long curing times, resulting in
excessively lengthy production cycles for related products. To address this issue …

The current study focused on the utilization of local clay for synthesis and characterization of
meta-kaolin based geopolymers with and without nano-silica. The control geopolymers, for a …

This paper evaluates the use of hydrated Portland cement as the raw material in the
production of geopolymers. The silicon and aluminium oxides needed for the …

Geopolymers have been mainly utilized as structural materials; their chemical structure and
morphologies have been explored for their potential as a high-performance material in …