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PSR J1124-5916: discovery of a young, energetic pulsar in the supernova remnant G292.0+1.8

机译:PSR J1124-5916:在超新星残余G292.0 + 1.8中发现了一个年轻的高能脉冲星

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摘要

We report the discovery with the Parkes radio telescope of a pulsar associated with the ~ 1700 yr-old oxygen-rich composite supernova remnant G292.0+1.8. PSR J1124-5916 has period 135 ms and period derivative 7.4e-13, implying characteristic age 2900 yr, spin-down luminosity 1.2e37 erg/s, and surface magnetic field strength 1.0e13 G. Association between the pulsar and the synchrotron nebula previously identified with Chandra within this supernova remnant is confirmed by the subsequent detection of X-ray pulsations by Hughes et al. The pulsar's flux density at 1400 MHz is very small, S ~ 0.08 mJy, but the radio luminosity of Sd^2 ~ 2 mJy kpc^2 is not especially so, although it is one order of magnitude smaller than that of the least luminous young pulsar previously known. This discovery suggests that very deep radio searches should be done for pulsations from pulsar wind nebulae in which the central pulsed source is yet to be detected and possibly other more exotic neutron stars.
机译:我们用Parkes射电望远镜报告了与〜1700年历史的富氧复合超新星残余G292.0 + 1.8相关的脉冲星的发现。 PSR J1124-5916的周期为135 ms,周期为7.4e-13,隐含特征年龄2900 yr,降速发光度为1.2e37 erg / s,表面磁场强度为1.0e13G。脉冲星与同步加速器星云之间的联系先前Hughes等人随后检测到X射线脉动,从而证实了在超新星残骸中与钱德拉(Chandra)鉴别。 1400 MHz时脉冲星的通量密度非常小,S〜0.08 mJy,但是Sd ^ 2〜2 mJy kpc ^ 2的射电光度不是特别好,尽管它比发光最小的年轻者小一个数量级。脉冲星以前已知。这一发现表明,应该对来自脉冲星云的脉动进行非常深入的无线电搜索,在该脉冲星云中尚待检测到中央脉冲源以及可能还有其他更奇特的中子星。

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