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- Ionization_energy abstract "The ionization energy (IE) of an atom or molecule describes the minimum amount of energy required to remove an electron (to infinity) from the atom or molecule in the gaseous state.X + energy → X+ + e-The term ionization potential has been used in the past but is not recommended.The units for ionization energy vary from discipline to discipline. In physics, the ionization energy is typically specified in electron volts (eV) and refers to the energy required to remove a single electron from a single atom or molecule. In chemistry, the ionization energy is typically specified as a molar quantity (molar ionization energy or enthalpy) and is reported in units of kJ/mol or kcal/mol (the amount of energy it takes for all the atoms in a mole to lose one electron each).The nth ionization energy refers to the amount of energy required to remove an electron from the species with a charge of (n-1). For example, the first three ionization energies are defined as follows:1st ionization energyX → X+ + e-2nd ionization energyX+ → X2+ + e-3rd ionization energyX2+ → X3+ + e-↑ ↑".
- Ionization_energy thumbnail First_Ionization_Energy.svg?width=300.
- Ionization_energy wikiPageID "59613".
- Ionization_energy wikiPageRevisionID "606790501".
- Ionization_energy hasPhotoCollection Ionization_energy.
- Ionization_energy subject Category:Atomic_physics.
- Ionization_energy subject Category:Chemical_properties.
- Ionization_energy subject Category:Ions.
- Ionization_energy subject Category:Molecular_physics.
- Ionization_energy subject Category:Quantum_chemistry.
- Ionization_energy type Abstraction100002137.
- Ionization_energy type Attribute100024264.
- Ionization_energy type ChemicalProperties.
- Ionization_energy type ChemicalProperty105009758.
- Ionization_energy type Property104916342.
- Ionization_energy comment "The ionization energy (IE) of an atom or molecule describes the minimum amount of energy required to remove an electron (to infinity) from the atom or molecule in the gaseous state.X + energy → X+ + e-The term ionization potential has been used in the past but is not recommended.The units for ionization energy vary from discipline to discipline.".
- Ionization_energy label "Energia di ionizzazione".
- Ionization_energy label "Energia jonizacji".
- Ionization_energy label "Energía de ionización".
- Ionization_energy label "Ionisatiepotentiaal".
- Ionization_energy label "Ionisierungsenergie".
- Ionization_energy label "Ionization energy".
- Ionization_energy label "Potencial de ionização".
- Ionization_energy label "Énergie d'ionisation".
- Ionization_energy label "Энергия ионизации".
- Ionization_energy label "طاقة تأين".
- Ionization_energy label "イオン化エネルギー".
- Ionization_energy label "电离能".
- Ionization_energy sameAs Ionizační_potenciál.
- Ionization_energy sameAs Ionisierungsenergie.
- Ionization_energy sameAs Ενέργεια_ιονισμού.
- Ionization_energy sameAs Energía_de_ionización.
- Ionization_energy sameAs Ionizazio-potentzial.
- Ionization_energy sameAs Énergie_d'ionisation.
- Ionization_energy sameAs Energia_di_ionizzazione.
- Ionization_energy sameAs イオン化エネルギー.
- Ionization_energy sameAs 이온화_에너지.
- Ionization_energy sameAs Ionisatiepotentiaal.
- Ionization_energy sameAs Energia_jonizacji.
- Ionization_energy sameAs Potencial_de_ionização.
- Ionization_energy sameAs m.0g776.
- Ionization_energy sameAs Q483769.
- Ionization_energy sameAs Q483769.
- Ionization_energy sameAs Ionization_energy.
- Ionization_energy wasDerivedFrom Ionization_energy?oldid=606790501.
- Ionization_energy depiction First_Ionization_Energy.svg.
- Ionization_energy isPrimaryTopicOf Ionization_energy.