Keyphrases
Indirect Evaporative Cooler
52%
Response Surface Model
37%
Liquid Desiccant Dehumidifier
37%
Parameter Analysis
37%
Humid Area
35%
Internally-cooled
31%
Emission Reduction
30%
Hot Region
30%
Energy Emission
30%
Humid Region
30%
Energy Saving
30%
Liquid Desiccant
25%
Evaporative
25%
Ventilation
25%
Response Surface Optimization
25%
Model-driven Development
25%
Cross-flow
25%
Developmental Analysis
25%
Modelling Scheme
25%
Liquid Desiccant Air Conditioning
25%
Optimization Scheme
25%
Dehumidification Process
25%
Internally-cooled Dehumidification
25%
Liquid Desiccant Cooling System
25%
Dehumidifier
18%
Return Airway
18%
Internally-cooled Dehumidifier
18%
Operating Parameters
18%
Dehumidification Efficiency
17%
High Humidity
17%
Dehumidification
17%
Exhaust Gas
17%
Optimization Objectives
17%
Liquid Desiccant Dehumidification
15%
Internal Cooling
12%
Dehumidification Effectiveness
12%
Channel Gap
12%
Primary Air
12%
Air Ratio
12%
Heat Exchanger
12%
Humidity
12%
Air Conditioning
12%
Regional Capability
12%
Mechanical Vapor Compression
12%
Multifactor Optimization
12%
Energy Usage
12%
Total Energy
12%
Heat Source
12%
Outlet Temperature
12%
Optimization Strategy
12%
Engineering
Liquid Desiccant
100%
Dehumidification
54%
Response Surface
33%
Air Conditioning System
33%
Surface Modeling
25%
Return Air
25%
Secondary Air
25%
Desiccant Cooling System
25%
Energy Conservation
20%
Air Ratio
16%
Reducing Emission
16%
Operating Parameter
14%
Inlet Velocity
12%
Primary Air
12%
Internals
12%
Exchanger
12%
Humidity Control
12%
Moisture Transfer
12%
Exhaust Air
11%
Surface Model
11%
Compressor Refrigeration System
8%
Coefficient of Performance
8%
Optimization Strategy
8%
Outlet Temperature
8%
Limitations
8%
Heat Source
8%
Empirical Model
8%
Solar Energy
8%
Energy Usage
8%
Vapor Compression
8%
Relative Humidity
8%
Energy Performance
8%
Cooling Capacity
7%
Latent Heat
7%
Fresh Air
7%
Thermal Performance
6%
Inlet Temperature
6%
Air Inlet
6%
Hexagonal Plate
6%
Mass Transfer Model
6%
Temperature Condition
6%
Air Condition
6%
Design Parameter
6%
Mass Flowrate
6%
Plate Heat Exchanger
6%
Air Velocity
6%
Compression Refrigeration System
5%