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of atoms that have no net magnetic moments(passive) are composedDiamagnetism Diamagnetic materials
Zavoiskydiscoveredelectron paramagnetic resonance
residual magnetismcausesmagnetic hysteresis
Yevgeny Zavoiskydiscoveredelectron paramagnetic resonance
of a set of coils to carry currents and a magnetic yoke / core to store magnetic energy(passive) are composedMagnetic inductors
an electric dipole , and ferromagnetscomposedof magnetic dipoles
atomscomposedof unpaired electrons
magnetic fields(passive) are influenced byMagnetic dipoles
certain molecules interacting negatively with oxygen(passive) caused byunpaired electrons
one more facet of the imbalancecan resultfrom unpaired electrons
Hans Christian Oersted ( 1820(passive) was discovered byElectro magnetism
Scientistsdiscoverchiral magnetism
Michael Faradaydiscoveredelectro - magnetism
Hans Christian Oersted ( 1777 - 1851discoveredelectro - magnetism
Danish physicist Hans C. Oersteddiscoveredelectro - magnetism
1819 Danish physicist Hans C. Oersteddiscoveredelectro - magnetism
Oersteddiscoverselectro - magnetism
Oersteddiscoverselectro - magnetism
of the same kind of atoms(passive) are composedParamagnetic and ferromagnetic substances
often(passive) is ... causedResidual magnetism
the Danish philosopherdiscoveredelectro - magnetism
experimentally ... Faraday in 1831(passive) discovered ... byelectro- magnetism
his master 's grave ... the geniusdiscoveredelectro - magnetism
Baron Carl Auer von Welsbach , an Austrian chemist , in Vienna(passive) was discovered byNeodymium
of atoms(passive) are composedDiamagnetic substances
Baron Carl Auer von Welsbach in Vienna , Austria in 1885(passive) was discovered byNeodymium
Carl Auer Freiherr von Welsbach , an Austrian chemist(passive) was discovered byNeodymium
Carl F. Auer von Welsbach(passive) was discovered byNeodymium
of atoms which have no net magnetic moments ( ie(passive) are composedDiamagnetic substances
in 1885(passive) was discoveredNeodymium
first(passive) was ... discoveredNeodymium
in Vienna(passive) was discoveredNeodymium
of electrons(passive) are composedOrbitals
Induced magnetic fieldcausedparamagnetic and diamagnetic shielding
Induced magnetic fieldcausedparamagnetic and diamagnetic shielding
of iron oxide or nickelcomposedof iron oxide or nickel
The relaxation enhancement(passive) caused byThe relaxation enhancement
in less of a need for deslimingmay resultin less of a need for desliming
to extreme line broadening and impairs magnetization transferleadsto extreme line broadening and impairs magnetization transfer
to a change in magnetic fieldleadingto a change in magnetic field
Any human cell(passive) is composedAny human cell
eddy current losses(passive) caused byeddy current losses
it to create a magnetic field in opposition to an externally applied magnetic fieldcausesit to create a magnetic field in opposition to an externally applied magnetic field
in dark signal artifacts , such as deoxygenated venous blood , hemorrhage , iron , and aircan resultin dark signal artifacts , such as deoxygenated venous blood , hemorrhage , iron , and air
reduced distortion(passive) caused byreduced distortion
blooming(passive) caused byblooming
in a very strong stability in in vivo and in vitro ... the thermodynamic equilibrium constantresultsin a very strong stability in in vivo and in vitro ... the thermodynamic equilibrium constant
the field strength with increasing current to track a different course when it increases compared to when it decreasescausesthe field strength with increasing current to track a different course when it increases compared to when it decreases
damage to Cells , Proteins and even DNA as these highly reactive atoms travel through the body seeking to pair up with other electronscan causedamage to Cells , Proteins and even DNA as these highly reactive atoms travel through the body seeking to pair up with other electrons
damage to cells , proteins and even DNA as these highly reactive atoms travel through the body seeking to pair up with other electronscausedamage to cells , proteins and even DNA as these highly reactive atoms travel through the body seeking to pair up with other electrons
from its five unpaired electronsresultingfrom its five unpaired electrons
to cusp confinementleadingto cusp confinement
of magnetite embedded in a silica gelcomposedof magnetite embedded in a silica gel
to its use in contrast agents in magnetic resonance imaging such as MRIs and MRAshas ledto its use in contrast agents in magnetic resonance imaging such as MRIs and MRAs
shortening of T2 relaxation timecausesshortening of T2 relaxation time
to damage to different parts of the cell , including DNAcan leadto damage to different parts of the cell , including DNA
damage to Cells , Proteins and even DNAcan causedamage to Cells , Proteins and even DNA
damage to cells , proteins and even DNAcausedamage to cells , proteins and even DNA
them to be highly reactivecausingthem to be highly reactive
to a magnetic momentleadto a magnetic moment
to the formation of free radicalsmay leadto the formation of free radicals
the radicals to be highly chemically reactivecausethe radicals to be highly chemically reactive
magnetic behaviorcausemagnetic behavior
oxidative stress in the bodycauseoxidative stress in the body
free radicals to be chemically unstablecausefree radicals to be chemically unstable
broadening and chemical shift effectscan causebroadening and chemical shift effects
cell damagecan causecell damage
colorcausecolor
damage at the cellular levelcausedamage at the cellular level
in molecular and cellular damageresultin molecular and cellular damage
line broadeningcauseline broadening
on the electron spincan causeon the electron spin
to resonance structurescould leadto resonance structures
damage to surrounding moleculescausedamage to surrounding molecules
noise on the electron spincan causenoise on the electron spin