NSTL国家科技图书文献中心

1. Plasma-catalytic assisted ammonia synthesis: Reactive molecular dynamics study NSTL国家科技图书文献中心

Lu, Xingyu | Chen, Qi ... - 《Journal of the Energy Institute》 - 2025,118 - 共9页

摘要：Plasma catalytic assisted ammonia* synthesis is* | ammonia synthesis under low temperature and low pressure | species on ammonia* synthesis, aiming to uncover the* | promoting effect on ammonia* synthesis due to the* | acceleration of ammonia* synthesis elementary reactions and*

关键词： Plasma catalytic | Ammonia synthesis | Electric field enhancement | Active species | ReaxFF molecular dynamics

2. Advancing ammonia synthesis: Pathways toward decarbonization and sustainability NSTL国家科技图书文献中心

Boretti, Alberto - 《Chemical Engineering Research & Design》 - 2025,217 - 235～251 - 共17页

摘要：Ammonia synthesis is a cornerstone of | electrochemical pathways, plasma-assisted synthesis, and novel | decarbonizing ammonia* production, including renewable* | potential of green ammonia* as a zero-carbon energy vector* | , the ammonia* industry can transition toward a more*

关键词： Green ammonia | Ammonia synthesis | Decarbonization | Renewable energy | Carbon-neutral energy vector | Sustainability | Climate change mitigation

3. Catalytic Ammonia Synthesis by Supported Molybdenum Nitride: Insight into the Support Effect NSTL国家科技图书文献中心

Amanda Sfeir | Camila A. Teles ... - 《ChemCatChem》 - 2025,17(3) - n/a～n/a - 共15页

摘要： for ammonia* synthesis exist. Initial rates of ∼1208* | as it was the case of ammonia* synthesis.* | synthesis and decomposition. A series of Mo–N catalysts | performance of Mo nitrides has been investigated in ammonia | was, however, not as severe in ammonia* decomposition*

关键词： Ammonia decomposition | Ammonia synthesis | Molybdenum nitride | Nanoparticles | SMSI effect

4. Earth-Abundant Manganese Nitride Catalysts for Mild-Condition Ammonia Synthesis NSTL国家科技图书文献中心

Weiye Qu | Pranav Roy ... - 《ACS catalysis》 - 2025,15(6) - 4817～4823 - 共7页

摘要： mild-condition ammonia(NH3)synthesis* is essential for* | exhibits high activity for NH3 synthesis* at 250-350* | synthesis. | Developing advanced catalytic materials for | improving the energy efciency of the industrial Haber

关键词： Ammonia Synthesis | Nitrides | Heterogeneous Catalysis | Nitrogen Vacancy | Associative Mechanism

5. High activity of nickel-promoted Mn4N in chemical looping ammonia synthesis NSTL国家科技图书文献中心

Qiuyan Xue | Tuo Guo ... - 《Separation and Purification Technology》 - 2025,359P3 - 130829～11 - 共11页

摘要：Chemical looping ammonia* synthesis(CIAS)stands* | synthesis of ammonia,which allows reactions to be carried | efficient technology for ammonia* synthesis.* | synthesis efficiency.This approach holds promise for | achieves an ammonia* yield of 826 μmol g~(-1)h~(-1),which*

关键词： Chemical looping | Ammonia Synthesis | Nickel-loaded | Manganese nitride | Lattice nitrogen

6. Multi-Criteria selection of Metals-based electrocatalysts for electrochemical ammonia synthesis NSTL国家科技图书文献中心

Seyed Taher Kermani ... | Zeynab Bavarsad ... - 《Sustainable energy technologies and assessments》 - 2025,73(Jan.) - 104104.1～104104.9 - 共9页

摘要： for ammonia* synthesis. This process considered the* | for ammonia* synthesis compared to both noble and non* | The present study employed the Analytic | Hierarchy Process (AHP), a renowned method for multi | -criteria decision- making, to prioritize electrocatalysts

关键词： Ammonia synthesis | Energy storage | Electrochemical synthesis | Electrocatalysts | Analytic Hierarchy Process

7. Efficient ammonia synthesis in perovskite cathode-supported protonic ceramic electrochemical cell with dendritic porous structure NSTL国家科技图书文献中心

Dang, Haochen | Wang, Enhua - 《CERAMICS INTERNATIONAL》 - 2025,51(14) - 18841～18851 - 共11页

摘要： (PCECs) show substantial potential in ammonia synthesis | electrochemical cell for ammonia* synthesis. A series of* | ammonia synthesis performance of the PCEC. This study | electrochemical performance and ammonia* synthesis efficiency of* | strategy increases the ammonia* synthesis rate of the PCEC*

关键词： Ammonia synthesis | Dendritic channels | PCECs | Nanofiber catalysts | In-situ phase formation

8. Enhancing Ammonia Synthesis Efficiency With Ni‐Loaded La_2O_3 Catalysts in Plasma‐Catalyzed Reactions NSTL国家科技图书文献中心

Kelin Li | She Chen ... - 《Plasma processes and polymers》 - 2025,22(3) - e2400212.1～e2400212.12 - 共12页 - 被引量：1

摘要： distributed, smallscale ammonia* synthesis due to its fast* | than La_2O_3. The disparity in ammonia* concentration* | Plasma catalysis is a promising method for | startup, shutdown, and compatibility with new energy | sources. However, enhancing the synergistic effect

关键词： ammonia synthesis reaction | Ni/La_2O_3 | plasma coupled with catalysis

9. Modulation of Cu Electronic Structure to Accelerate the Conversion of Key Intermediates for Electrocatalytic Ammonia Synthesis NSTL国家科技图书文献中心

Xiaofang Liu | Can Xu ... - 《ACS catalysis》 - 2025,15(8) - 6141～6149 - 共9页

摘要： barrier in nitrate-based ammonia* synthesis reactions* | ammonia synthesis. | synthesis with Faradaic efciency and N- selectivity close | result,the resulting catalyst can achieve ammonia | to ~100% and ammonia* yields as high as 241.20*

关键词： ammonia synthesis | reaction kinetics | rate-determining step | selectivity-determining step | structure regulation

10. Ni‐MOF‐74 Derived Carbon‐Based Ni Catalysts for Efficient Catalytic Ammonia Synthesis via Pulsed DBD Plasma NSTL国家科技图书文献中心

Qinlong Song | Xianyi Yin ... - 《Plasma processes and polymers》 - 2025,22(3) - e2400173.1～e2400173.12 - 共12页

摘要： for plasmacatalytic ammonia* synthesis is significant* | barrier discharge (DBD) plasma ammonia* synthesis were* | synthesis. The ammonia synthesis rate reached 41.38 mmol g | ammonia synthesis rate, nitrogen conversion rate, and | exhibited the best catalytic performance for ammonia

摘要：Plasma catalytic assisted ammonia* synthesis is* | ammonia synthesis under low temperature and low pressure | species on ammonia* synthesis, aiming to uncover the* | promoting effect on ammonia* synthesis due to the* | acceleration of ammonia* synthesis elementary reactions and*

关键词： Plasma catalytic | Ammonia synthesis | Electric field enhancement | Active species | ReaxFF molecular dynamics

摘要：Ammonia synthesis is a cornerstone of | electrochemical pathways, plasma-assisted synthesis, and novel | decarbonizing ammonia* production, including renewable* | potential of green ammonia* as a zero-carbon energy vector* | , the ammonia* industry can transition toward a more*

关键词： Green ammonia | Ammonia synthesis | Decarbonization | Renewable energy | Carbon-neutral energy vector | Sustainability | Climate change mitigation

摘要： for ammonia* synthesis exist. Initial rates of ∼1208* | as it was the case of ammonia* synthesis.* | synthesis and decomposition. A series of Mo–N catalysts | performance of Mo nitrides has been investigated in ammonia | was, however, not as severe in ammonia* decomposition*

关键词： Ammonia decomposition | Ammonia synthesis | Molybdenum nitride | Nanoparticles | SMSI effect

摘要： mild-condition ammonia(NH3)synthesis* is essential for* | exhibits high activity for NH3 synthesis* at 250-350* | synthesis. | Developing advanced catalytic materials for | improving the energy efciency of the industrial Haber

关键词： Ammonia Synthesis | Nitrides | Heterogeneous Catalysis | Nitrogen Vacancy | Associative Mechanism

摘要：Chemical looping ammonia* synthesis(CIAS)stands* | synthesis of ammonia,which allows reactions to be carried | efficient technology for ammonia* synthesis.* | synthesis efficiency.This approach holds promise for | achieves an ammonia* yield of 826 μmol g~(-1)h~(-1),which*

关键词： Chemical looping | Ammonia Synthesis | Nickel-loaded | Manganese nitride | Lattice nitrogen

摘要： for ammonia* synthesis. This process considered the* | for ammonia* synthesis compared to both noble and non* | The present study employed the Analytic | Hierarchy Process (AHP), a renowned method for multi | -criteria decision- making, to prioritize electrocatalysts

关键词： Ammonia synthesis | Energy storage | Electrochemical synthesis | Electrocatalysts | Analytic Hierarchy Process

关键词： Ammonia synthesis | Dendritic channels | PCECs | Nanofiber catalysts | In-situ phase formation

摘要： distributed, smallscale ammonia* synthesis due to its fast* | than La_2O_3. The disparity in ammonia* concentration* | Plasma catalysis is a promising method for | startup, shutdown, and compatibility with new energy | sources. However, enhancing the synergistic effect

关键词： ammonia synthesis reaction | Ni/La_2O_3 | plasma coupled with catalysis

摘要： barrier in nitrate-based ammonia* synthesis reactions* | ammonia synthesis. | synthesis with Faradaic efciency and N- selectivity close | result,the resulting catalyst can achieve ammonia | to ~100% and ammonia* yields as high as 241.20*

关键词： ammonia synthesis | reaction kinetics | rate-determining step | selectivity-determining step | structure regulation

摘要： for plasmacatalytic ammonia* synthesis is significant* | barrier discharge (DBD) plasma ammonia* synthesis were* | synthesis. The ammonia synthesis rate reached 41.38 mmol g | ammonia synthesis rate, nitrogen conversion rate, and | exhibited the best catalytic performance for ammonia

关键词： ammonia synthesis | carbon-based metal catalyst | catalysis | Ni-MOF-74 | plasma

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Plasma catalytic assisted ammonia synthesis is | ammonia synthesis under low temperature and low pressure | species on ammonia synthesis, aiming to uncover the | promoting effect on ammonia synthesis due to the | acceleration of ammonia synthesis elementary reactions and

关键词： Plasma catalytic | Ammonia synthesis | Electric field enhancement | Active species | ReaxFF molecular dynamics

摘要：Ammonia synthesis is a cornerstone of | electrochemical pathways, plasma-assisted synthesis, and novel | decarbonizing ammonia production, including renewable | potential of green ammonia as a zero-carbon energy vector | , the ammonia industry can transition toward a more

关键词： Green ammonia | Ammonia synthesis | Decarbonization | Renewable energy | Carbon-neutral energy vector | Sustainability | Climate change mitigation

摘要： for ammonia synthesis exist. Initial rates of ∼1208 | as it was the case of ammonia synthesis. | synthesis and decomposition. A series of Mo–N catalysts | performance of Mo nitrides has been investigated in ammonia | was, however, not as severe in ammonia decomposition

关键词： Ammonia decomposition | Ammonia synthesis | Molybdenum nitride | Nanoparticles | SMSI effect

摘要： mild-condition ammonia(NH3)synthesis is essential for | exhibits high activity for NH3 synthesis at 250-350 | synthesis. | Developing advanced catalytic materials for | improving the energy efciency of the industrial Haber

关键词： Ammonia Synthesis | Nitrides | Heterogeneous Catalysis | Nitrogen Vacancy | Associative Mechanism

摘要：Chemical looping ammonia synthesis(CIAS)stands | synthesis of ammonia,which allows reactions to be carried | efficient technology for ammonia synthesis. | synthesis efficiency.This approach holds promise for | achieves an ammonia yield of 826 μmol g~(-1)h~(-1),which

关键词： Chemical looping | Ammonia Synthesis | Nickel-loaded | Manganese nitride | Lattice nitrogen

摘要： for ammonia synthesis. This process considered the | for ammonia synthesis compared to both noble and non | The present study employed the Analytic | Hierarchy Process (AHP), a renowned method for multi | -criteria decision- making, to prioritize electrocatalysts

关键词： Ammonia synthesis | Energy storage | Electrochemical synthesis | Electrocatalysts | Analytic Hierarchy Process

关键词： Ammonia synthesis | Dendritic channels | PCECs | Nanofiber catalysts | In-situ phase formation

摘要： distributed, smallscale ammonia synthesis due to its fast | than La_2O_3. The disparity in ammonia concentration | Plasma catalysis is a promising method for | startup, shutdown, and compatibility with new energy | sources. However, enhancing the synergistic effect

关键词： ammonia synthesis reaction | Ni/La_2O_3 | plasma coupled with catalysis

摘要： barrier in nitrate-based ammonia synthesis reactions | ammonia synthesis. | synthesis with Faradaic efciency and N- selectivity close | result,the resulting catalyst can achieve ammonia | to ~100% and ammonia yields as high as 241.20

关键词： ammonia synthesis | reaction kinetics | rate-determining step | selectivity-determining step | structure regulation

摘要： for plasmacatalytic ammonia synthesis is significant | barrier discharge (DBD) plasma ammonia synthesis were | synthesis. The ammonia synthesis rate reached 41.38 mmol g | ammonia synthesis rate, nitrogen conversion rate, and | exhibited the best catalytic performance for ammonia

关键词： ammonia synthesis | carbon-based metal catalyst | catalysis | Ni-MOF-74 | plasma

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Plasma catalytic assisted ammonia* synthesis is* | ammonia synthesis under low temperature and low pressure | species on ammonia* synthesis, aiming to uncover the* | promoting effect on ammonia* synthesis due to the* | acceleration of ammonia* synthesis elementary reactions and*

摘要：Ammonia synthesis is a cornerstone of | electrochemical pathways, plasma-assisted synthesis, and novel | decarbonizing ammonia* production, including renewable* | potential of green ammonia* as a zero-carbon energy vector* | , the ammonia* industry can transition toward a more*

摘要： for ammonia* synthesis exist. Initial rates of ∼1208* | as it was the case of ammonia* synthesis.* | synthesis and decomposition. A series of Mo–N catalysts | performance of Mo nitrides has been investigated in ammonia | was, however, not as severe in ammonia* decomposition*

摘要： mild-condition ammonia(NH3)synthesis* is essential for* | exhibits high activity for NH3 synthesis* at 250-350* | synthesis. | Developing advanced catalytic materials for | improving the energy efciency of the industrial Haber

摘要：Chemical looping ammonia* synthesis(CIAS)stands* | synthesis of ammonia,which allows reactions to be carried | efficient technology for ammonia* synthesis.* | synthesis efficiency.This approach holds promise for | achieves an ammonia* yield of 826 μmol g~(-1)h~(-1),which*

摘要： for ammonia* synthesis. This process considered the* | for ammonia* synthesis compared to both noble and non* | The present study employed the Analytic | Hierarchy Process (AHP), a renowned method for multi | -criteria decision- making, to prioritize electrocatalysts

摘要： distributed, smallscale ammonia* synthesis due to its fast* | than La_2O_3. The disparity in ammonia* concentration* | Plasma catalysis is a promising method for | startup, shutdown, and compatibility with new energy | sources. However, enhancing the synergistic effect

摘要： barrier in nitrate-based ammonia* synthesis reactions* | ammonia synthesis. | synthesis with Faradaic efciency and N- selectivity close | result,the resulting catalyst can achieve ammonia | to ~100% and ammonia* yields as high as 241.20*

摘要： for plasmacatalytic ammonia* synthesis is significant* | barrier discharge (DBD) plasma ammonia* synthesis were* | synthesis. The ammonia synthesis rate reached 41.38 mmol g | ammonia synthesis rate, nitrogen conversion rate, and | exhibited the best catalytic performance for ammonia