One-atom maser pumped by the atoms at mixed states
β Scribed by V.A. Reshetov; E.N. Popov; I.V. Yevseyev
- Publisher
- John Wiley and Sons
- Year
- 2010
- Tongue
- English
- Weight
- 156 KB
- Volume
- 7
- Category
- Article
- ISSN
- 1612-2011
No coin nor oath required. For personal study only.
β¦ Synopsis
The operation of one atom-maser is considered under the conditions, when the atoms enter the cavity being excited to the state, which is the mixture of Zeeman sublevels of both the upper and lower resonant atomic levels. The analytic expression for the steady state photon distribution in the cavity under such conditions is obtained. It is shown, that the micromaser parameters, such as the atomic flux and velocity of atoms, the portion of atoms at the lower maser level, the polarizations of laser excitation fields may be chosen in such a way as to obtain the sharp maximum of photon distribution function at a given number of photons, providing the possibility of creation of pure Fock states. 0 0.
π SIMILAR VOLUMES
The polarization properties of the micromaser field pumped by the atoms with the resonant levels, which are degenerate in the projections of the total angular momentum on the quantization axis, are studied numerically. The standard micromaser operation, when the atoms enter the cavity excited to the
The electronic structure of the TiO, surface in contact with an electrolytic solution is studied by means of the conductance and capacitance-relaxation methods. The deposition of Fe atoms on the TiOz surface results in the formation of surface states. The surface-state density is located at about 0.