Linked from

The 16 pages that link to Surface science, each with the reason it gives.

• Heterogeneous catalysisNarrower topic: Its methods reveal the structures and adsorbates present at catalyst surfaces.

• AdhesionNarrower topic: Adhesion depends on properties concentrated at surfaces rather than throughout bulk materials.

• Physical chemistryRelated: Surface energetics and molecular interactions explain catalysis and adsorption.

• Scanning tunneling microscopeNarrower topic: The microscope makes atomic-scale surface structure directly measurable.

• Photoelectron spectroscopyNarrower topic: Photoelectron spectroscopy is especially surface-sensitive and widely used in this field.

• DesorptionNarrower topic: Desorption is one of the central processes used to probe surface properties.

• ChemisorptionNarrower topic: Chemisorption is a core process studied at solid interfaces.

• Gerd BinnigNarrower topic: The microscope made atomic-scale surface structure experimentally accessible.

• Heinrich RohrerRelated: The scanning tunneling microscope made atomic-scale surface structure directly accessible to this field.

• Auger effectNarrower topic: The short escape depth of Auger electrons makes the effect especially useful for surface analysis.

• Kai SiegbahnNarrower topic: ESCA became a major method for examining the composition and chemistry of surfaces.

• Jurin's lawNarrower topic: The law is an early quantitative result about forces acting at interfaces.

• Tin(IV) oxideNarrower topic: Gas sensing depends on reactions at tin dioxide's surface rather than only its bulk composition.

• Biomedical and Dental MaterialsRelated: Cells, proteins, and fluids interact first with a material’s surface.

• Cryogenics & vacuum technologyRelated: Vacuum prevents contamination that would obscure or alter clean surfaces.

• Gerhard ErtlRelated: Its tools let Ertl connect atomic-scale surface structure to observable reactions.