waste-heat recovery - Globe Thesis

Keyword [waste-heat recovery] Result: 141 - 160 \| Page: 8 of 10
141.	Working Fluid Selection Of Low-temperate Waste Heat Recovery System Based On Organic Rankine Cycle
142.	Study On Heat Transfer And Economy Of Heat Exchanger For Flue Gas Heat Recovery
143.	The Experiment Research And Analysis Of Flue Gas Condensation Heat Transfer In Gas-fired Boilers
144.	Optimization And Dynamic Simulation Of Subcritical Organic Rankine Cycle
145.	The Risk Management Study Of Circulating Water Heat Recovery Project About H Thermal Power Plant
146.	Study On Reciprocating Piston Expander Waste Heat Recovery System Coupling ORC
147.	Applied Research Of Organic Rankine Cycle In Low-grade Industrial Waste Heat Recovery
148.	Research On The Configuration Of Congeneration System Based On Waste Heat Recovery Of The Air Cooling Plant
149.	Study On Performance Of A Heat Pump Water Heating System With Cascade Utilization Of Waste Heat
150.	The Expander Technology Research Based On Rankine Cycle Waste Heat Energy Recovery System
151.	Development Of Automobile Waste Heat Jet Refrigeration Experimental Platform
152.	Experimental Study And Application Of New Type Of Micro-turbine
153.	Design And Optimization Of Heat Pipe Heat Exchanger For Waste Heat Utilization Of Flue Gas
154.	The CFD Simulation And Optimization Of Flow/Heat Transfer Process In "Waste Heat Recovery-Methanol Cracking" Bottom Circulation
155.	Vibration Study On The Radial Inflow Turbine For ORC Low Temperature Waste Heat Recovery System
156.	Research On Thermoelectric Performance Of Fresnel Concentrating PV/T System With Waste Heat Recovery
157.	Application Research On Recycling Waste Heat Of Circulating Cooling Water In Cogeneration Units With Waste Heat Recovery Technology
158.	Flow Mechanism And Control Of Two In-series Turbines For Turbocompound Internal Combustion Engine
159.	Thermoelectric Generator System For Waste Heat Recovery Of Low And Medium Temperature
160.	Overall Efficiency Optimization Of The Rankine Cycle System For Exhaust Heat Recovery From Vehicle Diesel Engines Considering The Dynamic Coupling Effects
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