Linked from

The 64 pages that link to Adsorption, each with the reason it gives.

• HydrogenationRelated: Surface adsorption positions hydrogen and substrate molecules for catalytic reaction.

• ChromatographyRelated: Surface binding is the retention mechanism in adsorption chromatography.

• SurfactantRelated: Surfactant molecules adsorb at interfaces, where they lower the energetic cost of contact.

• Heterogeneous catalysisRelated: Reactants commonly attach to catalyst surfaces before reacting.

• Clay mineralRelated: Large charged surfaces let clay minerals adsorb water, nutrients, and contaminants.

• Hydrogen storageRelated: Porous materials can hold hydrogen on internal surfaces, especially at low temperatures.

• PlatinumRelated: Reactants often adsorb onto platinum before surface-catalyzed reactions occur.

• DecontaminationRelated: Sorbent materials capture contaminants on their surfaces for removal.

• Magnesium oxideRelated: High-surface-area MgO can bind selected molecules and serve in sorbent research.

• Surface scienceRelated: Adsorption is a central way surrounding materials interact with surfaces.

• PhotocatalysisRelated: Reactant adsorption brings molecules into contact with photocatalyst surface sites.

• Surface energyRelated: Adsorbed species can satisfy surface bonds and change the energy of the exposed interface.

• GoethiteRelated: Goethite surfaces bind phosphate, arsenic, and other dissolved substances.

• Grand canonical ensembleRelated: A surface exchanges particles with a surrounding gas, often modeled at fixed chemical potential.

• ContaminationRelated: Surface adsorption can retain chemical contaminants even after the surrounding fluid is removed.

• DesiccantRelated: Silica gel captures water vapor mainly on its internal surfaces.

• HygroscopyRelated: Hygroscopic uptake can occur when water molecules attach to a material's surface.

• RhodiumRelated: In exhaust catalysts, reactants adsorb on rhodium before bonds are rearranged.

• ArsenateRelated: Iron oxides and other sorbents can bind arsenate during water treatment.

• Environmental engineeringRelated: Adsorption onto materials such as activated carbon captures pollutants from water and air.

• Metal–organic frameworkRelated: Molecules can be retained on internal MOF surfaces without entering the solid itself.

• Water chemistryRelated: Dissolved contaminants can bind to mineral and organic surfaces.

• CatalystRelated: Reactants often adsorb onto solid catalysts before reacting.

• Groundwater arsenic contaminationRelated: Iron-based adsorbents capture arsenic from water in many treatment systems.

• Catalytic hydrogenationRelated: Hydrogenation depends on reactants binding to catalyst sites close enough to react.

• Thin-layer chromatographyRelated: Reversible surface binding is a principal cause of different migration distances.

• Aluminium hydroxideRelated: Vaccine antigens can adsorb onto aluminium hydroxide particles, affecting their presentation and release.

• Soil chemistryRelated: Adsorption onto clays and oxides can immobilize nutrients and contaminants.

• Crystal violetRelated: Adsorbents such as activated carbon can capture crystal violet from contaminated water.

• GeophagiaRelated: Adsorption may let ingested earth bind compounds in the digestive tract.

• Interstellar iceRelated: Gas-phase molecules attach to cold grain surfaces to build ice mantles.

• Surface analysis (materials science)Related: Adsorbed species can be either the target of analysis or an unwanted source of signal.

• Arsenate mineralRelated: Arsenate released from minerals can bind to iron oxides and other mineral surfaces.

• Gerhard ErtlRelated: Adsorption is the first step in many surface reactions Ertl investigated.

• Platinum groupRelated: Reactants often bind to platinum-group metal surfaces before catalytic transformation.

• Solid acidRelated: Reactants must often adsorb near acid sites before surface-catalyzed reactions proceed.