dropwise condensation - Globe Thesis

Keyword [dropwise condensation] Result: 1 - 20 \| Page: 1 of 2
1.	Motion Of Droplets And Dropwise Condensation On The Gradient Surface
2.	Fractal Analysis Of Growth And Heat Transfer Of Droplets In Dropwise Condensation
3.	Wetting Evolution And Heat Transfer Characteristics In Dropwise Condensation Of Steam-air Mixture On Superhydrophobic Surface
4.	Experimental Research On Dropwise Condensation Of Vapor
5.	The Experiment And Model Of Condensation Heat Transfer On The Surface With Gradient Surface Energy
6.	Experimental Research Of Dopwise Condensation Heat Transfer Outside The Horizontal Tube Coated PTFE Film
7.	Effects Of Surface Characteristics On Initial Droplet Distribution And Heat Transfer Model Of Dropwise Condensation
8.	Experimental Investigation Of Steam Dropwise Condensation Heat Transfer At Low Pressure
9.	Microscopic Characteristic And Heat Transfer Mechanisms Of Dropwise Condensing Droplets
10.	Study On Dropwise Condensation Of Envelope Surface And Thermal Environment In Cold Radiation System
11.	Experimental Investigation Of Steam Dropwise Condensation On SAM Superhydrophobic Surface At Extra-Low Pressure
12.	Bundle Droplet Shedding And Aggregation Fractal Analysis And Condensation Heat Transfer
13.	Non-condensable Gas For Dropwise Condensation Tube Condensation Heat Transfer In A Pilot Study,
14.	Influence Of Surface Physical And Chemical Properties On Heat Transfer Characteristics Of Steam Condensation
15.	Research On Heat Transfer Characteristics And Enhanced Condensation For Steam With High Concentration CO₂
16.	The Effect Research Of Water Vapor Dropwise Condensation Heat Transfer
17.	Inner Flow And Heat Transfer Characteristics Of Condensing Droplets In Vapor Flow
18.	Experimental Investigation Of Steam Dropwise Condensation On Hydrophobic Surface
19.	Lattice Boltzmann Simulation,Theory Revision And Electric Field Enhancement Of Condensation
20.	Dropwise Condensation Heat Transfer Model And Droplet Dynamic Characteristic On The Nanocone-structured Surface
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