原初典型恒星及其星核黑洞的形成、演化和结构的基本规律

本文在文献[1]、[2]的基础上，应用相对论性牛顿万有引力定律，对原初典型恒星及其星核M。黑洞的形成、演化和结构，作了更深入的探索研究．得到了一系列很有意义的结果：1、导出了原初典型恒星Mo及其星核Ms黑洞质量的上界和下界．进而导出了原初典型恒星在其简并中子黑涧（Mos=Mo）态下一分为二的死亡大爆炸中释放能量的上下界（即超新星爆发所释放能量的上下界）；2、导出了星核Ms黑洞独有的一系列鼎级极限物理特性．导出了黑洞无内阻理想流体的超流效应及黑洞吸集粒子的经纬分流的筛选效应．证明了星核Ms黑洞是具有不再爆炸、不再坍缩、不再发射的“三不”特性的稳定天体；3、在相对论性引力理论框架内，证明了光速最大原理；4、导出了原初典型恒星在一分为二的死亡大爆炸中静质量Mo、场（暗）质量△MG的结构和分布规律．揭示了星核Ms黑洞结构的奥秘；5、导出了恒星、星系、总星系等典型层次天体的真空中场（暗）质量的分布规律．

Fundamental Rules of Formation, Evolution and structure of Primary Typical Stars and Their Nuclei Black Holes

On the foundation of the inference [1], [2], the formation, evolution and strutcture of primary typical stars and their stellar nuclei black hole Ms are studied more deeply in this paper. A series meaningful conclusions are obtained, they are： 1. black holes Ms are derived. The upper bound and lower bound of discharged energies, The upper bound and lower bound of primary typical fixed stars Mo and their nuclei that is upper bound and lower bound of discharged energies of detonating supernovas, are obtained further when primary typical fixed starts at their degenerate neutron black hole states（Mos=Mo） were being divided one into two parts during their perishing bigger detonating; 2. A series of topic limit physical properties of stellar nuclei black holes M., are derived. The superfluid effect of dis-resistance ideal fluids in black holes and the screening effect of latitude-longitude divergence in absorbing particals by black holes are derived too. Then stellar nuclei black holes Ms are proved as stable heavenly bodies that they are no longer detonating, collapsing and emitting; 3. In the flame of the relativistic gravitational theory, the principle of the maximum light velocity are proved; 4. The structure and distribution rule of typical primary stars rest mass Mo and field mass （dark mass）AM, are derived during their perishing bigger detonating. And the structure mystery of stellar nuclei black holes Ms is displayed; 5. The distributed rule of field mass in vacuum of stars, galaxies, and metagalaxyetc. Typical multilevel heavenly bodies are derived.