Therefore, three coccidiostats and one mimic (GAN), all containing a carboxyl group, were directly coupled to the two bead types with EDA as the spacer and their performances in the individual FCIAs, with a selection of antisera, were compared with those applying paramagnetic beads coated with protein conjugates (Table 2).
Piette et al. conducted one of the first studies applying electron paramagnetic resonance spectroscopy (EPR) to characterize PPD oxidation products formed in acetonitrile during redox potential shift experiments with cyclic voltammetry [34].
Successful pulse sequences that directly target the dipolar interactions cannot be applied to paramagnetic metal centers with fast relaxation rates and large g-anisotropy, if no echos can be detected and the excitation bandwidth is not sufficient to cover a sufficiently large part of the spectrum.
If the magnetic field is applied while the paramagnetic salt is in contact with the liquid helium bath (an isothermal process in which a constant temperature is maintained), many more dipoles will become aligned, with a resultant transfer of thermal energy to the bath.
Coatings of ferromagnetic Cr-doped AlN are applied on a paramagnetic metallic substrate (Ni-base alloy) using a diffusion treatment.
Dykens et al. (1992) applied an electron paramagnetic resonance technique on tissue homogenates and found light dependent O2− production that was linked to photosynthesis, as well as host mitochondrial O2− production [34].
The goal of this study is to apply a model of statistical physics, as the super-paramagnetic, to find these natural clusters that allow us to design a cancer detection method.
Motivated by the fact that in the past several years intrinsically local magnetic resonance techniques, especially nuclear magnetic resonance (NMR), have led to intriguing insight into conformational and dynamic properties of IDPs, we here apply solution-state NMR in combination with frozen-state electron paramagnetic resonance (EPR) spectroscopy to an IDP.
More importantly, the tunable multicolor luminescence and paramagnetic properties are simultaneously realized in single-phase NaGdF4 Dy3+,Eu3+ nanofibers, which ideally suit to apply in many fields such as solid-state lasers, lighting and displays, magnetic resonance imaging.
As spectroelectrochemical methods in situ ESR, ESR/UV vis NIR and FTIR spectroelectrochemistry were applied to follow both the paramagnetic and the diamagnetic species formed in redox reactions.
