NSTL国家科技图书文献中心

1. 200 years of Portland cement: Technological advancements and sustainability challenges NSTL国家科技图书文献中心

Hao Chen | Ning Li ... - 《Journal of cleaner production》 - 2025,486(Jan.1) - 144500.1～144500.19 - 共19页

摘要：Since its invention 200 years ago, Portland | cement (PC) has been extensively utilized as a | construction material. Looking ahead, the prevailing demand | for PC will unlikely drop due to the ongoing | infrastructure expansion in India, sub-Saharan Africa, Asia

关键词： Portland cement | Material consumption | Energy consumption | CO_2 emissions | Net zero 2050

2. On the variability of industrial Portland cement clinker: Microstructural characterisation and the fate of chemical elements NSTL国家科技图书文献中心

Abdul, Wahab | Roessler, Christiane ... - 《Cement and Concrete Research》 - 2025,189 - 107773～ - 共22页

摘要：Portland cement (PC) has been used and | developed since the early 19th century. Although the | compositional ranges of PC clinkers are generally specified in | standards, there is a lack of information on the | variability of industrial clinkers. Furthermore, with an

关键词： Portland cement | Clinker | Microstructure | Solubility

3. Reactive transport modeling of acetic acid-induced degradation in portland cement paste NSTL国家科技图书文献中心

Loeher, Maximilian | Ukrainczyk, Neven ... - 《Cement and Concrete Research》 - 2025,187 - 107704～ - 共16页

摘要： acetic acid attack on Portland* cement paste. The* | simulation accounted for the dissolution of primary cement | powders. Experiments involved exposing hardened cement | A reactive transport model was employed to | investigate the influence of multiple hydrate phases during

关键词： Reactive transport modeling | CrunchFlow | Acetic acid attack in portland cement | Chemical reaction kinetics | mu XRF

4. Partial replacement of ordinary Portland cement with belite-rich cement to produce limestone calcined clay cement to regulate the hydration process, improve strength, and reduce carbon emissions NSTL国家科技图书文献中心

Li-Yi Meng | Han Yi ... - 《Construction and Building Materials》 - 2025,460(Jan.24) - 139865.1～139865.14 - 共14页

摘要： strength through the material design of Portland cement | Limestone-calcined clay cement* (LC~3) is* | traditional cement. This study aims to further reduce the | . We evaluated LC~3 by replacing ordinary Portland | cement (OPC) with beliterich cement (BRC) at

关键词： Belite-rich cement (BRC) | ordinary Portland cement (OPC) | limestone calcined clay cement (LC3) | sustainability | microstructure

5. The effective use of portland cement as binder replacement in reactive powder-based hybrid asphalt concrete NSTL国家科技图书文献中心

Behrouz Farahi | Milad Hajipour Manji...... - 《Journal of cleaner production》 - 2025,495(Mar.1) - 144879.1～144879.17 - 共17页

摘要： involving the incorporation of Portland* Cement (PC) as a* | fillers such as cement* powder, in place of traditional* | Mineral fillers are crucial components of | asphalt mixtures, enhancing workability, increasing | binder stiffness, and improving overall pavement

关键词： Warm mix asphalt | Mineral filler | Portland cement | Moisture susceptibility | Fatigue test

6. Comparison of rheology and durability of geopolymer and Portland cement concrete at the same strength levels NSTL国家科技图书文献中心

Jia-Cheng Tao | Xin-Zheng Wang ... - 《Construction and Building Materials》 - 2025,461(Jan.31) - 139958.1～139958.16 - 共16页

摘要： and environmentally friendly than ordinary Portland | cement concrete (OPCC). However, there is still a lack | Geopolymer concrete (GC) is more low-carbon | of comparative studies on the differences between | these two in terms of rheology and long-term

关键词： Ordinary Portland cement concrete | Geopolymer concrete | Rheology | Durability | Compressive strength rating

7. Effect of Ferrite Phase Content on Hydration Reaction, Mechanical Properties, and Chloride-Binding Behavior of Ordinary Portland Cement NSTL国家科技图书文献中心

Jiangwei Xue | Simei Li ... - 《Journal of Materials in Civil Engineering》 - 2025,37(2) - 4024527.1～4024527.11 - 共11页

摘要： resistance of ordinary portland* cement (OPC). In this paper* | method and added to the reference cement. The effects | hydration of the reference cement* was delayed, C-10% had* | Ferrite phase (C_4AF) minerals have a high | resistance to chloride erosion, to gain a comprehensive

关键词： Ferrite phase | Chloride | Binding | Ordinary portland cement (OPC)

8. Stabilising CDW recycled aggregates with alternatives to Portland cement NSTL国家科技图书文献中心

Luca Tefa | Isabella Bianco ... - 《Construction and Building Materials》 - 2025,471(Apr.11) - 140705.1～140705.14 - 共14页

摘要：The use of ordinary Portland* cement for the* | binders: () a Portland-limestone cement* as a reference* | containing Portland-limestone cement. The addition of waste | , () a pozzolanic cement, () an experimental pozzolanic | cement containing waste clay from the lightweight

关键词： Construction and demolition waste aggregate | Stabilised granular materials | Alkali-activation | Pozzolanic cement | Mechanical properties | Life cycle assessment

9. Shrinkage deformation law of Portland cement in Tibetan Plateau environment and its relationship with standard shrinkage and calculation model NSTL国家科技图书文献中心

Yamei Zang | Yulin Zhan ... - 《Construction and Building Materials》 - 2025,460(Jan.24) - 139823.1～139823.15 - 共15页

摘要： conditions on the shrinkage performance of Portland cement | drying shrinkage of cement* specimens with different* | > north. Additionally, the study establishes a cement | model can be applied to evaluate cement* drying* | The climate of the Tibetan Plateau differs

关键词： Portland cement | Drying shrinkage | Tibetan Plateau | Ambient temperature | Relative humidity | Calculation model

10. Modification of Portland cement matrix with diethyldithiocarbamate for technetium immobilization NSTL国家科技图书文献中心

Elena Abramova | Mikhail Volkov ... - 《Progress in nuclear engergy》 - 2025,178(Jan.) - 105508.1～105508.8 - 共8页

摘要： technetium in a Portland* cement matrix. The leaching* | demonstrated that the addition of 1.0 wt % SDDC to the cement | technetium into the cement* matrix by 35% in comparison to* | technetium in the cement* matrix was observed to be enhanced* | deep RW disposal. The addition of SDDC into cement

摘要：Since its invention 200 years ago, Portland | cement (PC) has been extensively utilized as a | construction material. Looking ahead, the prevailing demand | for PC will unlikely drop due to the ongoing | infrastructure expansion in India, sub-Saharan Africa, Asia

关键词： Portland cement | Material consumption | Energy consumption | CO_2 emissions | Net zero 2050

摘要：Portland cement (PC) has been used and | developed since the early 19th century. Although the | compositional ranges of PC clinkers are generally specified in | standards, there is a lack of information on the | variability of industrial clinkers. Furthermore, with an

关键词： Portland cement | Clinker | Microstructure | Solubility

摘要： acetic acid attack on Portland* cement paste. The* | simulation accounted for the dissolution of primary cement | powders. Experiments involved exposing hardened cement | A reactive transport model was employed to | investigate the influence of multiple hydrate phases during

关键词： Reactive transport modeling | CrunchFlow | Acetic acid attack in portland cement | Chemical reaction kinetics | mu XRF

摘要： strength through the material design of Portland cement | Limestone-calcined clay cement* (LC~3) is* | traditional cement. This study aims to further reduce the | . We evaluated LC~3 by replacing ordinary Portland | cement (OPC) with beliterich cement (BRC) at

关键词： Belite-rich cement (BRC) | ordinary Portland cement (OPC) | limestone calcined clay cement (LC3) | sustainability | microstructure

摘要： involving the incorporation of Portland* Cement (PC) as a* | fillers such as cement* powder, in place of traditional* | Mineral fillers are crucial components of | asphalt mixtures, enhancing workability, increasing | binder stiffness, and improving overall pavement

关键词： Warm mix asphalt | Mineral filler | Portland cement | Moisture susceptibility | Fatigue test

摘要： and environmentally friendly than ordinary Portland | cement concrete (OPCC). However, there is still a lack | Geopolymer concrete (GC) is more low-carbon | of comparative studies on the differences between | these two in terms of rheology and long-term

关键词： Ordinary Portland cement concrete | Geopolymer concrete | Rheology | Durability | Compressive strength rating

摘要： resistance of ordinary portland* cement (OPC). In this paper* | method and added to the reference cement. The effects | hydration of the reference cement* was delayed, C-10% had* | Ferrite phase (C_4AF) minerals have a high | resistance to chloride erosion, to gain a comprehensive

关键词： Ferrite phase | Chloride | Binding | Ordinary portland cement (OPC)

摘要：The use of ordinary Portland* cement for the* | binders: () a Portland-limestone cement* as a reference* | containing Portland-limestone cement. The addition of waste | , () a pozzolanic cement, () an experimental pozzolanic | cement containing waste clay from the lightweight

关键词： Construction and demolition waste aggregate | Stabilised granular materials | Alkali-activation | Pozzolanic cement | Mechanical properties | Life cycle assessment

摘要： conditions on the shrinkage performance of Portland cement | drying shrinkage of cement* specimens with different* | > north. Additionally, the study establishes a cement | model can be applied to evaluate cement* drying* | The climate of the Tibetan Plateau differs

关键词： Portland cement | Drying shrinkage | Tibetan Plateau | Ambient temperature | Relative humidity | Calculation model

关键词： Spent nuclear fuel | Modifiers | Portlandcement m500 | Leaching | Biocide activity | Crystal structure

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Since its invention 200 years ago, Portland | cement (PC) has been extensively utilized as a | construction material. Looking ahead, the prevailing demand | for PC will unlikely drop due to the ongoing | infrastructure expansion in India, sub-Saharan Africa, Asia

关键词： Portland cement | Material consumption | Energy consumption | CO_2 emissions | Net zero 2050

摘要：Portland cement (PC) has been used and | developed since the early 19th century. Although the | compositional ranges of PC clinkers are generally specified in | standards, there is a lack of information on the | variability of industrial clinkers. Furthermore, with an

关键词： Portland cement | Clinker | Microstructure | Solubility

摘要： acetic acid attack on Portland cement paste. The | simulation accounted for the dissolution of primary cement | powders. Experiments involved exposing hardened cement | A reactive transport model was employed to | investigate the influence of multiple hydrate phases during

关键词： Reactive transport modeling | CrunchFlow | Acetic acid attack in portland cement | Chemical reaction kinetics | mu XRF

摘要： strength through the material design of Portland cement | Limestone-calcined clay cement (LC~3) is | traditional cement. This study aims to further reduce the | . We evaluated LC~3 by replacing ordinary Portland | cement (OPC) with beliterich cement (BRC) at

关键词： Belite-rich cement (BRC) | ordinary Portland cement (OPC) | limestone calcined clay cement (LC3) | sustainability | microstructure

摘要： involving the incorporation of Portland Cement (PC) as a | fillers such as cement powder, in place of traditional | Mineral fillers are crucial components of | asphalt mixtures, enhancing workability, increasing | binder stiffness, and improving overall pavement

关键词： Warm mix asphalt | Mineral filler | Portland cement | Moisture susceptibility | Fatigue test

摘要： and environmentally friendly than ordinary Portland | cement concrete (OPCC). However, there is still a lack | Geopolymer concrete (GC) is more low-carbon | of comparative studies on the differences between | these two in terms of rheology and long-term

关键词： Ordinary Portland cement concrete | Geopolymer concrete | Rheology | Durability | Compressive strength rating

摘要： resistance of ordinary portland cement (OPC). In this paper | method and added to the reference cement. The effects | hydration of the reference cement was delayed, C-10% had | Ferrite phase (C_4AF) minerals have a high | resistance to chloride erosion, to gain a comprehensive

关键词： Ferrite phase | Chloride | Binding | Ordinary portland cement (OPC)

摘要：The use of ordinary Portland cement for the | binders: () a Portland-limestone cement as a reference | containing Portland-limestone cement. The addition of waste | , () a pozzolanic cement, () an experimental pozzolanic | cement containing waste clay from the lightweight

关键词： Construction and demolition waste aggregate | Stabilised granular materials | Alkali-activation | Pozzolanic cement | Mechanical properties | Life cycle assessment

摘要： conditions on the shrinkage performance of Portland cement | drying shrinkage of cement specimens with different | > north. Additionally, the study establishes a cement | model can be applied to evaluate cement drying | The climate of the Tibetan Plateau differs

关键词： Portland cement | Drying shrinkage | Tibetan Plateau | Ambient temperature | Relative humidity | Calculation model

关键词： Spent nuclear fuel | Modifiers | Portlandcement m500 | Leaching | Biocide activity | Crystal structure

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： acetic acid attack on Portland* cement paste. The* | simulation accounted for the dissolution of primary cement | powders. Experiments involved exposing hardened cement | A reactive transport model was employed to | investigate the influence of multiple hydrate phases during

摘要： strength through the material design of Portland cement | Limestone-calcined clay cement* (LC~3) is* | traditional cement. This study aims to further reduce the | . We evaluated LC~3 by replacing ordinary Portland | cement (OPC) with beliterich cement (BRC) at

摘要： involving the incorporation of Portland* Cement (PC) as a* | fillers such as cement* powder, in place of traditional* | Mineral fillers are crucial components of | asphalt mixtures, enhancing workability, increasing | binder stiffness, and improving overall pavement

摘要： resistance of ordinary portland* cement (OPC). In this paper* | method and added to the reference cement. The effects | hydration of the reference cement* was delayed, C-10% had* | Ferrite phase (C_4AF) minerals have a high | resistance to chloride erosion, to gain a comprehensive

摘要：The use of ordinary Portland* cement for the* | binders: () a Portland-limestone cement* as a reference* | containing Portland-limestone cement. The addition of waste | , () a pozzolanic cement, () an experimental pozzolanic | cement containing waste clay from the lightweight

摘要： conditions on the shrinkage performance of Portland cement | drying shrinkage of cement* specimens with different* | > north. Additionally, the study establishes a cement | model can be applied to evaluate cement* drying* | The climate of the Tibetan Plateau differs