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万有引力常量的本质关系式
Natural relationship of gravitational constant G
【摘要】 根据作者曾建立的系统势模型和万有引力势与电势的关系式,运用逻辑推理(演绎)和归纳综合相结合的方法,从经典物理学的源头——电流强度单位的定义和电量单位的定义出发,结合元电荷测定原理、质子的荷质比、气体分子动理论以及相对论质量公式,导出了万有引力常量G的关系式,从而很好地解释了万有引力常量G的测量值的大小、变化及其范围,揭示了万有引力常量G的本质,消减了一个物理基本常数。
【Abstract】 According to the model of system’s potential and the relationship between universal gravitational potential and electrostatic potential,the metering unit of fundamental physical quantity in classical physics is regarded as the logic origin.The methods of logical inference(and deduction) and inductive synthesis are used.The definition of coulomb(C·G·S) or Ampere(SI) in classical physics,the measuring principle of unit charge e,certainly charge-mass ratio of proton are analyzed.The gas kinetics and the formula of relativity mass are combined.The natural relationship of gravitational constant(G) is concluded.The relationship reveals the nature of gravitational constant,and illustrates the determined values of G in the size and change and range of variation.Thus a fundamental physical constant is removed.
- 【文献出处】 河北工程大学学报(自然科学版) ,Journal of Hebei University of Engineering(Natural Science Edition) , 编辑部邮箱 ,2007年02期
- 【分类号】O412.2
- 【被引频次】2
- 【下载频次】324