Nuclear Magnetic Spectrometer for Studying Flows of Liquid Media

Abstract

Elements of studies of flows of liquid media by a nuclear magnetic spectrometer are considered. Through an assessment of these features in the design of a nuclear magnetic spectrometer the relative concentrations of paramagnetic ions could be determined and the longitudinal and transverse relaxation times measured in flows of liquid media with error not more than 0.5%. A regime for recording the nuclear magnetic resonance signal of a flowing liquid of fluorine, phosphorous, lithium, boron, sodium, chlorine, and mercury nuclei is created. The results of experimental studies of flows of liquid media are presented.