The phrase "at the atom level" is not correct; it should be "at the atomic level." You can use it when discussing concepts or phenomena that occur at the scale of atoms in scientific or technical contexts.
Example: "The researchers focused on the interactions that take place at the atomic level to better understand the material's properties."
Alternatives: "at the molecular level" or "on an atomic scale."
In this case, the researchers want to do the equivalent of seeing where all the strands connect at the atom level.
The first assignment step maps these fragments of the molecules to corresponding fragments and guarantees a substructure preserving mapping at the atom level in the second assignment step.
Properties include those at the atom level, residue level, and secondary structure level.
Electro-topological state (E-state) is a method for describing and encoding molecular structure at the atom level.
The algorithm operates at the atom-level representation, finding a number of shortest paths [ 34, 35] between source and target metabolites and combining paths into branching, high-scoring pathways.
Consequently, a variety of strategies are now deployed [3, 5, 15, 17, 18] that aim at overcoming the various aspects of electron beam-induced sample alterations at the single atom level in atomic resolution electron microscopy.
(5) At this resolution, it is not possible to discern any features at even the secondary structure level, much less at the individual atom level, which would be necessary to define functionally important structural details.
A "Schrödinger cat -like state of matter was generated at the single atom level.
It is the ability to manipulate atoms at the atomic level ranging from one to several nanometers in order to understand, create and use material structures, devices and systems with fundamentally new properties and functions resulting form their small structure.
Atom probe tomography is a powerful microscopy technique capable of reconstructing the 3D position and chemical identity of millions of atoms within engineering materials, at the atomic level.
Initial extended structures of these two units were constructed using Pymol [ 51] and were parameterised at the all-atom level resolution using the OPLS-AA force field [ 52].
