Fundamental Study on the NMR Spectroscopy in a Time Dependent Longitudinal Field

Yi Fan Hu; Hong Ma; Jin Bo Li; Bin Xu

doi:10.4028/www.scientific.net/AMR.629.906

Paper Titles

Vessel Surface Equipment Attitude Measurement Based on Conventional Inertial Reference System
p.878

Discussion on General Solution of the Laplace Equation for Far Field Electric Potential
p.887

About the Maximum Transfer of Power in Time-Varying Linear Circuits
p.894

Study on a Nonlinear Oscillator of Elastic String and its Application in Energy Harvesting
p.900

Fundamental Study on the NMR Spectroscopy in a Time Dependent Longitudinal Field
p.906

A Study of Magnetic Susceptibility of NMR Samples in a Time Dependent Longitudinal Field
p.911

A Characteristic Finite Difference Domain Decomposition Substructuring Method for Immiscible Displacement Problems in Three-Dimensional Porous Media
p.915

Collaborative Pricing and Service Level for a Supply Chain
p.920

A Newsvendor Problem with Revenue Sharing in B2B Marketplaces
p.924

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 629Fundamental Study on the NMR Spectroscopy in a...

Fundamental Study on the NMR Spectroscopy in a Time Dependent Longitudinal Field

Abstract:

The paper mainly focuses on the possibility of realizing the NMR spectroscopy in a non-static external field and discusses the experimental scheme for developing the probes with the abilities to provide a precise real-time map of the time dependent magnetic field. From theoretical side, the paper analyzes the effect on the spin transition by a time dependent longitudinal field. For a 1/2 spin system, we have derived a simple formula for the prediction of the probabilities of occupation of the 1/2 and -1/2 states in a non-static field.