antiferroelectric
|an-ti-fer-ro-e-lec-tric|
🇺🇸
/ˌæn.ti.fɛr.oʊ.ɪˈlɛk.trɪk/
🇬🇧
/ˌæn.ti.fɛr.əʊ.ɪˈlɛk.trɪk/
oppositely aligned dipoles (no net polarization)
Etymology
'antiferroelectric' is formed from the combining elements 'anti-' + 'ferro-' + 'electric'. 'anti-' originates from Greek 'anti' meaning 'against' or 'opposite', 'ferro-' is from Latin 'ferrum' (iron) but used in scientific formation to denote 'ferro-' as in ferromagnetism/ferroelectricity (spontaneous alignment), and 'electric' originates from Greek 'ēlektron' (amber) via Latin/Modern scientific usage.
The modern scientific compound developed by combining established scientific prefixes and roots: 'ferro-' was extended from references to iron ('ferrum') to name phenomena with spontaneous alignment (e.g., 'ferromagnetism', 'ferroelectricity'), and 'anti-' was prefixed to indicate the opposite ordering; together they produced 'antiferroelectric' in materials-science usage in the 20th century.
Initially, 'ferro-' literally referred to iron, but in physics it came to mean 'spontaneously aligned ordering'; 'antiferroelectric' therefore originally meant 'opposite of ferroelectric' and has come to refer more specifically to materials whose neighboring dipoles are oppositely aligned, canceling net polarization.
Meanings by Part of Speech
Noun 1
a material or substance that exhibits antiferroelectricity (i.e., an antiferroelectric material).
The sample was identified as an antiferroelectric at low temperatures.
Antonyms
Adjective 1
relating to or exhibiting antiferroelectricity; having adjacent electric dipoles (or domains) aligned in opposite directions so that their net polarization cancels.
The antiferroelectric crystal shows no macroscopic polarization due to the antiparallel dipole ordering.
Antonyms
Last updated: 2025/09/01 02:42
