Ionization

The ionization of hydrogen gas produces ions and free electrons.

The ionization of oxygen atoms can produce ozone.

The ionization of a gas can be used to detect the presence of radiation.

The ionization of water molecules can create acidic or basic solutions.

The ionization of molecules in a mass spectrometer allows for their identification.

The ionization of the air by lightning is what creates thunder.

Electrospray ionization is commonly used in mass spectrometry.

The ionization potential is a measure of the ease with which an atom or molecule can lose or gain an electron.

The ionization of air can be used to create a spark that ignites fuel in an internal combustion engine.

The ionization of metal atoms results in the formation of cations.

The ionization of the water created a conductive solution.

The process of ionization is used to create a plasma.

The ionization of the metal made it a good conductor of electricity.

The ionization of air molecules can produce electrical sparks.

Ionization is the process by which atoms gain or lose electrons.

The ionization energy required to remove an electron from a neutral atom varies among the elements in the periodic table.

The creation of ions through ionization is important in many chemical reactions.

The ionization of water molecules is a key step in acid-base chemistry.

The ionization of atoms in the upper atmosphere creates the colorful phenomenon known as the Northern Lights.

The ionization of water molecules can create both positive and negative ions.

X-rays are produced through ionization of atoms in a cathode ray tube.

The sun's ultraviolet rays can cause ionization of molecules in the Earth's atmosphere.

The ionization of solvents can affect the reactivity of organic compounds.

The ionization of air by lightning creates plasma, which emits light.

Ionization can occur when metal is exposed to acid.