H. Tong (仝号)

Xinjiang Astronomical Observatory, Chinese Academy of Sciences, Associated researcher Research Interests:pulsarmagnetarneutron star

Pulsars are good clocks in the Universe. They have many applications. I am mainly interested in why pulsars are good clocks. I want to know (1) the spindown mechanism of pulsars, (2) the origin of their multiwave radiations (including radio & optical/IR & X-ray & gamma-ray etc). I am especially interested in a special kind of pulsars, i.e. magnetars (and related objects, including XDINSs, CCOs, HBPSRs etc).

Twinkle Twinkle little pulsar, how I wonder what you are!

I do not know whether you are a neutron star or a quark star.

At present the only thing I aware

All pulsars are not magnetars.

致密星

2016年

***相对论***

第一讲:狭义相对论 01_special_relativity.pdf

第二讲:广义相对论 02_general_relativity.pdf

***致密星***

第三讲:白矮星 03_white_dwarfs.pdf

第四讲: 中子星 04_nuetron_stars.pdf

第五讲:黑洞 05_black_holes.pdf

***天体物理过程***

第六讲:气体动力学06_gas_dynamics.pdf

第七讲:辐射过程07_radiative_process.pdf

第八讲:吸积过程 08_accretion_disk.pdf

***高能天体物理***

第九讲:超新星 09_supernova.pdf

第十讲:超新星遗迹和宇宙线 10_SNR_and_CR.pdf

第十一讲:脉冲星和磁星 11_pulsar_magnetar.pdf

第十二讲:致密双星 12_compact_binary.pdf

第十三讲:伽玛射线爆 13_GRBs.pdf

第十四讲:活动星系核  14_AGN.pdf

第十五次课程:考试

***完***

Jianping YUAN (XAO), Wei WANG (NAOC),Renxin XU (PKU),  Liming SONG (IHEP)

Students: Feifei KOU, Shijun DANG

Paperlist of H. Tong:

  1. Tong,H., Peng, Q. H., 2007, “Improbability of DUrca process constraints EOS”, ChJAA,7, 809

  2. Peng, Q. H., Tong, H.,2007, "The physics of strong magnetic fields in neutron stars", MNRAS, 378, 159

  1. Tong,H., Peng, Q. H., Bai,H., 2008, “Microscopic magnetic dipole radiation in neutron stars”, ChJAA, 8, 269

    **** RCS and X-ray dim isolated neutron stars ****

  1. Tong,H., Xu, R. X., Peng,Q. H., Song, L. M., 2010, “Resonant cyclotron scattering in pulsar magnetospheres and its application to isolated neutron stars”, RAA, 10, 553

  2. Tong,H., Xu, R. X., Song,L. M., 2011, “The optical/ultraviolet excess of isolated neutron stars in the resonant cyclotron scattering model”, RAA, 11, 1371

    **** On Fermi observations of magnetars ****

  3. Tong,H., Song L. M., Xu,R. X., 2010, “Non-detection in a Fermi/LAT observation of AXP 4U 0142+61: magnetars?” ApJ, 725, L196

  1. Tong,H., Song L. M., Xu,R. X., 2011, “Anomalous X-ray pulsars and soft gamma-ray repeaters in the outer gap model: confronting Fermi observations” ApJ, 738,31

    **** Wind braking of magnetars ****

  2. Tong,H., Xu, R. X., 2012,“SGR 0418+5729: a small inclination angle resulting in a not so low dipole magnetic field?”,ApJ, 757, L10

  3. Tong,H., Xu, R. X., Song,L. M., Qiao, G. J., 2013, “Wind braking of magnetars”, ApJ, 768,144

  4. Tong,H., Xu, R. X., 2013,“The timing behavior of magnetar Swift J1822.3-1606: timing noise or a decreasing period derivative? ”, RAA, 13, 1207

  5. Tong, H., Yuan, J. P., Liu, Z. Y., 2013, "Non-detection of pulsed radio emission from magnetar Swift J1834.9-0846: constraint on the fundamental plane of magnetar radio emission", RAA, 13, 835

  6. Tong,H., 2014,“The anti-gitch of magnetar 1E 2259+586 in the wind braking scenario”, ApJ, 784, 86

  7. Tong, H., 2015, "A note on the puzzling spindown behavior of the Galactic center magnetar SGR J1745-2900", RAA, 15, 1467

  8. Tong, H., 2016, "On the possible wind nebula of magnetar Swift J1834.9-0846: a magnetism-powered synchrotron nebula", RAA, 16, 143

    **** Wind braking of pulsars ****

  9. Li, L., Tong, H., Yan, W. M., Yuan, J. P., Xu, R. X., Wang, N., 2014, "Pulsar wind model for the spindown behavior of intermittent pulsars", ApJ, 788, 16 (H. Tong is the corresponding author for this paper and the following ones in this section)

  10. Kou, F. F., Tong, H., 2015, "Rotational evolution of the Crab pulsar in the wind braking model", MNRAS, 450, 1990

  11. Kou, F. F., Ou, Z. W., Tong, H., 2016, "On the variable timing behavior of  PSR B0540-69: an almost excellent example to study the pulsar braking mechanism", RAA, 16, 79

  12. Ou, Z. W., Tong, H., Kou, F. F., Ding, G. Q., 2016, "Fluctuating neutron star magnetosphere: braking indices of eight pulsars, frequency second derivatives of 222 pulsars and 15 magnetars", MNRAS, 457, 3922

  13. Tong, H., Kou, F. F., 2017, "Possible evolution of the pulsar braking index from larger than three to about one", ApJ, accepted

  14. Tong, H., 2016, "Pulsar braking: magnetodipole vs. wind", Science China Physics, Mechanics & Astronomy, 59, 5752   (invited review on wind braking of pulsars and magnetars)

    **** Accreting magnetars and Others ****

  15. Tong, H., Wang, W., 2014, "Central compact objects, superslow X-ray pulsars, gamma-ray bursts: do they have anyting to do with magnetars?", arXiv:1406.6458    (It will not be submitted to any journal)

  16. Tong, H., 2015, "An accreting low magnetic field magnetar for the ultraluminous X-ray source in M82", RAA, 15, 517

  17. Tong, H., Wang, W., Liu, X. W., Xu, R. X., 2016, "Rotational evolution of magnetars in the presence of a fallback disk", ApJ, 833, 265

    **** Coauthored papers ****

  18. Wang,J., Wang, N., Tong,H., Yuan, J., 2012,“Recent glitches detected in the Crab pulsar”, Ap&SS, 340,307 (This paper and the following ones are my coauthored papers)

  19. Liu, X. W., Xu, R. X., Qiao, G. J., Han, J. L., Tong, H., 2014, "Braking PSR J1734-3333 with a possible fall-back disk", RAA, 14, 85

  20. Wang, W., Tong, H., Guo, Y. J., 2014, "Hard X-ray emission cutoff in the anomalous X-ray pulsar 4U 0142+61 detected by INTEGRAL", RAA, 14, 673    

  21. Zhou, E. P., Lu, J. G., Tong, H., Xu, R. X., 2014, "Two types of glitches in a solid quark star model", MNRAS, 443, 2705

  22. Guo, Y. J., Dai, S., Li, Z. S., Liu, Y., Tong, H., Xu, R. X., 2015, " Understanding the X-ray spectrum of anomalous X-ray pulsars and soft gamma-ray repeaters", RAA, 15, 525

  23. Ge, M. Y., Yan, L. L., Lu, F. J., Zheng, S. J., Yuan, J. P., Tong, H., Zhang, S. N., Lu, Y., 2016, "Evolution of the X-ray pulse profile of the Crab pulsar", ApJ, 818, 48

  24. Pan, Y. Y., Song, L. M., Zhang, C. M., Tong, H., 2016, "The magnetic field evolution of ULX NuSTAR J095551+6940.8" in M82--A legacy of accreting magnetar", MNRAS, 461, 2

  25. Huang, L., Yu, C., Tong, H., 2016, "Twist-induced magnetospheric reconfiguration for intermittent pulsars", ApJ, 827, 80

  26. Wang, W. Y., Lu, J. G., Tong, H., Ge, M. Y., Li, Z. S., Meng, Y. P., Xu, R. X., 2017, "The optical/UV excess of X-ray dim isolated neutron stars: bremsstrahlung emission from a strangeon star plasma atmosphere", ApJ, accepted

    **** Conference proceedings ****

  27. Tong,H., Xu, R. X., 2011,“Magnetars: fact or fiction?”,Int.Jour.Mod. Phys. E,20, 15  (proceeding of SMFNS2011)

  28. Tong,H., Xu., R. X.,2013, “What can Fermi tell us about magnetars?”, proceeding of IAUS, 291, 521 (arXiv:1210.4310)

  29. Tong,H., Xu., R. X., 2013, “Is magnetar a fact or fiction to us?”, proceeding of IAUS, 291,  518 (arXiv:1210.4680)

  30. Tong, H.,Xu, R. X., 2014, "Wind braking of magnetars: to understand magnetar's multiwave radiation properties", AN, 335, 757 (proceeding of SMFNS2013)

  31. Tong, H., 2015, "Two predictions for the spin down behavior of magnetar SGR J1745-2900", Acta Astronomica Sinica, 56 (Suppl), 73 (arXiv:1503.08904, proceeding of QCS2014)

  32. Tong, H., 2015, "Ultra-luminous X-ray pulsar: accreting magnetar?", AN, 336, 835  (proceeding of SMFNS2015)

High energy astroph on arXiv (for fresh news): High energy astroph

Astronomical Data System (for information): ADS

ADS go to (if the year/volume/page are known): ADS GoTo

web of science (a more powerful engine): web of science

Journals (for submission): ApJ, MNRAS, RAA

Online catalogues: pulsars,  magnetars

****others****

wikipedia: Wiki

dictionary: dict.cn

astronimical dictionary: 天文学名词


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