The phrase "atoms of host" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in discussions about molecular biology, chemistry, or physics, where the relationship between atoms and a host organism or material is relevant.
Example: "The study focused on the interactions between the atoms of host cells and the viral particles."
Alternatives: "particles of host" or "molecules of host".
However, the simulation software SRIM (Ziegler et al., 2013) takes already into account all conceivable types of interactions between energetic ions and the host material in which they are slowed down, as for example head-on collisions of the recoils with atoms of the host material leading to collision cascades and atomic displacements of secondary ions, electronic and phononic excitations.
On the other hand, the presence of nitrogen atoms in Ga(In)As lattice makes it difficult to obtain high quality materials due to dissimilarities in atomic radius and electronegativities between N and As atoms of the host semiconductor.
Our analysis shows that the rapid Li diffusion in a-LixGe is directly related to the facile atomic rearrangements of host Ge atoms even at the early stages of lithiation.
where E tot M o S 2 D is the total energy of the system with a substitutional or absorbed dopant D, and Etot(MoS2) is the total energy of the system of pristine monolayer MoS2, while μhost and μ D denote the chemical potentials of host atoms (Mo, S) and dopant atom D, respectively.
Because of the relatively large number of host atoms involved, the effect can be somewhat overwhelming when this is done and the interpretation may also be made more complex by the presence of disorder in the guest.
As each host atom is 4-fold bonded to other host atoms, this can be accomplished by selecting guest and host atoms of appropriate valence.
Ternary intercalation compounds, CxF(AlF3 y and CxF MgF2 y containing active fluorine atoms adsorbed on carbon layers of host graphite were used as a cathode material of lithium cell.
This result indicates that inclusion of H2 atom within empty small cage changes size of host cages depending on type of guest molecule.
Chemical doping with foreign atoms offers a practical path to modify the properties of host materials.
The x-rays would rip the most tightly bound electron out of an atom, leaving hosts of atoms in highly energetic states.
