Keyphrases
Hollow Fiber Membrane
100%
Membrane Application
100%
Polymerized
100%
Plasma Polymer
100%
Aging Characteristics
100%
Membrane Distillation
66%
Volatile Organic Compounds
66%
Aging Behavior
66%
Gas Permeation
50%
Ionized Air
50%
Aging
33%
Polymer Coating
33%
Separation Characteristics
33%
Toluene
33%
Silicone
33%
Dichloromethane
33%
Aging Effect
33%
Hexane
33%
Gas Permeability
33%
Fluorosilicone
33%
Compounds Recovery
33%
Comonomer
33%
Permeability Characteristics
33%
Branes
33%
Surface Modification
16%
Aqueous Solution
16%
Pore Size
16%
Ultrathin
16%
Organic Solvents
16%
Hollow Fiber
16%
Plasma Polymerization
16%
Adhesion
16%
Oxygen Content
16%
Membrane Separation
16%
Long-term Stability
16%
Gas Separation
16%
Stable Performance
16%
Harsh Environment
16%
Nanocoating
16%
Chemical Environment
16%
Fluoro
16%
Volatile Organic Compounds Removal
16%
Pervaporation
16%
Crosslink Density
16%
Microporous Membrane
16%
Cross-linked Polymer
16%
Biofiltration
16%
Application Usage
16%
Fibrous Substrates
16%
2-Propanol
16%
Lubricity
16%
Ultrafiltration Separation
16%
Polymer Formation
16%
Gas Selectivity
16%
Applications in the Field
16%
Substrate Protection
16%
Inorganic Chemicals
16%
Trisiloxane
16%
Polymer Characteristics
16%
Compound Separation
16%
Gas Separation Membrane
16%
XPS Study
16%
Compound Flux
16%
Engineering
Hollow-Fiber Membrane
100%
Plasma Polymer
100%
Membrane Distillation
66%
Monomer
66%
Separation Gas
33%
Membranes Separation
33%
Fluorosilicone
33%
Aqueous Solution
16%
Periodic Time
16%
Term Stability
16%
Ultrafiltration
16%
Significant Change
16%
Nanocoating
16%
Chemical Environment
16%
Hollow Fibre
16%
Oxygen Content
16%
Pervaporation
16%
Microporous Membrane
16%
Cross-Linked Polymer
16%
Biofiltration
16%
Link Density
16%
Plasma Polymerization
16%
Forming Polymer
16%
Dimensional Change
16%
Material Science
Polymer Coating
100%
Polysiloxane
100%
Gas Permeability
100%
Surface Treatment
50%
Density
50%
Pore Size
50%
Organic Solvents
50%
Plasma Polymerization
50%
Solution
50%
Oxidation Reaction
50%
Inorganic Chemical
50%
Chemical Engineering
Membranes Separation
100%
Hexane
100%
Dichloromethane
100%
Polymerization
50%
Pervaporation
50%
Ultrafiltration
50%
Biofiltration
50%
Propanol
50%