NSTL国家科技图书文献中心

1. Phase profiling of carbonation-cured calcium sulfoaluminate cement NSTL国家科技图书文献中心

Park, Jihoon | Seo, Joonho ... - 《Cement and Concrete Research》 - 2025,189 - 107776～ - 共21页 - 被引量：1

摘要： sulfoaluminate (CSA) cement. Carbonation curing was performed | the microstructural evolution of calcium | the surface of the cement* to a depth of 30 mm on set* | carbonation-cured CSA cement* were thermodynamically* | The present study investigated the effect

关键词： Calcium sulfoaluminate cement | Carbonation curing | Calcium carbonate polymorphs | Thermodynamic modeling

2. Investigation on the effects of EVA on the early hydration of calcium sulfoaluminate cement NSTL国家科技图书文献中心

Shun Luo | Guofang Zhang ... - 《Construction and Building Materials》 - 2025,466(Mar.7) - 140348.1～140348.19 - 共19页

摘要： hydration process of calcium* sulfoaluminate cement (CSA* | cement) was evaluated by examining the physical and | setting time of CSA cement. Moreover, EVA exerts a | In this research, the impact of ethylene-vinyl | acetate redispersible powder (EVA) on the early

关键词： Calcium sulfoaluminate cement | EVA | Early hydration | Mechanical property

3. Influence of antifreeze, accelerator, and pre-curing on properties and hydration of iron-rich calcium sulfoaluminate cement under cold temperatures NSTL国家科技图书文献中心

Deqiang Sun | Xujiang Wang ... - 《Construction and Building Materials》 - 2025,471(Apr.11) - 140728.1～140728.15 - 共15页

摘要： sulfoaluminate cement (IR-CSA) under cold conditions. The | influence of antifreeze (calcium* nitrite, CN), accelerator* | , microstructure, and properties of iron-rich calcium | Developing and optimizing low-carbon | cementitious materials for cold climates is essential for

关键词： Chemical admixtures | Cold temperatures | Durability | Hydration | Iron-rich calcium sulfoaluminate cement

4. A green ultra-high performance calcium sulfoaluminate cement concrete containing recycled fine aggregate: Mechanical properties, microstructure and environmental impact NSTL国家科技图书文献中心

Yang Meng | Danying Gao ... - 《Construction and Building Materials》 - 2025,470(Apr.4) - 140641.1～140641.21 - 共21页

摘要： sulfoaluminate cement and recycled fine aggregate (CSAC-RUHPC | concrete (UHPC), a green UHPC based on calcium | To reduce the carbon footprint and improve the | early age properties of ultra-high performance | ) was developed in this research. The effects of

关键词： Ultra-high performance concrete | Calcium sulfoaluminate cement | Recycled fine aggregate | Mechanical properties | Acoustic emission | Microstructure

5. Improved corrosion resistance of 316 stainless steel in calcium sulfoaluminate cement incorporated with red mud and citrate NSTL国家科技图书文献中心

Zhou, Xiaocheng | Shi, Jinjie - 《Cement & concrete composites》 - 2025,157 - 105940～ - 共17页 - 被引量：1

摘要： sulfoaluminate (CSA) cement offers a cost-effective and | The incorporation of red mud (RM) in calcium | further reduce the setting time of CSA cement, thus | corrosion resistance of steel in CSA cement* blended with* | RM is unclear. Therefore, in this study, CSA cement

关键词： Calcium sulfoaluminate cement | Red mud | Citrate | Stainless steel | Passive film | Corrosion resistance

6. Effects of calcined phosphogypsum replacement on hydration and properties of calcium sulfoaluminate cement at different curing temperatures NSTL国家科技图书文献中心

Yishim Liao | Jiawen Chen ... - 《Journal of Sustainable Cement-Based Materials》 - 2025,14(1/4) - 565～577 - 共13页

摘要： cement hydration and microstructure formation mechanism | of calcined phosphogysum(CPG)supplemented calcium | sulfoaluminate(CSA)pastes cured under hot-weather temperatures | effective semce of CSA cement-based materials,as well as | content of CSA cement* pastes were investigated at curing*

关键词： calcium sulfoaluminate cement | calcined phosphogypsum | curing temperature | hydration products | hydration kinetics | thermodynamic modelhng

7. (105956)Corrosion resistance of zinc in a low-carbon binder with belitic calcium sulfoaluminate cement NSTL国家科技图书文献中心

Wenxuan Li | Jinjie Shi - 《Cement & concrete composites》 - 2025,157 - 1～16 - 共16页

摘要： sulfoaluminate (BCSA) cement. Pure zinc was used to simulate | galvanized steel in the pore solutions of belitic calcium | the galvanized coating, and ordinary Portland cement | solution of 50 % OPC and 50 % BCSA cement* (abbreviated as* | , a more stable protective layer of calcium

关键词： Galvanized steel | Zinc | Belitic sulfoaluminate cement | Passivation behavior | Chloride-induced corrosion

8. Synthesis and properties of a belite–calcium sulfoaluminate cement obtained using only waste materials NSTL国家科技图书文献中心

Milena Marroccoli | Antonio Telesca ... - 《Advances in Cement Research》 - 2025,37(2) - 78～88 - 共11页

摘要：Belite–calcium* sulfoaluminate (BCSA) clinkers* | natural anhydrite at the same calcium* sulfate/ye’elimite* | . The BCSA cement* made from the waste materials showed* | 56 days) was significantly higher for the cement | are usually obtained at temperatures lower than 1350

关键词： ettringite | modelling | mortars | paste | waste valorisation | UN SDG 13: Climate action

9. Effects of secondary aluminum ash sintered ground powder on properties of calcium sulfoaluminate cement-based grouting materials NSTL国家科技图书文献中心

Mingfang Ba | Jialie Xie ... - 《Construction and Building Materials》 - 2025,462(Feb.7) - 140015.1～140015.12 - 共12页 - 被引量：1

摘要： sulfoaluminate (SAC) cement-based grouting materials and | To mitigate the cost of utilizing calcium | alleviate the environmental impact of heavy metals and | harmful elements in secondary aluminum ash, this study | investigated the effects of different secondary aluminum ash

关键词： Secondary aluminum ash | Sintered ground powder | Sulfoaluminate cement grouting material | Heavy mental

10. The alkali-silica reaction in belitic calcium sulfoaluminate (BCSA) cement concrete NSTL国家科技图书文献中心

Tayyab Adnan | Robert J. Thomas - 《Construction and Building Materials》 - 2025,471(Apr.11) - 140726.1～140726.10 - 共10页

摘要： sulfoaluminate (BCSA) cement systems. Theoretically, its low | (ASR) in rapid-strength belitic calcium | prone to ASR than portland cement* (PC), but little* | conditions are unsuitable for the cement. Long-term | PC and one-tenth as much calcium. While the pH was

摘要： sulfoaluminate (CSA) cement. Carbonation curing was performed | the microstructural evolution of calcium | the surface of the cement* to a depth of 30 mm on set* | carbonation-cured CSA cement* were thermodynamically* | The present study investigated the effect

关键词： Calcium sulfoaluminate cement | Carbonation curing | Calcium carbonate polymorphs | Thermodynamic modeling

摘要： hydration process of calcium* sulfoaluminate cement (CSA* | cement) was evaluated by examining the physical and | setting time of CSA cement. Moreover, EVA exerts a | In this research, the impact of ethylene-vinyl | acetate redispersible powder (EVA) on the early

关键词： Calcium sulfoaluminate cement | EVA | Early hydration | Mechanical property

摘要： sulfoaluminate cement (IR-CSA) under cold conditions. The | influence of antifreeze (calcium* nitrite, CN), accelerator* | , microstructure, and properties of iron-rich calcium | Developing and optimizing low-carbon | cementitious materials for cold climates is essential for

关键词： Chemical admixtures | Cold temperatures | Durability | Hydration | Iron-rich calcium sulfoaluminate cement

摘要： sulfoaluminate cement and recycled fine aggregate (CSAC-RUHPC | concrete (UHPC), a green UHPC based on calcium | To reduce the carbon footprint and improve the | early age properties of ultra-high performance | ) was developed in this research. The effects of

关键词： Ultra-high performance concrete | Calcium sulfoaluminate cement | Recycled fine aggregate | Mechanical properties | Acoustic emission | Microstructure

摘要： sulfoaluminate (CSA) cement offers a cost-effective and | The incorporation of red mud (RM) in calcium | further reduce the setting time of CSA cement, thus | corrosion resistance of steel in CSA cement* blended with* | RM is unclear. Therefore, in this study, CSA cement

关键词： Calcium sulfoaluminate cement | Red mud | Citrate | Stainless steel | Passive film | Corrosion resistance

关键词： calcium sulfoaluminate cement | calcined phosphogypsum | curing temperature | hydration products | hydration kinetics | thermodynamic modelhng

摘要： sulfoaluminate (BCSA) cement. Pure zinc was used to simulate | galvanized steel in the pore solutions of belitic calcium | the galvanized coating, and ordinary Portland cement | solution of 50 % OPC and 50 % BCSA cement* (abbreviated as* | , a more stable protective layer of calcium

关键词： Galvanized steel | Zinc | Belitic sulfoaluminate cement | Passivation behavior | Chloride-induced corrosion

摘要：Belite–calcium* sulfoaluminate (BCSA) clinkers* | natural anhydrite at the same calcium* sulfate/ye’elimite* | . The BCSA cement* made from the waste materials showed* | 56 days) was significantly higher for the cement | are usually obtained at temperatures lower than 1350

关键词： ettringite | modelling | mortars | paste | waste valorisation | UN SDG 13: Climate action

摘要： sulfoaluminate (SAC) cement-based grouting materials and | To mitigate the cost of utilizing calcium | alleviate the environmental impact of heavy metals and | harmful elements in secondary aluminum ash, this study | investigated the effects of different secondary aluminum ash

关键词： Secondary aluminum ash | Sintered ground powder | Sulfoaluminate cement grouting material | Heavy mental

摘要： sulfoaluminate (BCSA) cement systems. Theoretically, its low | (ASR) in rapid-strength belitic calcium | prone to ASR than portland cement* (PC), but little* | conditions are unsuitable for the cement. Long-term | PC and one-tenth as much calcium. While the pH was

关键词： Belite | Calcium sulfoaluminate (CSA) | Ettringite | Yeelimite | Alkali-silica reaction | Thermodynamic modeling | Pore solution

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： sulfoaluminate (CSA) cement. Carbonation curing was performed | the microstructural evolution of calcium | the surface of the cement to a depth of 30 mm on set | carbonation-cured CSA cement were thermodynamically | The present study investigated the effect

关键词： Calcium sulfoaluminate cement | Carbonation curing | Calcium carbonate polymorphs | Thermodynamic modeling

摘要： hydration process of calcium sulfoaluminate cement (CSA | cement) was evaluated by examining the physical and | setting time of CSA cement. Moreover, EVA exerts a | In this research, the impact of ethylene-vinyl | acetate redispersible powder (EVA) on the early

关键词： Calcium sulfoaluminate cement | EVA | Early hydration | Mechanical property

摘要： sulfoaluminate cement (IR-CSA) under cold conditions. The | influence of antifreeze (calcium nitrite, CN), accelerator | , microstructure, and properties of iron-rich calcium | Developing and optimizing low-carbon | cementitious materials for cold climates is essential for

关键词： Chemical admixtures | Cold temperatures | Durability | Hydration | Iron-rich calcium sulfoaluminate cement

摘要： sulfoaluminate cement and recycled fine aggregate (CSAC-RUHPC | concrete (UHPC), a green UHPC based on calcium | To reduce the carbon footprint and improve the | early age properties of ultra-high performance | ) was developed in this research. The effects of

关键词： Ultra-high performance concrete | Calcium sulfoaluminate cement | Recycled fine aggregate | Mechanical properties | Acoustic emission | Microstructure

摘要： sulfoaluminate (CSA) cement offers a cost-effective and | The incorporation of red mud (RM) in calcium | further reduce the setting time of CSA cement, thus | corrosion resistance of steel in CSA cement blended with | RM is unclear. Therefore, in this study, CSA cement

关键词： Calcium sulfoaluminate cement | Red mud | Citrate | Stainless steel | Passive film | Corrosion resistance

关键词： calcium sulfoaluminate cement | calcined phosphogypsum | curing temperature | hydration products | hydration kinetics | thermodynamic modelhng

摘要： sulfoaluminate (BCSA) cement. Pure zinc was used to simulate | galvanized steel in the pore solutions of belitic calcium | the galvanized coating, and ordinary Portland cement | solution of 50 % OPC and 50 % BCSA cement (abbreviated as | , a more stable protective layer of calcium

关键词： Galvanized steel | Zinc | Belitic sulfoaluminate cement | Passivation behavior | Chloride-induced corrosion

摘要：Belite–calcium sulfoaluminate (BCSA) clinkers | natural anhydrite at the same calcium sulfate/ye’elimite | . The BCSA cement made from the waste materials showed | 56 days) was significantly higher for the cement | are usually obtained at temperatures lower than 1350

关键词： ettringite | modelling | mortars | paste | waste valorisation | UN SDG 13: Climate action

摘要： sulfoaluminate (SAC) cement-based grouting materials and | To mitigate the cost of utilizing calcium | alleviate the environmental impact of heavy metals and | harmful elements in secondary aluminum ash, this study | investigated the effects of different secondary aluminum ash

关键词： Secondary aluminum ash | Sintered ground powder | Sulfoaluminate cement grouting material | Heavy mental

摘要： sulfoaluminate (BCSA) cement systems. Theoretically, its low | (ASR) in rapid-strength belitic calcium | prone to ASR than portland cement (PC), but little | conditions are unsuitable for the cement. Long-term | PC and one-tenth as much calcium. While the pH was

关键词： Belite | Calcium sulfoaluminate (CSA) | Ettringite | Yeelimite | Alkali-silica reaction | Thermodynamic modeling | Pore solution

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： sulfoaluminate (CSA) cement. Carbonation curing was performed | the microstructural evolution of calcium | the surface of the cement* to a depth of 30 mm on set* | carbonation-cured CSA cement* were thermodynamically* | The present study investigated the effect

摘要： hydration process of calcium* sulfoaluminate cement (CSA* | cement) was evaluated by examining the physical and | setting time of CSA cement. Moreover, EVA exerts a | In this research, the impact of ethylene-vinyl | acetate redispersible powder (EVA) on the early

摘要： sulfoaluminate cement (IR-CSA) under cold conditions. The | influence of antifreeze (calcium* nitrite, CN), accelerator* | , microstructure, and properties of iron-rich calcium | Developing and optimizing low-carbon | cementitious materials for cold climates is essential for

摘要： sulfoaluminate (CSA) cement offers a cost-effective and | The incorporation of red mud (RM) in calcium | further reduce the setting time of CSA cement, thus | corrosion resistance of steel in CSA cement* blended with* | RM is unclear. Therefore, in this study, CSA cement

摘要： sulfoaluminate (BCSA) cement. Pure zinc was used to simulate | galvanized steel in the pore solutions of belitic calcium | the galvanized coating, and ordinary Portland cement | solution of 50 % OPC and 50 % BCSA cement* (abbreviated as* | , a more stable protective layer of calcium

摘要：Belite–calcium* sulfoaluminate (BCSA) clinkers* | natural anhydrite at the same calcium* sulfate/ye’elimite* | . The BCSA cement* made from the waste materials showed* | 56 days) was significantly higher for the cement | are usually obtained at temperatures lower than 1350

摘要： sulfoaluminate (BCSA) cement systems. Theoretically, its low | (ASR) in rapid-strength belitic calcium | prone to ASR than portland cement* (PC), but little* | conditions are unsuitable for the cement. Long-term | PC and one-tenth as much calcium. While the pH was