Sentence examples for the atomic systems from inspiring English sources

The atomic systems S can thus be identified with deductively closed sets of implications.

In a traditional experiment, the laser beams are aligned to the atomic systems using conventional optics holders on an optical table.

It should be mentioned that even the above verification of Prawitz's completeness conjecture for implicational logic only holds if we allow the atomic systems to contain primitive rules which discharge assumptions, and not solely production rules.

Nevertheless, the energetic analysis also reveals the atomic systems Be, B and C to be situated over the corresponding physical stable states; this may explain why boron and carbon present special chemical phenomenology (e.g., triple electronic bonds and nanosystems with long C-bindings, respectively), which is not entirely explained by ordinary physical atomic paradigms [55 60].

Applying a many mode Floquet formalism for magnetically trapped atoms interacting with a polychromatic rf-field, we predict a large two photon transition probability in the atomic system of cold 87Rb atoms.

A corresponding concept of universal validity can be defined as follows: Let S0 be the atomic system with only propositional variables as atoms and with no inference rules.

The little spikes at mid-points of all PAPC is due to some irregularities in the atomic system which is more for the even z atoms than the odd z atoms, as our results show.

The peculiarities of the atomic system behavior in bilayer nanocrystalline films on self-rolling were investigated.

It is verified that the atomic system coherently driven by a strong optical field will give rise to a negative refractive index in certain probe frequency ranges.

Multi-species design of the atomic system allows assignment of different constituent densities in relation to the electric or magnetic matrix elements, generating left-handed electrodynamics in some detuning regions of the probe field.

Our results can be used as a guideline for optimizing and controlling the switching process in the crystal of molecular magnets, which is much more practical than that in the atomic system because of its flexible design and the long relaxation times.