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Keyword [Diesel engine waste heat]
Result: 1 - 20 | Page: 1 of 1
1. Diesel Engine Waste Gas Heat Generation Research Based On Organic Rankine Cycle
2. Research On Design And Performance Optimization Of Diesel Engine Waste Heat Recovery Bottoming System And Exhaust Heat Exchanger
3. Study On Novel Recovery System For Marine Diesel Engine Waste Heat
4. Design Of Low Temperature Generation System Using Isopentane As Working Fluid
5. The Research On Exhaust Waste Heat Recovery Of Turbocharged Diesel Engine
6. The Performance Analysis And Optimism Of The Exhaust Heat Exchanger Used For Waste Heat Recovery Bottom Cycle Of Diesel Engine
7. Overall Efficiency Optimization Of The Diesel Engine Waste Heat Recovery Energy Network Regulated By ISG Motor
8. Thermal Performance Analysis Of Waste Heat Recovery System Of Marine Main Diesel Engine
9. The Waste Heat Utilization System Modeling And Simulation Research From A Diesel Engine
10. Study Of The Cycle System Of Diesel Engine Waste Heat
11. Study Of The Operating Characterisitics Of Waste Heat Power Generation System Of Marine Main Diesel Engine
12. The Mathematical Modeling And Simulation Reasearch Of Marine Low-Speed Diesel Engine And Waste Heat Recovery System
13. The Research On The Model And The Performance Of The Matching Between Diesel Engine And Marine Waste Heat Recovery System
14. Simulation And Optimization Of Marine Main Diesel Engine With Waste Heat Recovery By Engine Tuning
15. Thermoeconomic Analysis And Optimization For Marine Diesel Engine Waste Heat Recovery System
16. EGR Waste Heat Recovery System Optimization Design And Dynamic Simulation Of Marine Diesel Engine
17. Theoretical And Numerical Investigation Of Fin-and-tube Evaporator For A Diesel Engine-organic Rankine Cycle(ORC) Combined System
18. Study On Energy Saving Of Ship Waste Heat Utilization System Based On Thermoelectric Power Generation
19. Matching Method And Experimental Research On Organic Rankine Cycle For Waste Heat Recovery From Heavy-Duty Diesel Engine
20. Research Of Multi-mode Ship Waste Heat Utilization Cogeneration System With Carbon Dioxide As Working Fluid
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