diamagnetic


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di·a·mag·net·ic

 (dī′ə-măg-nĕt′ĭk)
adj.
Of or relating to a substance that generates a magnetic field in the direction opposite to an externally applied magnetic field and is therefore repelled by it.

di′a·mag′ne·tism (-nĭ-tĭz′əm) n.

diamagnetic

(ˌdaɪəmæɡˈnɛtɪk)
adj
(General Physics) of, exhibiting, or concerned with diamagnetism
ˌdiamagˈnetically adv
ThesaurusAntonymsRelated WordsSynonymsLegend:
Adj.1.diamagnetic - relating to or exhibiting diamagnetism; slightly repelled by a magnet
Translations
References in periodicals archive ?
Levitating light Bulb utilizes different technologies pushing the Market Growth The levitating light bulb market can be classified on the basis of technology as a system with mechanical constraint, diamagnetic levitation, superconductor levitation, currents induced in a conductor and electromagnetic suspension.
The symbol Cu--to those who stayed awake in high school science class --stands for "copper." Otherwise described as "a ductile malleable reddish-brown corrosion-resistant diamagnetic metallic element; occurs in various minerals but is the only metal occurring abundantly in large masses; used as an electrical and thermal conductor."
DPPH is a stable free radical and accepts hydrogen radical to become diamagnetic molecule.
By using a high enough magnetic field, even the chemical and physical processes associated with diamagnetic materials, which make up many of the materials found on earth, are significantly influenced.
Superoxide is also an intermediate involved in the paramagnetic or diamagnetic transformations of hemoglobin during the transport of oxygen in the activated neuron (7).
In the whole range of temperature, the molar magnetic susceptibility was found to be negative and constant, which is characteristic of diamagnetic behavior of the Copper trithiocyanuric complex and is indicative of Cu(I) [d.sup.10] diamagnetic ion (or state or configuration)
As the magnetic field is increased, the induced diamagnetic confinement diminishes this separation and provides a modification of the charge distribution mixing partially the wave functions of two lowest states.
The spectrum after 10 h of MA shows a weak sextet and a dominant single peak which correspond to the ferromagnetic and the paramagnetic (or diamagnetic) component, respectively.
On the other hand, the magnetic moment was not found for the Co(III) complexes, which reveals low-spin [d.sup.6] diamagnetic environment of the complexes [52].
The octahedral, low-spin [d.sup.6] electron configurations give rise to diamagnetic complexes that can easily be assigned and followed using nuclear magnetic resonance (NMR) spectroscopy.
In all cases, the diamagnetic behavior of the substrates was accounted for.
As proved in [1, 19], for any u [member of] [H.sup.1.sub.A]([OMEGA]), the following diamagnetic inequality holds pointwise for almost every x [member of] [OMEGA]: