Keyphrases
Heat Exchanger
100%
Low Temperature Applications
100%
Polymeric Hollow Fiber
100%
Compact Heat Exchanger
100%
Thermal Performance
36%
Transfer Station
27%
Pharmaceutical Industry
18%
Metal Tube
18%
Steam Condensation
18%
Metal Shell
18%
Shell-and-tube Heat Exchanger
18%
Thermal Effectiveness
18%
Number of Transfer Units
18%
Plastic Heat Exchanger
18%
Conductance
9%
Biomedical Applications
9%
Order of Magnitude
9%
Desalination
9%
High Thermals
9%
Food Industry
9%
Membrane Contactor
9%
Low Weight
9%
Low-cost Operation
9%
Low Pressure Drop
9%
Heat Transfer
9%
Polypropylene
9%
Polymer Materials
9%
Unit Volume
9%
Shell Side
9%
Small Height
9%
Cross-flow
9%
Biomedical Industry
9%
Commercial Membranes
9%
Polyetheretherketone
9%
Overall Heat Transfer Coefficient
9%
Wall Material
9%
Parallel Flow
9%
Metal Contamination
9%
Value Sensitive Design
9%
Heat Transfer Applications
9%
Heat Transfer Performance
9%
Shell-and-plate Heat Exchanger
9%
Similar Coefficient
9%
Brine System
9%
Corrosion Resistant
9%
Single Device
9%
Heat Exchange Equipment
9%
Corrosive Media
9%
Ultra-high Purity
9%
Effectiveness Factor
9%
Heat Resistance
9%
Engineering
Hollow Fibre
100%
Exchanger
100%
Compact Heat Exchanger
100%
Low Temperature Application
100%
Thermal Performance
30%
Transfer Unit
23%
Steam Condensation
15%
Number of Transfer Unit
15%
Desalination
7%
Membrane Contactors
7%
Operating Cost
7%
Polymer Material
7%
Pressure Drop
7%
Application Field
7%
Shell Side
7%
Heat Transfer Coefficient
7%
Biomedical Industry
7%
Polyetheretherketone
7%
Acceptable Design
7%
Plate Heat Exchanger
7%
Made Fiber
7%
Single Device
7%
Design Value
7%
Tubes (Components)
7%
Heat Transfer Equipment
7%
Effectiveness Factor
7%
Heat Transfer Resistance
7%
Chemical Engineering
Polypropylene
100%
Heat Transfer Coefficient
100%