NSTL国家科技图书文献中心

1. Microstructural and Strength Evolutions of Kaolin Geopolymer Based Ceramics at Different Sintering Temperature NSTL国家科技图书文献中心

Nur Bahijah Mustapa | Romisuhani Ahmad ... - 《Selected papers from the International Conference on Innovative Research》 - International Conference on Innovative Research - 2025, - 81～88 - 共8页

摘要： on kaolin geopolymer* based ceramics and explore* | in the geopolymer* structure while XRD patterns* | ceramics. | Ceramic materials generated by combining | compacting and sintering have become more essential in the

关键词： Geopolymer | Geopolymer Based Ceramics | Ceramics | Sintering | Sintering Temperature

2. Irreversible, in situ, self-healing and self-glazing of geopolymers NSTL国家科技图书文献中心

Mokhtari P. | Ozer A.... - 《CERAMICS INTERNATIONAL》 - 2025,51(1) - 25～42 - 共18页

摘要： properties compared to other ceramics. These non | and ceramics* regarding mechanical properties* | . Considering the formulation of geopolymer* blends, this study* | specific properties of sodium-based* (Na-GP) and potassium* | -based* (K-GP) geopolymers, a combination of sodium and*

关键词： Alkali activator | Geopolymer | Self-glazing | Self-healing | Thermal properties

3. Exploring the temperature-induced structural evolution and optical properties of an acid-based geopolymer incorporating CuO and Fe NSTL国家科技图书文献中心

Ettoumi, Houda | Dammak, Mohamed ... - 《Polymer bulletin》 - 2025,82(8) - 2891～2909 - 共19页

摘要：The synthesis of a Cu/Fe-acid-based geopolymer | crystalline phases within the geopolymer* matrix at room* | of Cu2O. The geopolymer* network exhibited a uniform* | applications in construction and ceramics. The exceptional | (CFASP) involved the combination of Metakaolin, CuO

关键词： Geopolymer synthesis | Phase transformation | Optical properties | Construction materials

4. Open-cell cordierite-based foams from eco-friendly geopolymer precursors via replica route NSTL国家科技图书文献中心

Bai, Chengying | Li, Bozhi ... - 《Ceramics International》 - 2024,50(9 Pt.A) - 15340～15347 - 共8页

摘要： cordierite-based ceramics. The resulting foamed ceramics | Open -cell cordierite-based* foams with high* | as polymer templates. The geopolymer* precursors* | . Polyurethane foams with geopolymer* were obtained by an* | foam and geopolymer* were cured/solidified at 75*

关键词： Porous materials | Geopolymer foams | Cordierite ceramics | Replica | CERAMICS | POWDERS | FORM | ASH

5. Phase transition and thermal stability of ceramics from Na‐based geopolymers NSTL国家科技图书文献中心

Binghuan Gao | Yangyang Li ... - 《International journal of applied ceramic technology》 - 2024,21(3) - 2288～2301 - 共14页

摘要：Abstract Geopolymer* ceramics undergo a series* | stability of geopolymer* ceramics is achieved due to the* | . The nature of sintering for geopolymer ceramics | amorphous geopolymer* gel to a crystalline phase, and* | investigated the kinetics of nepheline formation in Na‐based

关键词： geopolymer ceramics | kinetics | nepheline | phase transition | thermal stability

6. Geopolymers as Alternatives to Cements NSTL国家科技图书文献中心

Allison S. Brandvold | Waltraud M. Kriven - 《49th Workshop on Geothermal Reservoir Engineering 2024,Volume 3 of 3》 - Workshop on Geothermal Reservoir Engineering - 2024, - 1949～1956 - 共8页

摘要： geopolymer ceramics are made from highly alkaline solution | polyhedra is identified as the reason why metakaolin-based | typical for ceramics. Geopolymers are made under high | , chopped basalt fibers or platelets. Geopolymer | . Geopolymer* composites can adhere to metals and form an acid*

关键词： Geopolymers | Inorganic polymers | Aluminosilicates | Thixotropy | Thermal stability

7. Geopolymer composite foams reinforced with refractory filler: The effect of curing regime on microstructure, porosity and thermomechanical properties NSTL国家科技图书文献中心

Kovarik T. | Hajek J.... - 《Ceramics International》 - 2024,50(5) - 8397～8408 - 共12页 - 被引量：1

摘要：-reinforced geopolymer* paste via hydrogen peroxide* | micro-CT. The wrinkled morphology of ceramics | ceramics-reinforced composite foams resulted in | large interconnected pores. Based* on thermomechanical* | geopolymer composite foams for widespread technological

关键词： Chamotte | Cordierite | Geopolymer foam | Hydrogen peroxide | Microstructure | Porosity | Thermomechanical properties | Viscosity

8. Regional metakaolin particle size reduction for higher strength geopolymer NSTL国家科技图书文献中心

Ruy A. Sa Ribeiro | Marilene G. Sa Ribei...... - 《International journal of applied ceramic technology》 - 2024,21(5) - 3184～3192 - 共9页

摘要： Amazonian geopolymer* (GP) for use in ceramics and* | the performance‐based* specification for natural* | construction. While fly ash‐based* alkali activated materials* | are now an established technology, metakaolin‐based | ‐based* GP were inversely proportional to particle size*

关键词： Amazonian kaolin | sodium silicate | stiffness | strength | sustainable construction

9. Flame-Resistant Inorganic Films by Self-Assembly of Clay Nanotubes and their Conversion to Geopolymer for CO 2 Capture NSTL国家科技图书文献中心

Lo Bianco, Alessandr... | Calvino, Martina Mar...... - 《Small》 - 2024,20(51) - n/a～n/a - 共14页

摘要： MPa). All PT_Hal-based* films are fire resistant and* | , which generate highly porous geopolymers or ceramics | , geopolymer* can be promising for CO2 capture. As compared to* | Self-assembling of very long natural clay | nanotubes represents a powerful strategy to fabricate

关键词： ceramics | CO2 capture | geopolymers | halloysite | inorganic films

10. Industrial and C&D waste as precursor material in geopolymers: a state?of?the?art review NSTL国家科技图书文献中心

Mohammed Rihan Maaze | Nikhil Garg ... - 《Innovative Infrastructure Solutions》 - 2024,9(6) - 229.1～229.28 - 共28页

摘要： polymer-based* technology, i.e., geopolymer production* | , glassware, and ceramics. It includesthe inception of | In the wake of heightened environmental | concerns, with a focus on reducing CO_2emissions, the | construction industry isactively seeking alternative

摘要： on kaolin geopolymer* based ceramics and explore* | in the geopolymer* structure while XRD patterns* | ceramics. | Ceramic materials generated by combining | compacting and sintering have become more essential in the

关键词： Geopolymer | Geopolymer Based Ceramics | Ceramics | Sintering | Sintering Temperature

摘要： properties compared to other ceramics. These non | and ceramics* regarding mechanical properties* | . Considering the formulation of geopolymer* blends, this study* | specific properties of sodium-based* (Na-GP) and potassium* | -based* (K-GP) geopolymers, a combination of sodium and*

关键词： Alkali activator | Geopolymer | Self-glazing | Self-healing | Thermal properties

摘要：The synthesis of a Cu/Fe-acid-based geopolymer | crystalline phases within the geopolymer* matrix at room* | of Cu2O. The geopolymer* network exhibited a uniform* | applications in construction and ceramics. The exceptional | (CFASP) involved the combination of Metakaolin, CuO

关键词： Geopolymer synthesis | Phase transformation | Optical properties | Construction materials

摘要： cordierite-based ceramics. The resulting foamed ceramics | Open -cell cordierite-based* foams with high* | as polymer templates. The geopolymer* precursors* | . Polyurethane foams with geopolymer* were obtained by an* | foam and geopolymer* were cured/solidified at 75*

关键词： Porous materials | Geopolymer foams | Cordierite ceramics | Replica | CERAMICS | POWDERS | FORM | ASH

摘要：Abstract Geopolymer* ceramics undergo a series* | stability of geopolymer* ceramics is achieved due to the* | . The nature of sintering for geopolymer ceramics | amorphous geopolymer* gel to a crystalline phase, and* | investigated the kinetics of nepheline formation in Na‐based

关键词： geopolymer ceramics | kinetics | nepheline | phase transition | thermal stability

关键词： Geopolymers | Inorganic polymers | Aluminosilicates | Thixotropy | Thermal stability

摘要：-reinforced geopolymer* paste via hydrogen peroxide* | micro-CT. The wrinkled morphology of ceramics | ceramics-reinforced composite foams resulted in | large interconnected pores. Based* on thermomechanical* | geopolymer composite foams for widespread technological

关键词： Chamotte | Cordierite | Geopolymer foam | Hydrogen peroxide | Microstructure | Porosity | Thermomechanical properties | Viscosity

摘要： Amazonian geopolymer* (GP) for use in ceramics and* | the performance‐based* specification for natural* | construction. While fly ash‐based* alkali activated materials* | are now an established technology, metakaolin‐based | ‐based* GP were inversely proportional to particle size*

关键词： Amazonian kaolin | sodium silicate | stiffness | strength | sustainable construction

摘要： MPa). All PT_Hal-based* films are fire resistant and* | , which generate highly porous geopolymers or ceramics | , geopolymer* can be promising for CO2 capture. As compared to* | Self-assembling of very long natural clay | nanotubes represents a powerful strategy to fabricate

关键词： ceramics | CO2 capture | geopolymers | halloysite | inorganic films

摘要： polymer-based* technology, i.e., geopolymer production* | , glassware, and ceramics. It includesthe inception of | In the wake of heightened environmental | concerns, with a focus on reducing CO_2emissions, the | construction industry isactively seeking alternative

关键词： C&D waste | Geopolymer | Rheological properties | Mechanical properties | Durability | Silicate modulus

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： on kaolin geopolymer based ceramics and explore | in the geopolymer structure while XRD patterns | ceramics. | Ceramic materials generated by combining | compacting and sintering have become more essential in the

关键词： Geopolymer | Geopolymer Based Ceramics | Ceramics | Sintering | Sintering Temperature

摘要： properties compared to other ceramics. These non | and ceramics regarding mechanical properties | . Considering the formulation of geopolymer blends, this study | specific properties of sodium-based (Na-GP) and potassium | -based (K-GP) geopolymers, a combination of sodium and

关键词： Alkali activator | Geopolymer | Self-glazing | Self-healing | Thermal properties

摘要：The synthesis of a Cu/Fe-acid-based geopolymer | crystalline phases within the geopolymer matrix at room | of Cu2O. The geopolymer network exhibited a uniform | applications in construction and ceramics. The exceptional | (CFASP) involved the combination of Metakaolin, CuO

关键词： Geopolymer synthesis | Phase transformation | Optical properties | Construction materials

摘要： cordierite-based ceramics. The resulting foamed ceramics | Open -cell cordierite-based foams with high | as polymer templates. The geopolymer precursors | . Polyurethane foams with geopolymer were obtained by an | foam and geopolymer were cured/solidified at 75

关键词： Porous materials | Geopolymer foams | Cordierite ceramics | Replica | CERAMICS | POWDERS | FORM | ASH

摘要：Abstract Geopolymer ceramics undergo a series | stability of geopolymer ceramics is achieved due to the | . The nature of sintering for geopolymer ceramics | amorphous geopolymer gel to a crystalline phase, and | investigated the kinetics of nepheline formation in Na‐based

关键词： geopolymer ceramics | kinetics | nepheline | phase transition | thermal stability

关键词： Geopolymers | Inorganic polymers | Aluminosilicates | Thixotropy | Thermal stability

摘要：-reinforced geopolymer paste via hydrogen peroxide | micro-CT. The wrinkled morphology of ceramics | ceramics-reinforced composite foams resulted in | large interconnected pores. Based on thermomechanical | geopolymer composite foams for widespread technological

关键词： Chamotte | Cordierite | Geopolymer foam | Hydrogen peroxide | Microstructure | Porosity | Thermomechanical properties | Viscosity

摘要： Amazonian geopolymer (GP) for use in ceramics and | the performance‐based specification for natural | construction. While fly ash‐based alkali activated materials | are now an established technology, metakaolin‐based | ‐based GP were inversely proportional to particle size

关键词： Amazonian kaolin | sodium silicate | stiffness | strength | sustainable construction

摘要： MPa). All PT_Hal-based films are fire resistant and | , which generate highly porous geopolymers or ceramics | , geopolymer can be promising for CO2 capture. As compared to | Self-assembling of very long natural clay | nanotubes represents a powerful strategy to fabricate

关键词： ceramics | CO2 capture | geopolymers | halloysite | inorganic films

摘要： polymer-based technology, i.e., geopolymer production | , glassware, and ceramics. It includesthe inception of | In the wake of heightened environmental | concerns, with a focus on reducing CO_2emissions, the | construction industry isactively seeking alternative

关键词： C&D waste | Geopolymer | Rheological properties | Mechanical properties | Durability | Silicate modulus

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： on kaolin geopolymer* based ceramics and explore* | in the geopolymer* structure while XRD patterns* | ceramics. | Ceramic materials generated by combining | compacting and sintering have become more essential in the

摘要： properties compared to other ceramics. These non | and ceramics* regarding mechanical properties* | . Considering the formulation of geopolymer* blends, this study* | specific properties of sodium-based* (Na-GP) and potassium* | -based* (K-GP) geopolymers, a combination of sodium and*

摘要：The synthesis of a Cu/Fe-acid-based geopolymer | crystalline phases within the geopolymer* matrix at room* | of Cu2O. The geopolymer* network exhibited a uniform* | applications in construction and ceramics. The exceptional | (CFASP) involved the combination of Metakaolin, CuO

摘要： cordierite-based ceramics. The resulting foamed ceramics | Open -cell cordierite-based* foams with high* | as polymer templates. The geopolymer* precursors* | . Polyurethane foams with geopolymer* were obtained by an* | foam and geopolymer* were cured/solidified at 75*

摘要：Abstract Geopolymer* ceramics undergo a series* | stability of geopolymer* ceramics is achieved due to the* | . The nature of sintering for geopolymer ceramics | amorphous geopolymer* gel to a crystalline phase, and* | investigated the kinetics of nepheline formation in Na‐based

摘要：-reinforced geopolymer* paste via hydrogen peroxide* | micro-CT. The wrinkled morphology of ceramics | ceramics-reinforced composite foams resulted in | large interconnected pores. Based* on thermomechanical* | geopolymer composite foams for widespread technological

摘要： Amazonian geopolymer* (GP) for use in ceramics and* | the performance‐based* specification for natural* | construction. While fly ash‐based* alkali activated materials* | are now an established technology, metakaolin‐based | ‐based* GP were inversely proportional to particle size*

摘要： MPa). All PT_Hal-based* films are fire resistant and* | , which generate highly porous geopolymers or ceramics | , geopolymer* can be promising for CO2 capture. As compared to* | Self-assembling of very long natural clay | nanotubes represents a powerful strategy to fabricate

摘要： polymer-based* technology, i.e., geopolymer production* | , glassware, and ceramics. It includesthe inception of | In the wake of heightened environmental | concerns, with a focus on reducing CO_2emissions, the | construction industry isactively seeking alternative