Based on the binding energies of atomic nuclei, the article explains that the nuclear force field is equivalent to the non-inertial system, can be described by General Relativity. Solving the field equations obtains a series of numerical solutions, which show the characters of nuclear forces. On this basis, the nuclear force saturation is explained, the radius formula and radius constant of atomic nuclei are educeed. And the formula of nuclear binding energies is educeed in combination with the quantum theory. All of these are more systematic and perfect than traditional theories. In addition, based on these solutions, the constructions of meson-baryon resonances and hyperons are explained, and their masses are calculated, which are consistent with the experiments.
References
[1]
Einstein, A. (1961) The Meaning of Relativity. Translated by Hao Li, Science Publishing House, 37. (In Chinese)
[2]
Landau, L.D. and Lifshitz, E.M. (1959) Field Theory. Translated by Lang Ren, et al., People’s Education Press, 358-361. (In Chinese)
[3]
Yu, Y.Q. (1987) Introduction to General Relativity. Peking University Press, 47-49.
[4]
Weinberg, S. (1980) Gravitation and Cosmology. Translated by Zhenlong Zou, Lining Zhang, et al., Science Press. (In Chinese)
[5]
Lin, L. (1987) General Relativity. Higher Education Press, 158-161. (In Chinese)
[6]
Hans Franfeild and Ernest M. Henry (1981) The Physics Inferior to Atom. Translated by Zhongwen Wang, et al., Atomic Energy Press, 18. (In Chinese)
[7]
Roman, P. (1966) Theory of Elementary Particles. Translated by Jianhua Cai, et al., Shanghai Science & Technology Press, 558. (In Chinese)
