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Context 1
... this research, carbon and basalt grids were used as a reinforcement in geopolymers of composite materials. Table 1 summarizes the specifications of the rovings used. The CFs and BFs of the rovings were prepared to a length of 50 cm and were divided into groups of five samples and a reference (to compare the differences). ...Context 2
... this research, carbon and basalt grids were used as a reinforcement in geopolymers of composite materials. Table 1 summarizes the specifications of the rovings used. The CFs and BFs of the rovings were prepared to a length of 50 cm and were divided into groups of five samples and a reference (to compare the differences). ...Similar publications
Citations
... The reinforcement of carbon textiles compared to other types of textiles generally shows better mechanical properties, especially tensile strength and Young's modulus [31,50]. Additionally, these kinds of composites are investigated as materials against electromagnetic fields that are emitted by electronic and telecommunication devices, such as mobile phones [51]. The research in this area was carried out using the reinforcement of geopolymer composites with carbon or basalt fiber grids and nanoparticles of MgO [52]. ...
... The research in this area was carried out using the reinforcement of geopolymer composites with carbon or basalt fiber grids and nanoparticles of MgO [52]. The results show the shielding efficiency of the investigated solution with the CF in the 30 MHz-1.5 GHz frequency range [51] 3.3. Carbon Microfibers, Nanofibers, and Carbon Nanotubes ...
The article summarizes the state of the art in carbon-reinforced geopolymers. It takes into consideration various types of matrices and types of carbon fibers (CFs). The article shows the growing importance of this composite in the investigation conducted in recent years. Today, it is one of the most promising modern research areas, taking into account the decrease in the prices of CFs and their appearance on the market waste-based CFs, as well as research on new methods of producing CFs from sustainable precursors. The research methods applied in the article are critical analyses of the literature. The results of the literature analysis are discussed in a comparative context, including production methods and the influence of CFs on geopolymer properties. The potential applications for carbon fiber-reinforced geopolymer composites are shown. Additionally, the current research challenges for geopolymer composites reinforced by CFs are presented.
