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The 22 pages that link to Zeolite, each with the reason it gives.

• Crystal structureBroader topic: Their precisely arranged frameworks create pores used for catalysis and molecular separation.

• Silicate mineralBroader topic: Zeolites exploit framework cavities for water adsorption and ion exchange.

• Clay mineralCompared with: Zeolites exchange ions like some clays but have three-dimensional frameworks, not sheets.

• Activated carbonCompared with: Its regular pore openings can separate molecules by size more selectively than carbon’s varied pores.

• Crystal waterCompared with: Zeolite water can be mobile and variable in amount, unlike many fixed-ratio hydrates.

• AluminosilicateBroader topic: Zeolites are aluminosilicates whose frameworks create molecular-scale channels and cavities.

• Silica gelCompared with: Their ordered pore structure contrasts with silica gel’s irregular amorphous network.

• AlbiteRelated: Shares the aluminosilicate framework theme, with channels where feldspars hold only compact cations.

• Isomorphous substitutionBroader topic: Framework substitutions alter zeolite charge and the ions held in its pores.

• Metal–organic frameworkCompared with: Zeolites offer durable, well-defined pores but generally less chemical tunability than MOFs.

• Silicon–oxygen tetrahedronBroader topic: Framework sharing plus aluminum substitution creates cavities and exchangeable cations.

• Molecular sieveBroader topic: Zeolites provide uniform channels whose dimensions can exclude or admit particular molecules.

• PhysisorptionBroader topic: Its pores selectively take up molecules through adsorption governed by size and intermolecular attraction.

• EthylbenzeneRelated: Zeolite catalysts enable selective, efficient alkylation of benzene with ethylene.

• Aluminium chlorideCompared with: Solid zeolite catalysts can replace corrosive, moisture-sensitive AlCl₃ in some processes.

• Solid-state chemistryBroader topic: Its framework structure enables selective adsorption and catalysis.

• FeldspathoidCompared with: Zeolites may resemble feldspathoids structurally but commonly form through alteration rather than primary magmatic crystallization.

• PolluciteNarrower topic: Pollucite belongs to this framework-mineral family, whose open structures accommodate large cesium ions.

• Clathrate compoundCompared with: Zeolites also contain guests in crystalline pores, but their hosts have bonded frameworks and accessible channels.

• Lewis acids and basesRelated: Framework aluminum sites create Lewis-acidic centers that catalyze reactions inside pores.

• Solid acidBroader topic: Many zeolites contain proton-donating framework sites and are widely used as solid acids.

• StilbiteNarrower topic: Stilbite is one member of this mineral group, sharing its porous, water-bearing framework.