By fitting, it can be concluded that the binding energy
of the peak position and curve peak area of Fe element in corrosion solution of steel bar in chloride salt solution are shown in Table 4, the relative content of [Fe.sub.3][O.sub.4] is 19.3%, the relative content of FeOOH is 69.1%, and the relative content of Fe[Cl.sub.3] is 11.6%.
The number of electrons with relatively small binding energy
for some targets of interest is shown in Table 1.
In the pink and blue samples, the electron binding energy
of Mn2p3/2 approximately agrees with that of bivalent manganese fluorides, indicating that Mn is in the [Mn.sup.2+] state and mainly coordinated with F.
The lowest binding energy
was obtained for the wild type followed by L373 F natural variant.
of N[H.sub.3] and CO in the associate is significantly different.
With the adiabatic approximation, the donor binding energy
of a hydrogenic impunity [E.sub.b] is defined as the difference between the ground-state energy of the system with and without impurity; that is, 
The binding energy
in the case of geminal silanols was estimated to be 9.83 kcal/mol which augmented to 29.48 kcal/mol when the dispersion energy term was added to it.
Caption: Figure 5: Scatter plots of experimental versus calculated binding energy
for (a) twenty-five HIV-1 protease-inhibitor complexes culled by Jenwitheesuk and Samudrala  and (b) a larger set of 140 such complexes which include the initial twenty-five, with the remainder obtained by searching the Binding MOAD database [26,27].
where [E.sub.AB], [D.sub.AB], [[beta].sub.AB], [R.sub.AB], and [R*.sub.AB] are the pair potential energy between atoms A and B, the binding energy
(potential well-depth), a form factor (width of the potential), the interatomic distance, and the equilibrium distance, respectively.
Even though the nitrogen complex has high binding energy
but it is less than the binding energy
of hydrogen complex, so hydrogen complex is more stable compared to nitrogen complex.
The binding energy
was calibrated by the contaminated [C.sub.1,s] v photoelectron peak (achieved from blank cleaned Si surface) at 284.7 eV.
He covers the role of singular solutions of quantal equations in atomic physics, the classical description of crossings of energy terms and of charge exchange, classical stationary states, understanding the role of the singular spin-spin interaction in the binding energy
of two-electron atoms/ions, the last observed line in the spectral series of hydrogen lines in magnetized plasma: s revision of the Inglis-Tellor concept, and extrema in transition energies resulting not in satellites but in dips within spectral lines.