This paper deals with two different techniques for the establishment of the optimal calibration intervals of Cesium atomic clocks. In particular, the intervals obtained using a mathematical model derived from a metro-logical analysis are compared with those calculated with an iterative technique referred to as Simple Re-sponse Method (SRM). The remarkable consistency between the results achieved with these different calibra-tion strategies not only provides an experimental cross-validation of both techniques, but it also allows the definition of two interchangeable criteria to ensure the metrological confirmation of any atomic clock of this type
The definition of the timing (periodicity) of the metrological verification of measurement devices a...
945-949Absolute Allan deviation of the Cesium clock for averaging time (τ) of 5 days or more may be ...
International audienceWe have developed a universal method to form the reference signal for the stab...
This paper deals with two different techniques for the establishment of the optimal calibration inte...
The length of calibration intervals of measurement instrumentations can be determined by means of se...
The dissertation discusses the calibration of a cesium atomic clock and the procedure of proving the...
The development of evaluation methods for precision measurement and inter-verification int...
The paper presents different determination and optimisation methods for verification intervals of te...
With 10 Figures in the Text In recognition of the October 1964 declaration of the International Comm...
Primary frequency standards with stated inaccuracies of δf/f~10-15 or slightly better are in use tod...
Atomic clock frequency jumps directly influence the accuracy and reliability of timekeeping systems....
Absrruct-The independent atomic time scale at the National Bureau of Standards AT(NBS), is based upo...
This work describes general function and structure of metrology, and defines methods for calibration...
For the past 50 years, atomic standards based on the frequency of the cesium ground-state hyperfine ...
The article focuses on the discovery of the atomic clock as an application of spectroscopy. Early at...
The definition of the timing (periodicity) of the metrological verification of measurement devices a...
945-949Absolute Allan deviation of the Cesium clock for averaging time (τ) of 5 days or more may be ...
International audienceWe have developed a universal method to form the reference signal for the stab...
This paper deals with two different techniques for the establishment of the optimal calibration inte...
The length of calibration intervals of measurement instrumentations can be determined by means of se...
The dissertation discusses the calibration of a cesium atomic clock and the procedure of proving the...
The development of evaluation methods for precision measurement and inter-verification int...
The paper presents different determination and optimisation methods for verification intervals of te...
With 10 Figures in the Text In recognition of the October 1964 declaration of the International Comm...
Primary frequency standards with stated inaccuracies of δf/f~10-15 or slightly better are in use tod...
Atomic clock frequency jumps directly influence the accuracy and reliability of timekeeping systems....
Absrruct-The independent atomic time scale at the National Bureau of Standards AT(NBS), is based upo...
This work describes general function and structure of metrology, and defines methods for calibration...
For the past 50 years, atomic standards based on the frequency of the cesium ground-state hyperfine ...
The article focuses on the discovery of the atomic clock as an application of spectroscopy. Early at...
The definition of the timing (periodicity) of the metrological verification of measurement devices a...
945-949Absolute Allan deviation of the Cesium clock for averaging time (τ) of 5 days or more may be ...
International audienceWe have developed a universal method to form the reference signal for the stab...