Solid-State 15N Polarimetry of Hyperpolarized 15N2O Based on the Modeling of NMR Spectral Patterns

Keywords

accessible accommodated additionally adjusted agents aluminum amplifier anisotropic approaches assumes assuming astronomy asymmetric atoms band basis broadening built chemical circular coil computational conference constant constructed contained copper cost coupled couplings dashed decay delay dependence described determined diameter dipole directly dissolved domain doubly dynamic efficiently emerging enables error evenly example exhibit experimental field finding fitted fitting free frequency function future global height holder home in vivo instead integrated inversion isotropic john labeled larger liquid long made magnet magnetization magnitude makes many materials metabolism microwave minute mixture model molecules multiplier nature negative nuclear nuclei opposite oxford peaks physics physiological polarimetry polarization polarizations process pursuit quality quantify radical recent recorded relatively reporting reports respectively restricts root saddle sample scales school shape shapes simulate simulated simulation simulations singlet solid solutions sons source spectra spectral spectrometer spectrum spin spread square steel storage subjected suggests superconducting supported surrogate system table theoretical trace training typically update utilize utilizing variable waveguide