A diode-pumped Nd:Lanthanum Magnesium Hexaluminate laser was constructed which provides up to 15 mW of single-mode, tunable CW emission at 1083 nm. By appropriately polarizing the narrow-band laser emission (< 10 MHz), the laser can be used to determine the populations of the magnetic substates of the He ( 23S1) atoms. The laser is tuned to one of the absorption peaks of the helium metastable atom by tilting a thin (1 mm) solid, coated etalon placed inside the laser cavity and the absorption is measured. The relative absorption is used to determine the ensemble polarization ; the absolute absorption yields the metastable density
We compare two different experimental techniques for the magnetic-sub-level preparation of metastabl...
Large nuclear polarizations $M$ (over 80 %) can now be achieved in gaseous $^3$He by optical pumping...
The recent development of high energy electron accelerators has generated a renewed interest in high...
A diode-pumped Nd:Lanthanum Magnesium Hexaluminate laser was constructed which provides up to 15 mW ...
Electron spin-polarized helium 2$\sp3$S$\sb1$ metastable atoms are a valuable probe of spin-dependen...
Several Nd:YAP lasers were constructed which could be broadly tuned in the 1083-nm region which incl...
A commercial Spectra Diode Laboratories, 1.083 $\mu$m diode laser has been used to efficiently spin ...
A single-mode, frequency-stabilized LNA ring laser has been developed which routinely provides outpu...
Development of a low energy spin polarized He$\sp+$ source for application in studies of electron sp...
Development of a low-energy electron-spin-polarized He$\sp+$ ion source is described. The ion source...
We describe the realization of a $^3$He magnetometer based on the free precession of nuclear spins o...
An accurate optical method to measure the nuclear polarization of 3He atoms in the 11S ground state ...
A series of experiments run at the Stanford Linear Accelerator Center and in progress at the Thomas...
Optical pumping is a very useful technique for the production of spin polarized particles. This thes...
Laser optical pumping in low magnetic field provides very high nuclear polarizations in gaseous heli...
We compare two different experimental techniques for the magnetic-sub-level preparation of metastabl...
Large nuclear polarizations $M$ (over 80 %) can now be achieved in gaseous $^3$He by optical pumping...
The recent development of high energy electron accelerators has generated a renewed interest in high...
A diode-pumped Nd:Lanthanum Magnesium Hexaluminate laser was constructed which provides up to 15 mW ...
Electron spin-polarized helium 2$\sp3$S$\sb1$ metastable atoms are a valuable probe of spin-dependen...
Several Nd:YAP lasers were constructed which could be broadly tuned in the 1083-nm region which incl...
A commercial Spectra Diode Laboratories, 1.083 $\mu$m diode laser has been used to efficiently spin ...
A single-mode, frequency-stabilized LNA ring laser has been developed which routinely provides outpu...
Development of a low energy spin polarized He$\sp+$ source for application in studies of electron sp...
Development of a low-energy electron-spin-polarized He$\sp+$ ion source is described. The ion source...
We describe the realization of a $^3$He magnetometer based on the free precession of nuclear spins o...
An accurate optical method to measure the nuclear polarization of 3He atoms in the 11S ground state ...
A series of experiments run at the Stanford Linear Accelerator Center and in progress at the Thomas...
Optical pumping is a very useful technique for the production of spin polarized particles. This thes...
Laser optical pumping in low magnetic field provides very high nuclear polarizations in gaseous heli...
We compare two different experimental techniques for the magnetic-sub-level preparation of metastabl...
Large nuclear polarizations $M$ (over 80 %) can now be achieved in gaseous $^3$He by optical pumping...
The recent development of high energy electron accelerators has generated a renewed interest in high...