Sentence examples for molecular physics and from inspiring English sources

Higgs's earliest work was in molecular physics and concerned calculating the vibrational spectra of molecules.

The Washington Conferences on Theoretical Physics were paradigmatic of the meetings organized to assimilate the insights quantum mechanics was giving to many fields, especially atomic and molecular physics and the emerging field of nuclear physics.

Therefore, the molecular physics and the microscale physics manifest themselves as heat diffusion and thermal waves at the macroscale, respectively.

It has a long history in molecular physics and was increasingly used in cluster physics as well.

Therefore, the molecular physics and the microscale physics (interactions between nanoparticles and base fluids at the microscale in particular) manifest themselves as heat diffusion and thermal waves at the macroscale, respectively.

In this paper we would discuss the increasing role played by the past and upcoming silicon technology in solving real computational applications' cases in correlated scientific fields ranging from quantum chemistry, materials science, atomic and molecular physics and bio-chemistry.

The Institute of Physics at Beijing is a multidisciplinary comprehensive institution that is engaged in research on basic and applied physics, including condensed matter physics, optical physics, atomic and molecular physics, plasma physics, and condensed matter theory.

In his early career, Teller made contributions to nuclear and molecular physics, spectroscopy (the Jahn Teller and Renner Teller effects), and surface physics.

We also mention that (1.1) is related to applications in many physical contexts: fluid mechanics, glaciology, molecular physics, quantum cosmology and linearization of combustion models (see [1] for example).

This is because of both the intensive development of the theory of singular calculus itself and the applications of such constructions in various physical fields such as fluid mechanics, glaciology, molecular physics, quantum cosmology and linearization of combustion models (see [1] for example).

For such reactions, the propensity and microscopic rate functions have been derived from molecular physics [ 7] and hence the CME for the full network is fundamentally correct.