binding energy of nucleus n. 原子核结合能 binding energy 结合能,束缚能 energy of nucleus 核能 total binding energy (核的) 总结合能 donor binding energy 施主结合能 invariant binding energy 不变结合能 electron binding energy 【医】 电子结合能 proton binding energy 质子结合能 fictitious...
A binding energy of 2.77 MeV/nucleon is obtained. The Puff-Mohling K-matrix, i.e. our first-order K-matrix, gives 1.7 MeV/nucleon more binding. Comparison with the in principle more approximate separation method calculation gives perfect agreement....
(i) the binding energy of the nucleus decreases on an averages asAincreases (ii) the binding enegry per nucleon decreases on an averages asAincreases (iii) if the nucleus breaks into two roughly equal parts, enegry is released (iv) if two nuclei fuse to from a bigger nucleus, energy is...
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the binding energy of the 4He nucleus. The wave functi~on naturally reproduces the electric dipole bremsstrahlung weighted cross-section. In recent years many authors have calculated the binding energy of the 4He nucleus (1-4). It has however been noticed by RUSTGI and LEVLNGER (5) and ...
Binding energy of the nucleus, which is the energy keeping the protons and neutrons together, thus the energy needed to break apart the "bonds" between the p+'s and n0's. (in terms of force notation, would this be the strong nuclear force?) Data given: 11B: m = 11,0093 amu (Z ...
A variational calculation of the binding energy of the O nucleus is presented. A two-body central Yukawa interaction with a hard core of radius a, and with Serber exchange is assumed and the parameters adjusted to fit the low energy data. A two-parameter trial function in the form of a ...
16O nucleusrelativistic Hartree Fock approximationclosed shell nucleisingle particle kinetic energy expectation valuesrelativistic analogue of kinetic energy operation... LD Miller - 《Physical Review Letters》 被引量: 18发表: 1972年 Effect of rearrangement on the single-particle field ofO16 Both the th...
We then add Z electrons to the Z protons, which gives Zm(1H), or Z times the mass of a hydrogen atom. Thus the binding energy of a nuclide AX is BE = {[Zm(1H) + Nmn] − m(AX)}c2.Figure 1. Work done to pull a nucleus apart into its constituent protons and neutrons ...
binding energypart of the total binding energy in the nucleusEB. The total energy of the nucleus has thus decreased as is indicated inFigure 6.1(B); it is common to refer to this decrease as apotential well. Thenucleonscan be considered to occupy different levels in such a potential well...