「PARAMAGNETIC」の共起表現一覧(1語右で並び替え)

PARAMAGNETIC

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  • ferromagnetic, paramagnetic) also strongly alter T1 values and are wide
  • xygen has a pale blue color and is strongly paramagnetic and can be suspended between the poles of a
  • The product is paramagnetic, as expected for a salt of the O2− anion.
  • proteins derived from bacteriophage coating paramagnetic beads will bind to specific cell components
  • At room temperature Mn3O4 is paramagnetic, below 41-43 K, it is ferrimagnetic.
  • Nitrogen dioxide is a paramagnetic bent molecule with C2v point group symmetry
  • This paramagnetic brown solid is a starting reagent for the s
  • olinium-based MRI contrast agent, the first paramagnetic contrast agent for such use.
  • asures the magnetic anisotropy of dia - and paramagnetic crystals.
  • bstantially reduced due to the second-order paramagnetic effect, which involves a symmetry-allowed i
  • All are paramagnetic green solid consisting of Ni2+ cations.
  • magnetic resonance the introduction of the paramagnetic group increases the relaxation rate of near
  • a non-zero spin magnetic moment, oxygen is paramagnetic; i.e., it can be attracted to the poles of
  • ation shows that the zinc ferrite, which is paramagnetic in the bulk form, becomes ferrimagnetic in
  • mal Hall effect has also been measured in a paramagnetic insulator and dubbed the "phonon Hall effec
  • and electronic structure of f(x)'al sites; paramagnetic metal ions/complexes introduced for catalys
  • Einsteinium is a soft, silvery, paramagnetic metal.
  • The decomposition proceeds via a paramagnetic oxalate biradical intermediate.
  • Paramagnetic probes
  • etic compound, and above it exhibits simple paramagnetic properties.
  • Its paramagnetic property reduces the T1 relaxation time (an
  • owever, despite extensive efforts, electron paramagnetic resonance signals from N-V0 avoided detecti
  • yl radical has been identified via electron paramagnetic resonance and UV spectroscopy.
  • ant in nuclear magnetic resonance, electron paramagnetic resonance and muon spin resonance.
  • s stable, and may be detected with Electron Paramagnetic Resonance (EPR) spectroscopy.
  • SO3− radical can be detected with electron paramagnetic resonance and barium dithionate has been pr
  • ioneer and advocate for the use of electron paramagnetic resonance in biological systems, a techniqu
  • he mono-nitrosyl-iron complex with electron paramagnetic resonance (EPR).
  • e electronic structure of molecules through paramagnetic resonance spectroscopy and for the introduc
  • 1940s, Yevgeny Zavoisky developed electron paramagnetic resonance, eventually leading to the concep
  • orescence polarization anisotropy, electron paramagnetic resonance, Microscale Thermophoresis
  • racteristic hyperfine structure in electron paramagnetic resonance, optical absorption and photolumi
  • This reddish paramagnetic solid is an intermediate in the hydrometall
  • Whereas DPPH is normally a paramagnetic solid, it transforms into an antiferromagne
  • Iron(III) fluoride is a thermally robust, paramagnetic solid, consisting of high spin Fe(III) cent
  • from the observance of all orientations of paramagnetic species; as such the EPR spectrum is domina
  • ch can be used as a nitroxide (amine oxide) paramagnetic spin label in protein Electron paramagnetic
  • ft comes from two sources, one is the Pauli paramagnetic spin susceptibility, the other is the s-com
  • on(II) fluoride passing from its disordered paramagnetic state to a more ordered antiferromagnetic s
  • e nuclear magnetic resonance frequency of a paramagnetic substance first published in 1949 by the Am
  • teral resolution using a bulk sample of the paramagnetic substance diphenyipicrylhydrazil.
  • Octahedral high-spin: 5 unpaired electrons, paramagnetic, substitutionally labile.
  • Octahedral high-spin: 2 unpaired electrons, paramagnetic, substitutionally labile.
  • globin, which has a very highly anisotropic paramagnetic susceptibility), taken at very high field,
  • se species: TiCl2[(CH3)2PCH2CH2P(CH3)2]2 is paramagnetic with a triplet ground state, but Ti(CH3)2[(
  • tm produces a green solution containing the paramagnetic Xe+