This code was designed for a Bonner Sphere System based on a 6LiI(Eu) neutron detector and a response matrix expressed in 60 energy bins taken from an International Atomic Energy Agency compilation.
In the past years INFN implemented a Bonner Sphere System, equipped with TLDs or gold activation foils, which was successfully employed for neutron spectra measurements around medical LINACs.
The measurement method involved a double-integrating sphere system, and the optical properties were calculated with Inverse Monte Carlo simulation.
Applying the recently developed formalism, we obtain the exponent of the power-law function of the waiting time distribution for the jump motion in a super cooled hard sphere system.
In a recent work, we constructed modular multisphere system which expands upon the design of an existing, commercially available Bonner sphere system by adding concentric shells of copper, tungsten, or lead.
Most of the major AGM-related contraction operators have been generalized to multiple contraction: multiple partial meet contraction (Hansson 1989, Fuhrmann and Hansson 1994, Li 1998), multiple kernel contraction (Fermé et al. 2003), multiple specified meet contraction (Hansson 2010), and a multiple version of Grove's sphere system (Reis and Fermé 2011, Fermé and Reis 2011).
The code was designed for a Bonner Spheres System based on a 6LiI(Eu) neutron detector and a response matrix expressed in 60 energy bins taken from an International Atomic Energy Agency compilation.
Granular discharge rate through the vertical pipe with a bend outlet in the small absorber sphere system are investigated by discrete element method simulation.
These results are helpful for the design of sphere discharge rate through the vertical pipe with a bend outlet in the small absorber sphere system of the pebble bed HTGR.
The velocity v increases non-linearly with C, differing from linear dependence of hard sphere system, indicating that inter-chain interaction plays an important role in the permeation process.
