This article describes the concept, essence, and application areas of nuclear quadrupole resonance. The purpose of this paper is to study the method of nuclear quadrupole resonance in devices for accurate temperature measurement. Special attention is paid to the study of the linear and nonlinear regions of this method temperature-frequency response. The simulation of a nuclear quadrupole thermometer in the LabView environment is performed. The results of the study to determine the accuracy of the measured temperature and recommendations for its improvement are given
Apparatus for NQR experiment was constructed and its performances were tested. The apparatus include...
Nuclear quadrupole resonance is a spectroscopy technique used for chemical ...
Existing temperature sensors such as thermocouples and platinum resistance thermometers suffer from ...
High energy management in nuclear system and refractory metals productions are equipped with challen...
High energy management in nuclear system and refractory metals productions are equipped with challen...
The nuclear electric quadrupole moment, Q, is a direct measure of the nuclear charge distribution, a...
In conjunction with low temperature experiments on nuclear alignment and nuclear specific heat, a sp...
The Doppler broadening of the lower energy neutron absorption resonances of natural hafnium, tantalu...
Different approaches for measuring nuclear temperatures are described. The quantitative results of d...
The Doppler broadening ofthe lower energy neutron absorption resonances ofnatural hafnium, tantalum,...
The resonant frequency of the Cl35 Nuclear Quadrupole in KCLO3 has been measured as a function of te...
Nuclear quadropole spectroscopy is a modern analytical method for detecting specific solid state mat...
This thesis includes elementary introductions to nuclear quadrupole resonance (NQR) detection and fi...
The home-built pulse nuclear magnetic resonance spectrometer for 3He research is described. The temp...
An ultrasonic thermometer has been developed for high temperature measurement over a wide temperatur...
Apparatus for NQR experiment was constructed and its performances were tested. The apparatus include...
Nuclear quadrupole resonance is a spectroscopy technique used for chemical ...
Existing temperature sensors such as thermocouples and platinum resistance thermometers suffer from ...
High energy management in nuclear system and refractory metals productions are equipped with challen...
High energy management in nuclear system and refractory metals productions are equipped with challen...
The nuclear electric quadrupole moment, Q, is a direct measure of the nuclear charge distribution, a...
In conjunction with low temperature experiments on nuclear alignment and nuclear specific heat, a sp...
The Doppler broadening of the lower energy neutron absorption resonances of natural hafnium, tantalu...
Different approaches for measuring nuclear temperatures are described. The quantitative results of d...
The Doppler broadening ofthe lower energy neutron absorption resonances ofnatural hafnium, tantalum,...
The resonant frequency of the Cl35 Nuclear Quadrupole in KCLO3 has been measured as a function of te...
Nuclear quadropole spectroscopy is a modern analytical method for detecting specific solid state mat...
This thesis includes elementary introductions to nuclear quadrupole resonance (NQR) detection and fi...
The home-built pulse nuclear magnetic resonance spectrometer for 3He research is described. The temp...
An ultrasonic thermometer has been developed for high temperature measurement over a wide temperatur...
Apparatus for NQR experiment was constructed and its performances were tested. The apparatus include...
Nuclear quadrupole resonance is a spectroscopy technique used for chemical ...
Existing temperature sensors such as thermocouples and platinum resistance thermometers suffer from ...