The term "body potential" is correct and can be used in written English. It is used to refer to the physical and mental strength a person has. For example, "John has a lot of body potential and uses it to push himself to reach his goals."
Tight-binding many body potential [17] was used to simulate the roller imprint process.
The empirical two body potential, originally designed for the liquid state, reproduces quite accurately our experimental results.
Molecular dynamics simulations using tight-binding many body potential are carried out to study the roller imprint process of a gold single crystal.
The imprint force, adhesion, stress, and strain distributions of the roller imprint process were studied using MD simulations based on tight-binding many body potential.
The interaction between atoms Cu Cu, Pd Pd as well as Cu Pd were calculated by Quantum Sutton Chen (Q SC) many body potential.
A detailed analysis of the body potential impact on the performance enhancement of Body Contacted (BC) pMOSFET when the body is not grounded, is reported in this paper.
They required that the two body potentials lie in (L^{nu /2+epsilon } cap L^{nu /2-epsilon }), but given Theorem 14.9, their method works for two body potentials in (L^{nu /2}). .
Currently simulations can be performed on large organic materials employing many body potentials for millions of atoms for times of many picoseconds.
Previous work and the current study mainly focus on atomic species with simple London dispersion interactions and simple many body potentials for metallic atoms system such as Ni.
There are many examples where bond valences have been used to analyze or confirm simulations obtained by two body potentials, density functional theory, or other quantum methods.
Although a two-body potential may lead to less accurate solutions than a many-body potential does, its parameters can be accurately calibrated by spectrum data.
