NSTL国家科技图书文献中心

1. Dual precooling enhanced nitrogen-expanded BOG reliquefaction process for LNG-fueled ships NSTL国家科技图书文献中心

Xiaofei Wen | Tianyou Zhou ... - 《International Journal of Refrigeration》 - 2025,172 - 284～294 - 共11页

摘要： reliquefes BOG using a nitrogen inverse* Brayton cycle. The | processes untilize a single precooling cycle, with limited | paper proposes a dual precooling cycle that utilizes* | By re-liquefying the evaporated gas in the BOG | reliquefaction process, operational expenses are minimized

关键词： BOG reliquefaction | LNG-fueled ship | Precooling | Exergy effciency | Heat exchanger

2. Waste heat recovery of a combined Brayton and inverse Brayton cycle for gas turbine based multi-generation hydrogen and freshwater purposes: 4E comparison with a simple coupled Brayton and inverse Brayton cycle NSTL国家科技图书文献中心

Zoghi, Mohammad | Hosseinzadeh, Nasser ... - 《Thermal science and engineering progress》 - 2024,53 - ARTN 102718～ - 共14页

摘要：. The combined Brayton* and inverse Brayton cycle (IBC* | Brayton and IBC (Configuration 1) is compared with a | Brayton and IBC. Furthermore, the power produced in IBC | Using gas turbine cycles in power generation | layouts can lead to a significant amount of waste energy

关键词： Brayton cycle | Inverse Brayton cycle | Multi-generation | Performance comparison | 4E study | ORGANIC RANKINE-CYCLE | MULTIOBJECTIVE OPTIMIZATION | PERFORMANCE ANALYSIS | THERMOECONOMIC OPTIMIZATION | REGENERATIVE BRAYTON...

3. 4E comparison and optimization of natural gas or solar-powered combined gas turbine cycle and inverse Brayton cycle in hydrogen and freshwater multi-generation systems NSTL国家科技图书文献中心

Mohammad Zoghi | Nasser Hosseinzadeh ... - 《Renewable energy focus》 - 2024,48(Mar.) - 100546.1～100546.16 - 共16页

摘要： water unit and an inverse* Brayton cycle (IBC), and* | . The gas turbine cycle* (GTC) is one of the main* | performance of a 500 kW CC-based gas turbine cycle* is* | Replacing fossil fuel-based systems with | renewable energy resources is a method to enhance the

关键词： Gas turbine cycle | Solar power tower | Inverse Brayton cycle | Multi-generation | Performance comparison | 4E optimization

4. 4E optimization comparison of different bottoming systems for waste heat recovery of gas turbine cycles, internal combustion engines, and solid oxide fuel cells in power-hydrogen production systems NSTL国家科技图书文献中心

Mohammad Zoghi | Nasser Hosseinzadeh ... - 《Transactions of The Institution of Chemical Engineers. Process Safety and Environmental Protection, Part B》 - 2024,187 - 549～580 - 共32页

摘要： supercritical Brayton* cycle (SBC), inverse Brayton cycle (IBC* | the present research, the steam Rankine cycle, CO2 | ), and air bottoming cycle* are used for WHR of high* | and ICE. Furthermore, the organic Rankine cycle* (ORC* | ), trilateral cycle, organic flash cycle, Kalina cycle, and

关键词： Gas turbine cycle | Solid oxide fuel cell | Internal combustion engine | Hydrogen production | 4E study | Optimization

5. Thermodynamic analysis of a parabolic trough power plant integrating supercritical carbon dioxide Brayton cycle and direct contact membrane distillation NSTL国家科技图书文献中心

Aman Zaharil H. | Yang H. - 《Applied thermal engineering: Design, processes, equipment, economics》 - 2024,252 - 共5页

摘要： supercritical carbon dioxide (sCO2) Brayton* cycle, and a* | capacity. The existence of an inverse* correlation between* | © 2024 Elsevier LtdThis research advances | current efforts to develop 3rd gen concentrated solar | power (CSP) systems, addressing current research and

关键词： Concentrated solar power | Desalination | Direct contact membrane distillation | Parabolic trough | Solar energy | Supercritical Brayton cycle

6. Thermal efficiency and specific work optimization of combined Brayton and inverse Brayton cycle: A multi-objective approach NSTL国家科技图书文献中心

Prajapati, Parth | Patel, Vivek ... - 《Thermal science and engineering progress》 - 2023,37 - ARTN 101624～ - 共13页

摘要： combined Brayton* and inverse Brayton cycle is carried out* | variation considers the top cycle* pressure ratio and* | bottom cycle* expansion pressure. From the results of* | The multi-objective optimization study of the | with the aim to maximize specific work output and

关键词： Brayton cycle | Inverse Brayton cycle | Specific work | Thermal efficiency | Optimization | MANY-OBJECTIVE OPTIMIZATION | POWER | ALGORITHM

7. PRELIMINARY INVESTIGATION OF A COMBINED HEAT AND POWER REVERSIBLE-BRAYTON SYSTEM INTEGRATED WITH A RENEWABLE POWER SOURCE NSTL国家科技图书文献中心

Maria Alessandra Anc... | Francesco Melino ... - 《Proceedings of the ASME Turbo Expo 2023: Turbomachinery Technical Conference and Exposition, GT 2023, Boston, Massachusetts, USA, June 26-30, 2023, volume 8. Industrial and Cogeneration; Manufacturing Materials and Metallurgy》 - ASME Turbomachinery Technical Conference and Exposition - 2023, - V008T16A005-1～V008T16A005-14 - 共14页

摘要：, through an inverse* cycle, and then to convert it back* | preliminary model of a reversible Brayton* PTES is developed* | cycle. A systematic analysis comparing two | configurations (base and recuperated) of the reversible Brayton | Pumped Thermal Electricity Storage (PTES

关键词： PTES | CHP | Brayton | Carnot batteries

8. Close Supercritical Versus Inverse Brayton Cycles for Power Supply, Using Waste of a Biogas-Driven Open Brayton Cycle SCIE Web of Science核心 EI 工程索引 SCOPUS Scopus数据库 NSTL国家科技图书文献中心

Ebadollahi, Mohammad | Rostamzadeh, Hadi ... - 《Journal of Energy Resources Technology》 - 2021,143(9) - 共10页

摘要：Power generation via a biogas-driven Brayton | cycle (BC) can be regarded as the best scenario for | terms of selecting the best bottoming cycle* for the* | best bottoming cycle* between a close supercritical BC* | (CSBC) and an inverse* BC (IBC) for waste heat*

关键词： 4E analysis | biogas | optimization | close Brayton cycle | inverse Brayton cycle

9. Gas turbine cogeneration concepts for the pressureless discharge of high temperature thermal energy storage units EI 工程索引 SCIE Web of Science核心 SCOPUS Scopus数据库 NSTL国家科技图书文献中心

Holy, Felix | Textor, Michel ... - 《Journal of Energy Storage》 - 2021,44(Dec. Pt.A) - 103283.1～103283.11 - 共11页

摘要：, different configurations of the Brayton* cycle are* | Brayton cycle is achieving the highest total energetic | suitable for CHP. The open externally heated Brayton | cycle achieves the highest electrical efficiency of | 33.14% at the design point, while the closed inverse

关键词： Brayton cycle | Sector-coupling | Cogeneration | Thermal energy storage | Heat to power and heat | Gas turbine

10. Strategy on performance improvement of inverse Bra/ton cycle system for energy recovery in turbocharged diesel engines SCOPUS Scopus数据库 SCIE Web of Science核心 EI 工程索引 NSTL国家科技图书文献中心

Zhu, Dengting | Lin, Yun ... - 《Proceedings of the Institution of Mechanical Engineers, Part A. Journal of power and energy》 - 2020,234(1) - 85～95 - 共11页

摘要：The inverse* Brayton cycle is a potential* | inverse Brayton cycle system for energy recovery in | future development of the inverse* Brayton cycle system* | inverse Brayton cycle system critical parameters | compression is 51.9kPa. For the inverse* Brayton cycle system*

摘要： reliquefes BOG using a nitrogen inverse* Brayton cycle. The | processes untilize a single precooling cycle, with limited | paper proposes a dual precooling cycle that utilizes* | By re-liquefying the evaporated gas in the BOG | reliquefaction process, operational expenses are minimized

关键词： BOG reliquefaction | LNG-fueled ship | Precooling | Exergy effciency | Heat exchanger

摘要：. The combined Brayton* and inverse Brayton cycle (IBC* | Brayton and IBC (Configuration 1) is compared with a | Brayton and IBC. Furthermore, the power produced in IBC | Using gas turbine cycles in power generation | layouts can lead to a significant amount of waste energy

关键词： Brayton cycle | Inverse Brayton cycle | Multi-generation | Performance comparison | 4E study | ORGANIC RANKINE-CYCLE | MULTIOBJECTIVE OPTIMIZATION | PERFORMANCE ANALYSIS | THERMOECONOMIC OPTIMIZATION | REGENERATIVE BRAYTON...

摘要： water unit and an inverse* Brayton cycle (IBC), and* | . The gas turbine cycle* (GTC) is one of the main* | performance of a 500 kW CC-based gas turbine cycle* is* | Replacing fossil fuel-based systems with | renewable energy resources is a method to enhance the

关键词： Gas turbine cycle | Solar power tower | Inverse Brayton cycle | Multi-generation | Performance comparison | 4E optimization

关键词： Gas turbine cycle | Solid oxide fuel cell | Internal combustion engine | Hydrogen production | 4E study | Optimization

摘要： supercritical carbon dioxide (sCO2) Brayton* cycle, and a* | capacity. The existence of an inverse* correlation between* | © 2024 Elsevier LtdThis research advances | current efforts to develop 3rd gen concentrated solar | power (CSP) systems, addressing current research and

关键词： Concentrated solar power | Desalination | Direct contact membrane distillation | Parabolic trough | Solar energy | Supercritical Brayton cycle

摘要： combined Brayton* and inverse Brayton cycle is carried out* | variation considers the top cycle* pressure ratio and* | bottom cycle* expansion pressure. From the results of* | The multi-objective optimization study of the | with the aim to maximize specific work output and

关键词： Brayton cycle | Inverse Brayton cycle | Specific work | Thermal efficiency | Optimization | MANY-OBJECTIVE OPTIMIZATION | POWER | ALGORITHM

摘要：, through an inverse* cycle, and then to convert it back* | preliminary model of a reversible Brayton* PTES is developed* | cycle. A systematic analysis comparing two | configurations (base and recuperated) of the reversible Brayton | Pumped Thermal Electricity Storage (PTES

关键词： PTES | CHP | Brayton | Carnot batteries

摘要：Power generation via a biogas-driven Brayton | cycle (BC) can be regarded as the best scenario for | terms of selecting the best bottoming cycle* for the* | best bottoming cycle* between a close supercritical BC* | (CSBC) and an inverse* BC (IBC) for waste heat*

关键词： 4E analysis | biogas | optimization | close Brayton cycle | inverse Brayton cycle

摘要：, different configurations of the Brayton* cycle are* | Brayton cycle is achieving the highest total energetic | suitable for CHP. The open externally heated Brayton | cycle achieves the highest electrical efficiency of | 33.14% at the design point, while the closed inverse

关键词： Brayton cycle | Sector-coupling | Cogeneration | Thermal energy storage | Heat to power and heat | Gas turbine

摘要：The inverse* Brayton cycle is a potential* | inverse Brayton cycle system for energy recovery in | future development of the inverse* Brayton cycle system* | inverse Brayton cycle system critical parameters | compression is 51.9kPa. For the inverse* Brayton cycle system*

关键词： Inverse Brayton cycle | diesel engine | energy recovery | strategy

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： reliquefes BOG using a nitrogen inverse Brayton cycle. The | processes untilize a single precooling cycle, with limited | paper proposes a dual precooling cycle that utilizes | By re-liquefying the evaporated gas in the BOG | reliquefaction process, operational expenses are minimized

关键词： BOG reliquefaction | LNG-fueled ship | Precooling | Exergy effciency | Heat exchanger

摘要：. The combined Brayton and inverse Brayton cycle (IBC | Brayton and IBC (Configuration 1) is compared with a | Brayton and IBC. Furthermore, the power produced in IBC | Using gas turbine cycles in power generation | layouts can lead to a significant amount of waste energy

关键词： Brayton cycle | Inverse Brayton cycle | Multi-generation | Performance comparison | 4E study | ORGANIC RANKINE-CYCLE | MULTIOBJECTIVE OPTIMIZATION | PERFORMANCE ANALYSIS | THERMOECONOMIC OPTIMIZATION | REGENERATIVE BRAYTON...

摘要： water unit and an inverse Brayton cycle (IBC), and | . The gas turbine cycle (GTC) is one of the main | performance of a 500 kW CC-based gas turbine cycle is | Replacing fossil fuel-based systems with | renewable energy resources is a method to enhance the

关键词： Gas turbine cycle | Solar power tower | Inverse Brayton cycle | Multi-generation | Performance comparison | 4E optimization

摘要： supercritical Brayton cycle (SBC), inverse Brayton cycle (IBC | the present research, the steam Rankine cycle, CO2 | ), and air bottoming cycle are used for WHR of high | and ICE. Furthermore, the organic Rankine cycle (ORC | ), trilateral cycle, organic flash cycle, Kalina cycle, and

关键词： Gas turbine cycle | Solid oxide fuel cell | Internal combustion engine | Hydrogen production | 4E study | Optimization

摘要： supercritical carbon dioxide (sCO2) Brayton cycle, and a | capacity. The existence of an inverse correlation between | © 2024 Elsevier LtdThis research advances | current efforts to develop 3rd gen concentrated solar | power (CSP) systems, addressing current research and

关键词： Concentrated solar power | Desalination | Direct contact membrane distillation | Parabolic trough | Solar energy | Supercritical Brayton cycle

摘要： combined Brayton and inverse Brayton cycle is carried out | variation considers the top cycle pressure ratio and | bottom cycle expansion pressure. From the results of | The multi-objective optimization study of the | with the aim to maximize specific work output and

关键词： Brayton cycle | Inverse Brayton cycle | Specific work | Thermal efficiency | Optimization | MANY-OBJECTIVE OPTIMIZATION | POWER | ALGORITHM

摘要：, through an inverse cycle, and then to convert it back | preliminary model of a reversible Brayton PTES is developed | cycle. A systematic analysis comparing two | configurations (base and recuperated) of the reversible Brayton | Pumped Thermal Electricity Storage (PTES

关键词： PTES | CHP | Brayton | Carnot batteries

摘要：Power generation via a biogas-driven Brayton | cycle (BC) can be regarded as the best scenario for | terms of selecting the best bottoming cycle for the | best bottoming cycle between a close supercritical BC | (CSBC) and an inverse BC (IBC) for waste heat

关键词： 4E analysis | biogas | optimization | close Brayton cycle | inverse Brayton cycle

摘要：, different configurations of the Brayton cycle are | Brayton cycle is achieving the highest total energetic | suitable for CHP. The open externally heated Brayton | cycle achieves the highest electrical efficiency of | 33.14% at the design point, while the closed inverse

关键词： Brayton cycle | Sector-coupling | Cogeneration | Thermal energy storage | Heat to power and heat | Gas turbine

摘要：The inverse Brayton cycle is a potential | inverse Brayton cycle system for energy recovery in | future development of the inverse Brayton cycle system | inverse Brayton cycle system critical parameters | compression is 51.9kPa. For the inverse Brayton cycle system

关键词： Inverse Brayton cycle | diesel engine | energy recovery | strategy

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： reliquefes BOG using a nitrogen inverse* Brayton cycle. The | processes untilize a single precooling cycle, with limited | paper proposes a dual precooling cycle that utilizes* | By re-liquefying the evaporated gas in the BOG | reliquefaction process, operational expenses are minimized

摘要：. The combined Brayton* and inverse Brayton cycle (IBC* | Brayton and IBC (Configuration 1) is compared with a | Brayton and IBC. Furthermore, the power produced in IBC | Using gas turbine cycles in power generation | layouts can lead to a significant amount of waste energy

摘要： water unit and an inverse* Brayton cycle (IBC), and* | . The gas turbine cycle* (GTC) is one of the main* | performance of a 500 kW CC-based gas turbine cycle* is* | Replacing fossil fuel-based systems with | renewable energy resources is a method to enhance the

摘要： supercritical carbon dioxide (sCO2) Brayton* cycle, and a* | capacity. The existence of an inverse* correlation between* | © 2024 Elsevier LtdThis research advances | current efforts to develop 3rd gen concentrated solar | power (CSP) systems, addressing current research and

摘要： combined Brayton* and inverse Brayton cycle is carried out* | variation considers the top cycle* pressure ratio and* | bottom cycle* expansion pressure. From the results of* | The multi-objective optimization study of the | with the aim to maximize specific work output and

摘要：, through an inverse* cycle, and then to convert it back* | preliminary model of a reversible Brayton* PTES is developed* | cycle. A systematic analysis comparing two | configurations (base and recuperated) of the reversible Brayton | Pumped Thermal Electricity Storage (PTES

摘要：Power generation via a biogas-driven Brayton | cycle (BC) can be regarded as the best scenario for | terms of selecting the best bottoming cycle* for the* | best bottoming cycle* between a close supercritical BC* | (CSBC) and an inverse* BC (IBC) for waste heat*

摘要：, different configurations of the Brayton* cycle are* | Brayton cycle is achieving the highest total energetic | suitable for CHP. The open externally heated Brayton | cycle achieves the highest electrical efficiency of | 33.14% at the design point, while the closed inverse

摘要：The inverse* Brayton cycle is a potential* | inverse Brayton cycle system for energy recovery in | future development of the inverse* Brayton cycle system* | inverse Brayton cycle system critical parameters | compression is 51.9kPa. For the inverse* Brayton cycle system*