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ion
1[ahy-uhn, ahy-on]
noun
an electrically charged atom or group of atoms formed by the loss or gain of one or more electrons, as a cation positive ion, which is created by electron loss and is attracted to the cathode in electrolysis, or as an anion negative ion, which is created by an electron gain and is attracted to the anode. The valence of an ion is equal to the number of electrons lost or gained and is indicated by a plus sign for cations and a minus sign for anions, thus: Na + , Cl−, Ca ++ , S = .
one of the electrically charged particles formed in a gas by electric discharge or the like.
Ion
2[ahy-on]
noun
Classical Mythology., the eponymous ancestor of the Ionians: a son of Apollo and Creusa who is abandoned by his mother but returns to become an attendant in Apollo's temple at Delphi.
(italics), a drama on this subject (415? b.c.) by Euripides.
-ion
3a suffix, appearing in words of Latin origin, denoting action or condition, used in Latin and in English to form nouns from stems of Latin adjectives (communion; union ), verbs (legion; opinion ), and especially past participles (allusion; creation; fusion; notion; torsion ).
Ion.
4abbreviation
Ionic.
ion
An atom or a group of atoms that has an electric charge. Positive ions, or cations, are formed by the loss of electrons; negative ions, or anions, are formed by the gain of electrons.
Word History and Origins
Origin of ion1
Origin of ion2
Word History and Origins
Origin of ion1
Origin of ion2
Example Sentences
But the TSA said their counterpart has restrictions: cordless hair styling tools that are powered by lithium metal or lithium ion batteries or gas or butane fuel are only allowed in carry-on bags.
Over time, this scaffold continues to attract calcium and phosphate ions, leading to the growth of a protective enamel-like coating around the tooth, according to researchers.
Known in Japan as an ion bath, it combines many spa treatments in one: a heated, weighted feeling to relax and soothe the body and a calming aromatherapy to pique the senses.
All lithium-ion batteries work roughly the same way: Cells are clustered inside the battery casing, and lithium ions move between the electrodes in each cell, generating an electric current.
The effort required more than 1,500 people — EPA staff, state workers, some members of the military — in nearly 50 teams “doing reconnaissance, hazardous materials removal and lithium ion battery work.”
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