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Near IR and visual polarimetry of the Planetary Nebula M2-9

机译:靠近IR和Visual Polarimetry的行星星云M2-9

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Bipolar and more complex morphologies observed in planetary nebulae have been explained by two principal hypotheses: by the existence of a companion producing a circumstellar disk, by the effects of a magnetic field, or by a combination of both. The polarimetric analysis of these objects could give information about the presence of dust grains aligned with any preferential direction, due to a magnetic field or to the action of radiative torques (RAT). We performed polarimetric observations of some planetary nebulae in order to detect linear polarization and (in the best scenario) to detect the signature of an accretion disk in these objects. We observed in the visual region with POLIMA at the San Pedro Mártir observatory, and with POLICAN the NIR polarimeter in the Guillermo Haro observatory. We present the result of these observations in one of these objects: the PN M2-9.
机译:在行星星云中观察到的双极和更复杂的形态已被两个主要假设解释:通过磁场的影响,通过磁场的影响,或通过两者的组合产生伴侣的伴侣。 由于磁场或辐射扭矩(RAT)的作用,这些物体的极化分析可以提供有关以任何优先方向对准的灰尘颗粒的存在的信息。 我们对某些行星星云进行了偏振观察,以检测线性极化和(在最佳场景中)以检测这些对象中的吸积盘的签名。 我们在SanPedroMártir天文台的Polima观察到了在视觉区域,并在Guillermo Haro天文台的Polican The Nir Giarimeter。 我们在其中一种对象中介绍了这些观察结果的结果:PN M2-9。

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