OS-2 Technologies of Desiccant, Adsorption, Absorption and Chemical Reaction 1 09:00 〜 10:20 |
|---|
|
Experimental Concept of the Effects of Steel Mesh Geometric Parameters on the Wetting Characteristics and Dehumidification Performance of Ionic Liquid dehumidification System
|
|
Investigation of the Effects of Solution Distributor Geometry on Liquid Desiccant Air Conditioning Systems
|
|
Application of Energy-Efficient Desiccant Adsorption Dehumidification Wheel Equipment in Air-Conditioning Systems
|
|
Computational Fluid Dynamics simulations of Rotary Desiccant wheel: humidity-based mapping
|
OS-2 Technologies of Desiccant, Adsorption, Absorption and Chemical Reaction 2 10:40 〜 12:20 |
|---|
|
Evaluation of Heat Charging and Discharging Behaviors of Composite Potassium Carbonate in an Open Thermochemical Energy Storage System
|
|
Pore widening of anodic aluminum oxide films by cathodic polarization
|
|
Design of a Double-Effect Adsorption Refrigeration Cycle with a 100 kW Cooling Capacity and Investigation of the Effects of Temperature Conditions on Performance
|
|
Measurement of Equilibrium Adsorption Capacity of Ionic Liquid Solutions at Evaporation temperature below 0℃
|
|
Investigation of MgCl2/NH3-based Thermochemical Energy Storage Materials Composited with Silicone Rubber for Air Conditioning Systems Utilizing Low-Grade Waste Heat
|