Add to ORKGThe stability of Rb-87 optically pumped masers and Rb gas cells is examined. Descriptions are given of the technical procedures used in construction and the changes made to solve the problems encountered in the electronics of the systems
The frequency stabilities under operational conditions of several commercially available rubidium an...
The objective, to complete the development of an engineering model of a spaceborne hydrogen maser, w...
Fabrication techniques of alkali metal spectral lamp and gas absorption cells for rubidium magnetome...
The construction of a quartz bulb-quartz cavity type rubidium maser is described, and the results ob...
The design, development, and characteristics of a rubidium 87 maser are discussed. The design of a r...
A description is given of the development of a compact rubidium-87 maser. Data cover the electronic ...
Optimal construction of atomic hydrogen frequency standard for spacecraft applicatio
In response to the premature failure of Rb lamps used in Rb atomic clocks onboard NAVSTAR GPS satell...
A pumped boiling rubidium loop was designed, operated, and analyzed. The loop simulated some of the ...
An investigation into the temperature evolution of transmission and absorption coefficient spectra...
We have made a systematic study of rubidium optical pumping in a simple cylindrical cell geometry wi...
Field operable hydrogen masers based on prior maser designs are presented. These units incorporate i...
The long-term goal of this research effort is to use glass cells containing rubidium (Rb) as electri...
Data is presented on the phase and frequency stability, over time periods extending to one week, of ...
The fundamental theoretical limitations of the maser, systematic processes that cause instability, a...
The frequency stabilities under operational conditions of several commercially available rubidium an...
The objective, to complete the development of an engineering model of a spaceborne hydrogen maser, w...
Fabrication techniques of alkali metal spectral lamp and gas absorption cells for rubidium magnetome...
The construction of a quartz bulb-quartz cavity type rubidium maser is described, and the results ob...
The design, development, and characteristics of a rubidium 87 maser are discussed. The design of a r...
A description is given of the development of a compact rubidium-87 maser. Data cover the electronic ...
Optimal construction of atomic hydrogen frequency standard for spacecraft applicatio
In response to the premature failure of Rb lamps used in Rb atomic clocks onboard NAVSTAR GPS satell...
A pumped boiling rubidium loop was designed, operated, and analyzed. The loop simulated some of the ...
An investigation into the temperature evolution of transmission and absorption coefficient spectra...
We have made a systematic study of rubidium optical pumping in a simple cylindrical cell geometry wi...
Field operable hydrogen masers based on prior maser designs are presented. These units incorporate i...
The long-term goal of this research effort is to use glass cells containing rubidium (Rb) as electri...
Data is presented on the phase and frequency stability, over time periods extending to one week, of ...
The fundamental theoretical limitations of the maser, systematic processes that cause instability, a...
The frequency stabilities under operational conditions of several commercially available rubidium an...
The objective, to complete the development of an engineering model of a spaceborne hydrogen maser, w...
Fabrication techniques of alkali metal spectral lamp and gas absorption cells for rubidium magnetome...