In NMR spectroscopy, the strong magnetic field establishes an energy gap between the alpha and beta spin states, which enables the nuclei to ________ rf radiation, thereby causing a nucleus to be excited from the _ spin state to the _____spin state.

Question

pxrnstar1025 pxrnstar1025

12-12-2019
Chemistry

contestada

In NMR spectroscopy, the strong magnetic field establishes an energy gap between the alpha and beta spin states, which enables the nuclei to ________ rf radiation, thereby causing a nucleus to be excited from the _ spin state to the _____spin state.

Respuesta :

Otras preguntas

explain fajan's rule

devonmiles84 devonmiles84 · Answer 1 · 2019-12-13T18:39:16+01:00

devonmiles84 devonmiles84

13-12-2019

Answer:

In NMR spectroscopy, the strong magnetic field establishes an energy gap between the alpha and beta spin states, which enables the nuclei to electromagnetic rf radiation, thereby causing a nucleus to be excited from the +1/2 spin state to the -1/2 spin state.

Explanation:

Answer Link

In NMR spectroscopy, the strong magnetic field establishes an energy gap between the alpha and beta spin states, which enables the nuclei to ____________ rf radiation, thereby causing a nucleus to be excited from the _______ spin state to the _______spin state.

Respuesta :

Otras preguntas

In NMR spectroscopy, the strong magnetic field establishes an energy gap between the alpha and beta spin states, which enables the nuclei to ________ rf radiation, thereby causing a nucleus to be excited from the _ spin state to the _____spin state.