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Journal Articles
Article Type: Research Papers
J. Energy Resour. Technol. October 2023, 145(10): 102301.
Paper No: JERT-23-1024
Published Online: March 31, 2023
Includes: Supplementary data
Image
in Investigating the Effects of H, CH 3 , and C 2 H 5 Radicals on the Kinetics of Ignition for Methane/Air Mixtures
> Journal of Energy Resources Technology
Published Online: March 31, 2023
Fig. 1 Calculation results of H and H 2 effect with the additional mole fractions of 10 −7 – 10 −2 : ( a ) AramcoMech 2.0 and ( b ) USC MECH II More
Image
in Investigating the Effects of H, CH 3 , and C 2 H 5 Radicals on the Kinetics of Ignition for Methane/Air Mixtures
> Journal of Energy Resources Technology
Published Online: March 31, 2023
Fig. 2 Comparison between H (solid lines) and H 2 (dot lines) effect at temperatures of 800 K, 1000 K, and 1250 K More
Image
in Investigating the Effects of H, CH 3 , and C 2 H 5 Radicals on the Kinetics of Ignition for Methane/Air Mixtures
> Journal of Energy Resources Technology
Published Online: March 31, 2023
Fig. 3 Calculation results of CH 3 and C 2 H 5 effect with the additional fractions of 10 −7 – 10 −2 More
Image
in Investigating the Effects of H, CH 3 , and C 2 H 5 Radicals on the Kinetics of Ignition for Methane/Air Mixtures
> Journal of Energy Resources Technology
Published Online: March 31, 2023
Fig. 4 Comparison among H, CH 3 , and C 2 H 5 effects at temperatures of 800 K, 1000 K, and 1250 K More
Image
in Investigating the Effects of H, CH 3 , and C 2 H 5 Radicals on the Kinetics of Ignition for Methane/Air Mixtures
> Journal of Energy Resources Technology
Published Online: March 31, 2023
Fig. 5 Sensitivity coefficients of the ignition of methane/air with the addition of H and CH 3 at an equivalence ratio of 1.0 and pressure of 10 atm: ( a ) 800 K and ( b ) 1250 K More
Image
in Investigating the Effects of H, CH 3 , and C 2 H 5 Radicals on the Kinetics of Ignition for Methane/Air Mixtures
> Journal of Energy Resources Technology
Published Online: March 31, 2023
Fig. 6 Calculation results of OH and temperature along the ignition process at an equivalence ratio of 1.0 and pressure of 10 atm: ( a ) 800 K and ( b ) 1250 K More
Image
in Investigating the Effects of H, CH 3 , and C 2 H 5 Radicals on the Kinetics of Ignition for Methane/Air Mixtures
> Journal of Energy Resources Technology
Published Online: March 31, 2023
Fig. 7 Comparison of ROP of OH radical and ignition delay time at 1250 K with the additions of 0%, 1 mol% H, and 1 mol% CH 3 More
Journal Articles
Accepted Manuscript
Article Type: Research Papers
J. Energy Resour. Technol.
Paper No: JERT-22-1476
Published Online: March 30, 2023
Journal Articles
Accepted Manuscript
Article Type: Research Papers
J. Energy Resour. Technol.
Paper No: JERT-23-1008
Published Online: March 30, 2023
Journal Articles
Accepted Manuscript
Article Type: Research Papers
J. Energy Resour. Technol.
Paper No: JERT-23-1045
Published Online: March 30, 2023
Journal Articles
Article Type: Research Papers
J. Energy Resour. Technol. September 2023, 145(9): 091401.
Paper No: JERT-22-1726
Published Online: March 28, 2023
Image
in Feasibility Analysis of a Fuel Cell-Based Tri-Generation Energy System Via the Adoption of a Multi-Objective Optimization Tool
> Journal of Energy Resources Technology
Published Online: March 28, 2023
Fig. 1 Operation block scheme of the optimization model More
Image
in Feasibility Analysis of a Fuel Cell-Based Tri-Generation Energy System Via the Adoption of a Multi-Objective Optimization Tool
> Journal of Energy Resources Technology
Published Online: March 28, 2023
Fig. 2 Simulation setup diagram for the several CCHP plant configurations More
Image
in Feasibility Analysis of a Fuel Cell-Based Tri-Generation Energy System Via the Adoption of a Multi-Objective Optimization Tool
> Journal of Energy Resources Technology
Published Online: March 28, 2023
Fig. 3 Industrial case study: ( a ) electric energy load, ( b ) thermal energy load, and ( c ) cooling energy load for winter (P1), middle season (P2 and P4), and summer (P3) More
Image
in Feasibility Analysis of a Fuel Cell-Based Tri-Generation Energy System Via the Adoption of a Multi-Objective Optimization Tool
> Journal of Energy Resources Technology
Published Online: March 28, 2023
Fig. 4 MGT + Li-ion BES: NPV trend according to the size of the unit of cogeneration—scenario 1 More
Image
in Feasibility Analysis of a Fuel Cell-Based Tri-Generation Energy System Via the Adoption of a Multi-Objective Optimization Tool
> Journal of Energy Resources Technology
Published Online: March 28, 2023
Fig. 5 MGT + LA BES: NPV trend according to the size of the unit of cogeneration—scenario 1 More
Image
in Feasibility Analysis of a Fuel Cell-Based Tri-Generation Energy System Via the Adoption of a Multi-Objective Optimization Tool
> Journal of Energy Resources Technology
Published Online: March 28, 2023
Fig. 6 SOFC + Li-ion BES: NPV trend according to the size of the unit of cogeneration—( a ) scenario 1, ( b ) scenario 2, and ( c ) scenario 3 More
Image
in Feasibility Analysis of a Fuel Cell-Based Tri-Generation Energy System Via the Adoption of a Multi-Objective Optimization Tool
> Journal of Energy Resources Technology
Published Online: March 28, 2023
Fig. 7 SOFC + LA BES: NPV trend according to the size of the unit of cogeneration: ( a ) scenario 1, ( b ) scenario 2, and ( c ) scenario 3 More
Image
in Feasibility Analysis of a Fuel Cell-Based Tri-Generation Energy System Via the Adoption of a Multi-Objective Optimization Tool
> Journal of Energy Resources Technology
Published Online: March 28, 2023
Fig. 8 PEMFC (methane) + Li-ion BES: NPV trend according to the size of the unit of cogeneration—( a ) scenario 1, ( b ) scenario 2, and ( c ) scenario 3 More
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