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ionization

ionization

11 7.0
Atoms and molecules become charged by gaining or losing electrons
  • noun
  • /ˌaɪənaɪˈzeɪʃən/
  • Specialized
translation icon : ionización
  • Early in his career, he advanced the theoretical understanding of ionization processes in hydrocarbon flames.
  • desorption ionization
  • Electrospray ionization
  • ionization mass spectrometry

Is it using some type of ionization and Magna hydrodynamics to move air around the vehicle?

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Examples

  • But here on land there are other sources of ionization, things like natural radioactivity.

  • As you move out through the sun from the center outwards, the conditions change and the level of ionization changes.

  • The resulting ionization current is digitized and used to monitor and control the radiation sequence.

    Academic text (2002)
  • The principal source of ionization in the atmosphere below 30 km altitude is galactic cosmic rays.

    Academic text (1998)
  • The process of ionization allows atoms to gain or lose electrons, often due to heat or radiation.

  • Scientists study ionization to understand how energy affects atoms and molecules in different environments.

  • High temperatures can increase the rate of ionization, resulting in more charged particles in a gas.

Compounds

ionization chamber
  • Specialized
7.7

Device that measures radiation that makes charged particles by detecting those particles in a gas

ionization constant
  • Specialized
7.7

A number that shows how much a weak acid or base separates into ions in water

ionization tube
  • Specialized
8.3

A device that measures radiation by detecting tiny charged particles in a gas tube

How Ionized

ionized
  • Specialized
1 7.1
ionization
  • Specialized
11 7.0
nonionized
  • Specialized
8.1

Surface Forms

ionization singular
ionizations plural

Morphology

ionization = ionize (transparent) = ion + ize + ation

The noun is a regular -ation nominalization of the verb 'ionize' and denotes the process or result of making ions.

Etymology

Ionization comes from the Greek root ion, which means 'going', and the ending -ization, which means 'the process of making'. A helpful way to remember it is that an ion is an atom that has 'gone' from being neutral by losing or gaining electrons, so ionization is the 'process' that makes atoms into charged particles that can move.