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Cited by 99 publications
(170 citation statements)
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“…We start by considering an ensemble of spherical singledomain magnetic nanoparticles subjected to a time-varying magnetic field. There are two fundamental mechanisms governing the response of the nanoparticle magnetic dipole moment: (1) the entire particle rotates with respect to the fluid (Brownian or Debye relaxation), 16,18 while the magnetic dipole moment remains fixed with respect to the crystalline lattice; or (2) the magnetic dipole moment within the particle rotates with respect the crystalline lattice (Néel or internal relaxation). 16,19 Both of these mechanisms are responsible for the alignment of the magnetic dipole moment in the direction of the applied magnetic field.…”
Section: Methodsmentioning
confidence: 99%
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“…We start by considering an ensemble of spherical singledomain magnetic nanoparticles subjected to a time-varying magnetic field. There are two fundamental mechanisms governing the response of the nanoparticle magnetic dipole moment: (1) the entire particle rotates with respect to the fluid (Brownian or Debye relaxation), 16,18 while the magnetic dipole moment remains fixed with respect to the crystalline lattice; or (2) the magnetic dipole moment within the particle rotates with respect the crystalline lattice (Néel or internal relaxation). 16,19 Both of these mechanisms are responsible for the alignment of the magnetic dipole moment in the direction of the applied magnetic field.…”
Section: Methodsmentioning
confidence: 99%
“…There are two fundamental mechanisms governing the response of the nanoparticle magnetic dipole moment: (1) the entire particle rotates with respect to the fluid (Brownian or Debye relaxation), 16,18 while the magnetic dipole moment remains fixed with respect to the crystalline lattice; or (2) the magnetic dipole moment within the particle rotates with respect the crystalline lattice (Néel or internal relaxation). 16,19 Both of these mechanisms are responsible for the alignment of the magnetic dipole moment in the direction of the applied magnetic field. However, the alignment of the magnetic dipole moment with the external magnetic field is not complete due to the thermal interactions between the magnetic dipole moment and the surrounding environment, which contributes to a randomization of the dipole-moment orientation.…”
Section: Methodsmentioning
confidence: 99%
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