论文标题
声学引力相互作用修订
Acoustic gravitational interaction revised
论文作者
论文摘要
在本文中，我们使用假设这种力是散射兴奋性波能量的散射力，推断了两个振荡气泡之间的引力声音的表达。引力 - 声学在共振下的表达突出了这种力对两个气泡虚拟质量产物和声学引力常数的依赖性。声学引力常数取决于吸收阻尼系数。我们还可以说，声学引力常数的表达类似于电磁世界中引力常数的表达，这是在爱因斯坦 - 塞亚玛模型中获得的，而迪拉克·埃德丁顿在大量假设中获得的。对于声学世界中这种现象获得的结果支持了声学世界与电磁世界之间的相似性。
In this paper, we deduce the expression of the gravito-acoustic force between two oscillating bubbles using the hypothesis that this type of force is a force of scattering-absorption of the energy of excitatory waves. The expression of the gravito-acoustic force at resonance highlights the dependence of this force on the product of the virtual masses of the two bubbles and on an acoustic gravitational constant. The acoustic gravitational constant depends on the absorption damping coefficient. We may say also that the expression of the acoustic gravitational constant is analogous to the expression of the gravitational constant in the electromagnetic world, that one obtained in the Einstein-Sciama model and the Dirac-Eddington large numbers hypothesis. The results obtained for this type of phenomenon in the acoustic world support the similarity between the acoustic world and the electromagnetic world.
