The phrase "atomic beams" is correct and usable in written English.
It can be used in scientific contexts, particularly in physics or chemistry, to refer to streams of atoms that are directed in a specific manner.
Example: "The experiment utilized atomic beams to study the interactions between particles at high speeds."
Alternatives: "atomic streams" or "atom beams".
It would be nice to be able to do the same thing with a beam of atoms.Ordinary, not-marching-in-step atomic beams are already used in precision clocks, and to etch some high-performance computer chips.
To isolate and minimise contributions from collisions of trapped atoms with the trailing components of the atomic beams employed in these experiments, and distinguish collisional losses from trap decay driven by blackbody radiation, an off-axis trap which could be cooled to low-temperatures was developed [105, 120].
The techniques of laser cooling and deceleration of atomic beams, magnetic and laser trapping of neutral atoms, and a number of recent advances in the use of radiative forces to manipulate atoms are reviewed.
He obtained a first-class degree in physics and worked on atomic beams under Ken Smith for his PhD, before moving to the University of Sussex with Smith.
At an early stage his Sussex research group transferred its expertise from atomic beams to neutrons, basic constituents of the nucleus that have no electric charge but do possess a magnetic moment.
A stream of such atoms is thus also a wave-beam with an extremely short wavelength for the heavier a particle, the shorter the wave associated with it, and rubidium atoms are much heavier than photons, the particles of light.Theories of quantum gravity predict that atomic beams will feel the pull of the space-time continuum itself.
The atomic beam materializes on a substrate, and the atoms are deposited in a pattern which mimics the intensity distribution of the light.
The target used an Atomic Beam Source (ABS) to inject a flux of highly polarized atoms into a thin-walled, coated storage cell.
Rabi's method provided the central technique for virtually all molecular and atomic beam experimentation.
In both of these examples, a coherent, BEC-based atomic beam would improve precision massively.That would be good.
This produced a narrow, tightly focused atomic beam--as well defined as the beam from a laser pointer.
