Abstract
In situ NMR experiments are studied, including probe of several structures such as the structures of the organic adsorbates, Broensted acid sites, other nuclei associated with active sites, and other framework sites. The authors report that in the absence of high concentrations of paramagnetic sites or metal particles, high resolution MAS spectra are relatively easy to obtain and interpret. It is also concluded that NMR can measure spatial distributions and rates of diffusion; and are able to characterize equilibrium structures and the frequencies and amplitudes of molecular motion
Taylor, Sharon A;
Ferguson, David B;
Haw, James F
[1]
- Texas A and M Univ., College Station, TX (United States). Dept. of Chemistry
Citation Formats
Taylor, Sharon A, Ferguson, David B, and Haw, James F.
Solid state NMR of materials.
Brazil: N. p.,
1993.
Web.
Taylor, Sharon A, Ferguson, David B, & Haw, James F.
Solid state NMR of materials.
Brazil.
Taylor, Sharon A, Ferguson, David B, and Haw, James F.
1993.
"Solid state NMR of materials."
Brazil.
@misc{etde_636226,
title = {Solid state NMR of materials}
author = {Taylor, Sharon A, Ferguson, David B, and Haw, James F}
abstractNote = {In situ NMR experiments are studied, including probe of several structures such as the structures of the organic adsorbates, Broensted acid sites, other nuclei associated with active sites, and other framework sites. The authors report that in the absence of high concentrations of paramagnetic sites or metal particles, high resolution MAS spectra are relatively easy to obtain and interpret. It is also concluded that NMR can measure spatial distributions and rates of diffusion; and are able to characterize equilibrium structures and the frequencies and amplitudes of molecular motion}
place = {Brazil}
year = {1993}
month = {Dec}
}
title = {Solid state NMR of materials}
author = {Taylor, Sharon A, Ferguson, David B, and Haw, James F}
abstractNote = {In situ NMR experiments are studied, including probe of several structures such as the structures of the organic adsorbates, Broensted acid sites, other nuclei associated with active sites, and other framework sites. The authors report that in the absence of high concentrations of paramagnetic sites or metal particles, high resolution MAS spectra are relatively easy to obtain and interpret. It is also concluded that NMR can measure spatial distributions and rates of diffusion; and are able to characterize equilibrium structures and the frequencies and amplitudes of molecular motion}
place = {Brazil}
year = {1993}
month = {Dec}
}