Linked from

The 39 pages that link to Ion, each with the reason it gives.

• Ionic compoundNarrower topic: Ionic compounds are built from positively and negatively charged ions.

• Mass spectrometryNarrower topic: Mass spectrometry requires charged species so electric and magnetic fields can manipulate them.

• ElectrolyteNarrower topic: Electrolyte conduction depends on ions as its mobile charge carriers.

• Ion channelNarrower topic: Channels conduct charged particles rather than neutral molecules.

• Ionic bondingNarrower topic: Ionic bonding acts between ions rather than neutral atoms.

• Membrane potentialNarrower topic: Charged particles, especially sodium, potassium, chloride, and calcium, generate membrane voltage.

• Salt glandNarrower topic: Salt glands transport charged particles such as sodium and chloride ions.

• Ionic strengthNarrower topic: Each dissolved ion contributes according to its concentration and squared charge.

• Potassium ionNarrower topic: K⁺ is a positively charged ion created by electron loss.

• Svante ArrheniusNarrower topic: His theory treated dissolved electrolytes as sources of charged particles.

• Sodium ionNarrower topic: Na⁺ is a monatomic ion formed by electron loss.

• AnionNarrower topic: Anion is the negatively charged member of the broader ion family.

• FluorideNarrower topic: Fluoride belongs to the broader class of electrically charged particles.

• Hydration shellNarrower topic: The shell forms around this charged solute.

• Ion exchangeNarrower topic: Ion exchange transfers charged particles rather than neutral atoms or molecules.

• Salt (chemistry)Narrower topic: Salts are assembled from positively and negatively charged ions.

• Resting membrane potentialNarrower topic: Charged ions carry the currents and concentration gradients that create membrane voltage.

• CationNarrower topic: Cations are the positively charged members of the broader ion family.

• Common-ion effectNarrower topic: The effect depends on an ion being present in both the equilibrium and the added substance.

• Nerve conductionNarrower topic: Sodium and potassium ions carry the membrane currents underlying nerve impulses.

• ElectrodialysisNarrower topic: Electrodialysis transports these charged species rather than neutral solutes.

• Magnesium ionNarrower topic: Magnesium ion is one specific ion, distinguished by its element and charge.

• Ion chromatographyNarrower topic: Ion chromatography separates charged species, whose charge under solution conditions controls their interactions.

• Ion beamNarrower topic: Every particle in an ion beam is an ion.

• HydronNarrower topic: A hydron is positively charged after hydrogen loses its electron.