The Masses and Origin of the 3 : 2 Twin-Peak QPOs Frequency Ratio in the Microquasars
The Masses and Origin of the 3 : 2 Twin-Peak QPOs Frequency Ratio in the Microquasars
复制标题
微类星体中3:2双峰QPO频率比的质量和起源
DOI：
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发表时间：
2015
期刊：
影响因子：
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通讯作者：
Sylwester Kornowski
中科院分区：
文献类型：
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作者：
Sylwester Kornowski
高频准周期振荡（HF QPOs）是少数微类星体和低质量x射线双星的x射线功率密度谱特征。有时会出现双峰QPOs，然后峰的频率比接近或等于3/2。大多数QPOs模型假设黑洞或中子星附近的环面结构振荡。目前，关于QPOs的起源还没有达成共识。在这里，我们提出了双峰QPOs的模型，这是由环面和环内的环定义的振荡的结果。我们使用尺度对称理论（SST），特别是黑洞和吸积盘的修正理论。在此模型中，我们计算了双峰QPO微类星体的质量。所得理论结果与观测数据一致。但是观测数据的精度很低，而理论结果的精度很高，因此未来可以使用更精确的观测数据来验证本文提出的模型。我们展示了重子核心内部的现象和导致双峰QPOs的现象之间的一些相似性，即我们展示了粒子物理学和宇宙学之间的一些相似性。
High frequency quasi-periodic oscillations (HF QPOs) are characteristic for the X-ray power-density spectra of a few microquasars and low mass X-ray binaries. Sometimes there appear the twin peak QPOs and then the frequency ratio for the peaks is close or equal to 3/2. Mostly the QPOs models assume oscillations of toroidal structures near black holes or neutron stars. At present, there is no consensus on the origin of QPOs. Here we present the model of the twin-peak QPOs as a result of oscillations defined by torus and a ring inside it. We use the Scale-Symmetric Theory (SST), especially the revised theory of black holes and accretion discs. Within presented here model we calculated the masses of the twin peak QPO microquasars. Obtained theoretical results are consistent with observational data. But accuracy of the observational data is very low whereas of the theoretical results is very high so future more precise observational data can be used to verify presented here model. We showed some analogy between the phenomena inside the core of baryons and the phenomena leading to the twin peak QPOs i.e. we showed some analogy between particle physics and cosmology.