SLIPS liquid-infused slippery surfaces

E550060

SLIPS liquid-infused slippery surfaces are bioinspired, ultra-repellent coatings engineered to create smooth, self-cleaning, and anti-fouling interfaces by infusing porous materials with lubricating liquids.

Try in SPARQL Jump to: Statements Referenced by

Statements (53)

Predicate Object
instanceOf anti-fouling surface
bioinspired material
liquid-infused surface
surface coating technology
addressesLimitationOf air-trapping superhydrophobic coatings
canUseLubricantType fluorinated oils
hydrocarbon oils
silicone oils
hasAcronym SLIPS NERFINISHED
hasApplication anti-icing surfaces
consumer products coatings
food processing equipment
heat exchangers
marine anti-fouling coatings
medical devices
microfluidic devices
optical components
pipelines and tubing
self-cleaning windows
hasChallenge long-term mechanical durability
lubricant depletion over time
scalability of fabrication
hasDesignPrinciple capillary-stabilized lubricant layer
chemical affinity between lubricant and substrate
immiscibility between lubricant and repelled liquids
nanostructured or microstructured porosity
hasFullName Slippery Liquid-Infused Porous Surfaces NERFINISHED
hasFunction enable self-cleaning of surfaces
prevent adhesion of contaminants
reduce biofouling
reduce ice adhesion
repel complex fluids
repel oils
repel water
hasKeyComponent lubricating liquid
porous solid substrate
hasKeyProperty anti-fouling performance
liquid repellency
low contact angle hysteresis
optical transparency (in some implementations)
pressure stability (depending on design)
self-cleaning behavior
slipperiness
smooth liquid interface
ultra-repellency
isAlternativeTo superhydrophobic lotus-effect surfaces
isCharacterizedBy liquid-liquid interface between lubricant and contacting fluid
low sliding angles for droplets
reduced contact line pinning
isInspiredBy Nepenthes pitcher plant NERFINISHED
carnivorous plant slippery peristome
requires porous or textured solid framework
thermodynamically stable lubricant layer

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.

Joanna Aizenberg knownFor SLIPS liquid-infused slippery surfaces