In the result of the research a software package for analytical and imitating simulation of experiments with ultracold neutrons has been developed. For the first time the measurement of neutron life time has been performed by a method of retaining of ultracold neutrons in a trap with gravitational seal; the result accuracy exceeds the accuracy obtained in beam experiments and is equal to the accuracy of experiments which use storage of ultracold neutrons and are performed on Grenoble reactor with high-density neutron flow and 6 times greater intensity. The measurement has been performed by means of traps having a very low coeficient of losses, a method of experimental calibration of losses has been offeredAvailable from VNTIC / VNTIC - Scie...
A Monte Carlo model was developed for our current neutron lifetime experiment using storage of ultra...
Experiment using gravitationally trapped ultracold neutrons (UCNs) to measure the neutron lifetime i...
A Monte Carlo model was developed for our current neutron lifetime experiment using storage of ultra...
International audienceA new measurement of the neutron lifetime, carried out with the aid of a large...
International audienceWe report a measurement of the neutron lifetime using ultracold neutrons store...
International audienceWe report a measurement of the neutron lifetime using ultracold neutrons store...
International audienceNeutron lifetime is one of the most important physical constants: it determine...
The precise determination of the neutron lifetime has an impact on particle physics and cosmology. W...
The neutron lifetime has been measured by counting the neutrons remaining in a fluid-walled bottle a...
The precise value of the mean neutron lifetime, $\tau_n$, plays an important role in nuclear and par...
International audienceNeutron lifetime is one of the most important physical constants which determi...
International audienceCurrently the most accurate measurements of neutron lifetime are being perform...
We report progress towards a measurement of the neutron lifetime using magnetically trapped ultraco...
A measurement of the neutron lifetime Tn performed by the absolute clounting of in-beam neutrons and...
A measurement of the neutron lifetime τn performed by the absolute counting of in-beam neutrons and ...
A Monte Carlo model was developed for our current neutron lifetime experiment using storage of ultra...
Experiment using gravitationally trapped ultracold neutrons (UCNs) to measure the neutron lifetime i...
A Monte Carlo model was developed for our current neutron lifetime experiment using storage of ultra...
International audienceA new measurement of the neutron lifetime, carried out with the aid of a large...
International audienceWe report a measurement of the neutron lifetime using ultracold neutrons store...
International audienceWe report a measurement of the neutron lifetime using ultracold neutrons store...
International audienceNeutron lifetime is one of the most important physical constants: it determine...
The precise determination of the neutron lifetime has an impact on particle physics and cosmology. W...
The neutron lifetime has been measured by counting the neutrons remaining in a fluid-walled bottle a...
The precise value of the mean neutron lifetime, $\tau_n$, plays an important role in nuclear and par...
International audienceNeutron lifetime is one of the most important physical constants which determi...
International audienceCurrently the most accurate measurements of neutron lifetime are being perform...
We report progress towards a measurement of the neutron lifetime using magnetically trapped ultraco...
A measurement of the neutron lifetime Tn performed by the absolute clounting of in-beam neutrons and...
A measurement of the neutron lifetime τn performed by the absolute counting of in-beam neutrons and ...
A Monte Carlo model was developed for our current neutron lifetime experiment using storage of ultra...
Experiment using gravitationally trapped ultracold neutrons (UCNs) to measure the neutron lifetime i...
A Monte Carlo model was developed for our current neutron lifetime experiment using storage of ultra...