Ionization

The ionization process is used in mass spectrometry to analyze the composition of a sample.

The ionization of metal occurs when electrons are removed from its atoms.

The ionization of sulfur atoms forms negatively charged sulfur ions.

The ionization of helium atoms produces a positively charged ion.

The ionization of water results in the formation of hydrogen and hydroxide ions.

The ionization of copper in an acid solution produces copper ions.

The ionization of a molecule can cause it to lose its ability to function normally.

The process of ionization is what makes X-rays possible.

The ionization of atoms can result in the emission of light or radiation.

The ionization of salt in water is what gives seawater its unique taste.

The ionization of a molecule can be used to create an electrospray for the mass spectrometry analysis of biological samples.

The process of ionization can be used to detect heavy metals in a solution.

The ionization of carbon dioxide in the air can lead to the formation of acid rain.

The ionization of the air around the lightning bolt caused a bright flash.

The ionization of hydrogen gas produces both positively charged protons and negatively charged electrons.

The process of ionization is used to plate jewelry.

Ionization of zinc metal in a solution of hydrochloric acid.

The ionization of atoms in a gas can be used to create a plasma for use in plasma cutting or welding.

The ionization of atoms in a semiconductor is what allows it to conduct electricity.

The ionization of organic molecules by a mass spectrometer can provide information about the chemical structure of the molecule.

The ionization of silver in a photographic emulsion produces an image.

The ionization of atoms in a nuclear reactor generates heat and radiation.

The Earth's ionosphere is created by the ionization of gases in the upper atmosphere.

The ionization of atoms in a plasma can be used to control the fusion reactions in a tokamak reactor.

The ionization of atoms in a sample can be used to identify its chemical composition using a technique called mass spectrometry.

The ionization of amino acids can influence their function in proteins.

The ionization of metal atoms leads to the formation of cations in solution.

The ionization of atoms in a gas can be used to study the properties of Bose-Einstein condensates.

The ionization of hydrogen atoms is important in the formation of stars.

The ionization of molecules in the atmosphere can create free radicals.

The ionization of molecules in a sample can be used to detect trace amounts of explosives or drugs.

The ionization of water can result in the formation of highly reactive hydroxyl radicals.

The ionization of atoms can be used to create ion beams for materials analysis and modification.

Ionization can be used to sterilize medical equipment by killing bacteria and viruses on its surface.

The ionization of a molecule can change its chemical and physical properties.

The ionization of air by lightning can cause damage to electrical systems.

Ionization of mercury in a fluorescent light produces UV radiation.

The ionization of air occurs when a high-voltage electric field is applied.

The ionization of gas inside fluorescent lamps produces visible light.

The process of ionization is used in the production of ionized water for industrial and medical applications.

The ionization of atoms and molecules can lead to the formation of ions with multiple charges.

Ionization is a common process in mass spectrometry that allows for the detection and characterization of molecules.

Ionization can be used to modify the properties of polymers by introducing charged groups onto the polymer backbone.

The chemist studied the ionization properties of the salt.

The ionization of helium atoms forms positively charged helium ions.

Ionization occurs when an acid is mixed with a base.

Ionization occurs in the air after a lightning bolt strikes the ground.

Plasma ionization is a process used to make gases conductive.

The ionization of the atmosphere by solar radiation is responsible for the formation of the ionosphere.

The ionization of molecules in a gas can be used to create an ionized jet for propulsion in space travel.