We describe a method for recording the Rabi nutation of nuclear spin polarized 3He by optically pumped cesium magnetometers. The measurement is performed by detecting the time-dependent magnetic field produced by the 3He magnetization. The observed signals are compared to theoretical models and the results are used to precisely trace the evolution of the magnetization. This procedure represents a convenient way to control and measure the Rabi flip angle and the degree of spin polarization in experiments using 3He magnetometers. The method requires only very coarse knowledge of the applied magnetic field’s magnitude
3He is an isotope of helium whose nucleus is composed of two protons and one neutron. The proportion...
In the optically pumped systems, the spin polarization of the atoms is generally derived by employin...
We discuss the design and performance of a very sensitive low-field magnetometer based on the detect...
We describe a method for recording the Rabi nutation of nuclear spin polarized ³He by optically pum...
We report on extensive studies on the intrinsic sensitivity of a combined 3He/Cs magnetometer. The m...
A $^{4}$He magnetometer is used to detect the static magnetic field produced by optically pumped $^{...
We report on extensive studies on the intrinsic sensitivity of a combined 3He/Cs magnetometer. The m...
An accurate optical method to measure the nuclear polarization of 3He atoms in the 11S ground state ...
We describe a 3He magnetometer capable to measure high magnetic fields (B> 0.1 T) with a ...
We have performed precise NMR measurements in order to calibrate a standard optical technique for me...
We report on the design and performance of a highly sensitive combined 3He/Cs magnetometer for the a...
We describe a He-3-Xe-129 comagnetometer using Rb-87 atoms for noble-gas spin polarization and detec...
Spin polarized noble gases can precess in an applied magnetic field by referring to Larmor...
We report on extensive studies on the intrinsic sensitivity of a combined ³He/Cs magnetometer. The m...
In gaseous spin-polarized 3He at low temperature, spin-diffusion becomes oscillatory and gives rise ...
3He is an isotope of helium whose nucleus is composed of two protons and one neutron. The proportion...
In the optically pumped systems, the spin polarization of the atoms is generally derived by employin...
We discuss the design and performance of a very sensitive low-field magnetometer based on the detect...
We describe a method for recording the Rabi nutation of nuclear spin polarized ³He by optically pum...
We report on extensive studies on the intrinsic sensitivity of a combined 3He/Cs magnetometer. The m...
A $^{4}$He magnetometer is used to detect the static magnetic field produced by optically pumped $^{...
We report on extensive studies on the intrinsic sensitivity of a combined 3He/Cs magnetometer. The m...
An accurate optical method to measure the nuclear polarization of 3He atoms in the 11S ground state ...
We describe a 3He magnetometer capable to measure high magnetic fields (B> 0.1 T) with a ...
We have performed precise NMR measurements in order to calibrate a standard optical technique for me...
We report on the design and performance of a highly sensitive combined 3He/Cs magnetometer for the a...
We describe a He-3-Xe-129 comagnetometer using Rb-87 atoms for noble-gas spin polarization and detec...
Spin polarized noble gases can precess in an applied magnetic field by referring to Larmor...
We report on extensive studies on the intrinsic sensitivity of a combined ³He/Cs magnetometer. The m...
In gaseous spin-polarized 3He at low temperature, spin-diffusion becomes oscillatory and gives rise ...
3He is an isotope of helium whose nucleus is composed of two protons and one neutron. The proportion...
In the optically pumped systems, the spin polarization of the atoms is generally derived by employin...
We discuss the design and performance of a very sensitive low-field magnetometer based on the detect...