The phrase "atomic systems" is grammatically correct and can be used in written English.
It refers to systems composed of atoms, which are the basic units of matter. Example: The research team studied the behavior of atomic systems at extreme temperatures.
Most of our investigations fall into the broad categories of photonic crystals and optics (photons) or atomic systems and electronic structure (atoms).
40 years ago simulations were performed on simple atomic systems of around 300 atoms employing only simple pair-wise interaction potentials to times of several hundred femtoseconds.
DFT can also accurately simulate tens to hundreds of atomic systems and describe the atom as quantum particles, namely, the set of nuclei and electrons [31].
Due to the translational symmetry of lattice structures, the size of time history kernel function that accounts for the boundary effects of the reduced atomic systems could be reduced to a single atom's degrees of freedom.
Overall, the paper provides a qualitative-quantitative explanation of chemical reactivity based on more than half of an electronic pair in bonding, and provide new, more realistic values for the so-called "universal" electronegativity and chemical hardness of atomic systems engaged in reactivity (analogous to the atoms-in-molecules framework).
Atomic systems, spontaneous emission, stimulated emission, amplification.
Consequently, atomic systems are restricted to certain discrete, or quantized, energies.
We demonstrate this general phenomenon with specific examples in solid state and ultracold atomic systems.
Around the time of the award of the Nobel Prize, Chu turned his attention away from such simple atomic systems to the study of the motion of DNA.
I am driven by a belief that studying these atomic systems can help refine our understanding of fundamental physics.
Table of hyperfine anomaly in atomic systems by Jonas R. Persson [2011/10] Covers literature through 2011/01.
