Luminescence and scintillation properties of CsI -
... slow down by multiple collisions with atomic electrons (Bethe-Bloch theory). Their number slowly decreases because of nuclear interactions, which feed the halo and aura. The halo consists of charged secondaries, many of them protons, from elastic interactions with H, elastic and inelastic interactio ...
... slow down by multiple collisions with atomic electrons (Bethe-Bloch theory). Their number slowly decreases because of nuclear interactions, which feed the halo and aura. The halo consists of charged secondaries, many of them protons, from elastic interactions with H, elastic and inelastic interactio ...
ABSTRACT RANDOM ROUTING AND CONCENTRATION IN QUANTUM SWITCHING NETWORKS
... is probabilistically self-routable. In particular, we prove that with random routing on the first (log n − 1) stages and bit controlled self-routing on the last log n stages of a quantum Beneš network, the output packet pattern corresponding to routing with no blocking is always present in the outp ...
... is probabilistically self-routable. In particular, we prove that with random routing on the first (log n − 1) stages and bit controlled self-routing on the last log n stages of a quantum Beneš network, the output packet pattern corresponding to routing with no blocking is always present in the outp ...
magnetic moment and magnetization - Andrew.cmu.edu
... ~ can have A general angular momentum vector, P, ~, and contributions from orbital angular momentum, L ~ Both moments are quanspin angular momentum, S. tized in units of h . The fundamental atomic unit of dipole moment is the Bohr magneton. In addition to the orbital moment, there is an additional ...
... ~ can have A general angular momentum vector, P, ~, and contributions from orbital angular momentum, L ~ Both moments are quanspin angular momentum, S. tized in units of h . The fundamental atomic unit of dipole moment is the Bohr magneton. In addition to the orbital moment, there is an additional ...
Chaotic ionization of a highly excited hydrogen atom
... using fourth-order adaptive time step Runga–Kutta algorithm described in [23]. We worked in Cartesian coordinates and time propagated the trajectories until certain criteria are met. Time propagation of a trajectory is terminated when the electron passes through the spherical detector or when a pred ...
... using fourth-order adaptive time step Runga–Kutta algorithm described in [23]. We worked in Cartesian coordinates and time propagated the trajectories until certain criteria are met. Time propagation of a trajectory is terminated when the electron passes through the spherical detector or when a pred ...