Chemically Induced Dynamic Nuclear Polarization of 19F Nuclei
Ilya Kuprov
Abstract
This study explores, both theoretically and experimentally, the photochemically induced dynamic nuclear polarization (photo-CIDNP) of 19F nuclei, the associated spin relaxation, cross-relaxation and cross-correlation effects, as well as potential applications of 19F CIDNP to protein structure and folding problems. Keywords: CIDNP, relaxation, fluorine, NMR, NOE, TR-CIDNP, tc5b, Trp-cage, GFP
Create a lesson
Related papers
Accurate representation of the continuum orbital in a Gaussian basis set: application to Auger decay rates
Dibyendu Mahato, Saikat Roy, Wojciech Skomorowski
Bicarbonate/carbonic acid equilibria in aqueous solutions: Conformational Dynamics, Ion-Pair Speciation, and Free Energy Landscapes from Ab Initio Molecular Dynamics and Metadynamics
Prabhat Prakash, Karnamohit Ranka, Frances A. Houle et al.
Isothermal-Isobaric Molecular Dynamics with a Foundation Interatomic Potential in LAMMPS across NVIDIA and Intel GPUs
Xiaoli Yan, Eliu Huerta
Shadow Molecular Dynamics for General Nonlinear Flexible-Charge Models
Jos Thomas, Anthony P. Baldo, Rae A. Corrigan Grove et al.
FACTO: fast atom-centered tensor operator for accurate and efficient foundational machine-learned interatomic potentials
Siyuan Liu, Chang Han, Sheng Gong et al.
Relativistic Kohn--Sham Theory of Paramagnetic Magnetic-Resonance Properties
Christof Holzer, Yannick J. Franzke