The phrase "atoms are embedded" is correct and usable in written English.
It can be used in contexts discussing the structure of materials, chemistry, or physics, particularly when describing how atoms are integrated within a substance or system.
Example: "In this compound, the atoms are embedded within a crystalline lattice, providing stability and strength."
Alternatives: "atoms are integrated" or "atoms are incorporated".
The reduced dissolution rate is attributed to the formation of a fully amorphous structure so that no intermetallic Mg2Ni is present and all Ni atoms are embedded in the Mg matrix.
An atom-to-atom similarity of 1 indicates that the two atoms are embedded in a large substructure present in both molecules.
The EAM potential considers not only the pair-wise energy between atoms but also the embedding energy related to the 'electron sea' in which the atoms are embedded, which lead to accurate description of the properties of metallic materials.
The EAM potential, which evolved from the density function theory, is based on the recognition that the cohesive energy of a metal is governed not only by the pair-wise potential of the nearest neighbor atoms, but also by embedding energy related to the 'electron sea' in which the atoms are embedded.
The EAM method, which has been evolved from the density-function theory, is based upon the recognition that the cohesive energy of a metal is governed not only by the pair-wise potential of the nearest neighbor atoms, but also by embedding energy related to the "electron sea" in which the atoms are embedded.
Compared with AC/TiO2 and Fe-AC/TiO2, N-AC/TiO2 and N-Fe-AC/TiO2 displayed additional peaks at approximately 1080 cm−1, which can be assigned to the vibration of the N Ti bond formed when N atoms are embedded in the TiO2 network [20].
Characterizations show nitrogen atoms were embedded into graphene lattice during pretreatment followed by MnO2 nanowires anchored onto graphene flakes.
Two of the more widely used types of interatomic potentials are embedded atom method (EAM) and modified embedded atom method (MEAM) potentials.
Here we perform an experiment in which 20 of these quantum meta-atoms, so-called flux qubits, are embedded into a microwave resonator.
The crystalline structure of carmeltazite, in a framework of oxygen atoms various metals, like aluminum, magnesium, and zirconium, are embedded.
And, once a boron or nitrogen atom has been embedded into a graphene front, it is very difficult to be replaced by a carbon atom, which implies that the high concentration boron or nitrogen doping can be easily achieved.
