References
409
16. Graven P, Collins J et al (2008) XNAV for deep space navigation. In: Proceedings of the 31st
annual AAS guidance and control conference, American astronautical society, AAS 08-054,
Feb 2008:1−16
17. Ray PS, Wood KS, Phlips BF (2006) Spacecraft navigation using X-ray Pulsars. NRL Rev
Featur Res 95−102
18. Mitchell JM, Hassouneh MA et al (2015) SEXTANT-Station explorer for X-ray timing and navigation technology. In: Proceeding of the AIAA guidance, navigation and control conference,
Jan 2015:1−16
19. Winterniz LMB, Hassouneh MA et al (2015) X-ray Pulsar navigation algorithms and tested
for SEXTANT. In: Proceedings of IEEE aerospace conference, MT, US, Mar 2015: 1–13
20. Winterniz LMB, Mitchell JM et al (2016) SEXTANT X-ray Pulsar navigation demonstration:
flight system and test results. In Proceedings of IEEE aerospace conference, MT, US, Mar
2016:1−11
21. Mitchell JW, Winternitz LB et al (2018) SEXTANT X-ray Pulsar navigation demonstration:
initial on-orbit results, AAS 18–155, July 2018:1−12. https://ntrs.nasa.gov/search.jsp
22. Huang LW, Shuai P et al (2019) Pulsar-based Navigation results: data processing of the X-ray
Pulsar Navigation-I Telescope. J Astronom Telescop Inst Syst 5(1)018003:1−8
23. Sala J, Urruela A et al (2004) Feasibility study for a spacecraft navigation system relying
on pulsar timing information (Final Report). Adv Res Team of ESA 1−90. http://www.ESA.
int/act
24. Shuai P, Li M et al (2009) X-ray Pulsar-based navigation: principle and methodology. China
Astronautic Publishing House, Beijing (Chinese)
25. Taylor JH (1991) Millisecond Pulsars: nature’s most stable clocks. In: Proceedings of the IEEE,
Las Vegas, Nevada, pp 1054–1062
26. Matsakis DN, Taylor JH, Eubanks TM (1997) A statistics for describing pulsar and clock
stability. Astron Astrophys 326:924–928
27. Hobbs G, Coles W et al (2012) Development of a pulsar-based timescale. Mon Not R Astron
Soc 427(4):2780–2787
28. Emadzadeh AA, Speyer J (2011) Navigation space by X-ray pulsars. Springer Press, New York
29. Rad1 AM, Azari LV (2014) Determining attitude and position in deep space missions using
X-ray Pulsars. Int J Astron Astrophys (4):628−648
30. Shuai P (2011) High-precision autonomous navigation technology: combined navigation
system based on X-ray Pulsars. Space Int 7:44–51 (Chinese)
31. Shuai P, Li M et al (2007) A new approach to solve rotation issue of autonomous navigation
constellation. In: Proceedings of the 58th international astronautical congress, Hyderabad,
India, Sept 24–28. IAC-07-B7.1.08:1−10
32. Shuai P, Chen ZG, Qu GJ (2009) On Orbit mechanics of X-ray Pulsar-based navigation. Sci
China (Volume E) 39(3):556–562 (Chinese)
33. Lin J, Singer PW (2016) China’s deep spacecraft will be guided by X-ray Pulses from distant
stars. Pop Sci 18:1–2
34. Zhang XY, Shuai P et al (2017) Mission overview and initial observation results of the X-ray
Pulsar Navigation-I Satellite. Int J Aerosp Eng Hindawi, Article ID 8561830:1−7
35. Shuai P, Liu Q et al (2019) XPNAV-1 and its observation results. J Chinese Iner Technol
27(3):281–287 (Chinese)
36. Deng LL, Mei ZW et al (2017) The preliminary In-orbit observation results of Chinese first
grazing incidence focusing X-ray Pulsar detector. In: Proceedings of the 68th international
astronautical congress, Adelaide, Australia, 25–29 Sept 2017. IAC-17-A7.3.12:1−11
37. Huang LW, Shuai P et al (2018) A new explorer mission for soft X-ray timing-observation of
the Crab Pulsar. Acta Astronaut 151:63–67
38. Huang LW, Zhang XY et al (2017) The largest Glitch of the Crab Pulsar detected at the X-ray
band. Astron Telegr ATel #11025, 1−2. http://www.astronomerstelegram.org/?read=11025
39. Shemar SL, Lyne AG (1996) Observation of Pulsar Glitches. Mon Not R Astron Soc
282(2):677–690
409
16. Graven P, Collins J et al (2008) XNAV for deep space navigation. In: Proceedings of the 31st
annual AAS guidance and control conference, American astronautical society, AAS 08-054,
Feb 2008:1−16
17. Ray PS, Wood KS, Phlips BF (2006) Spacecraft navigation using X-ray Pulsars. NRL Rev
Featur Res 95−102
18. Mitchell JM, Hassouneh MA et al (2015) SEXTANT-Station explorer for X-ray timing and navigation technology. In: Proceeding of the AIAA guidance, navigation and control conference,
Jan 2015:1−16
19. Winterniz LMB, Hassouneh MA et al (2015) X-ray Pulsar navigation algorithms and tested
for SEXTANT. In: Proceedings of IEEE aerospace conference, MT, US, Mar 2015: 1–13
20. Winterniz LMB, Mitchell JM et al (2016) SEXTANT X-ray Pulsar navigation demonstration:
flight system and test results. In Proceedings of IEEE aerospace conference, MT, US, Mar
2016:1−11
21. Mitchell JW, Winternitz LB et al (2018) SEXTANT X-ray Pulsar navigation demonstration:
initial on-orbit results, AAS 18–155, July 2018:1−12. https://ntrs.nasa.gov/search.jsp
22. Huang LW, Shuai P et al (2019) Pulsar-based Navigation results: data processing of the X-ray
Pulsar Navigation-I Telescope. J Astronom Telescop Inst Syst 5(1)018003:1−8
23. Sala J, Urruela A et al (2004) Feasibility study for a spacecraft navigation system relying
on pulsar timing information (Final Report). Adv Res Team of ESA 1−90. http://www.ESA.
int/act
24. Shuai P, Li M et al (2009) X-ray Pulsar-based navigation: principle and methodology. China
Astronautic Publishing House, Beijing (Chinese)
25. Taylor JH (1991) Millisecond Pulsars: nature’s most stable clocks. In: Proceedings of the IEEE,
Las Vegas, Nevada, pp 1054–1062
26. Matsakis DN, Taylor JH, Eubanks TM (1997) A statistics for describing pulsar and clock
stability. Astron Astrophys 326:924–928
27. Hobbs G, Coles W et al (2012) Development of a pulsar-based timescale. Mon Not R Astron
Soc 427(4):2780–2787
28. Emadzadeh AA, Speyer J (2011) Navigation space by X-ray pulsars. Springer Press, New York
29. Rad1 AM, Azari LV (2014) Determining attitude and position in deep space missions using
X-ray Pulsars. Int J Astron Astrophys (4):628−648
30. Shuai P (2011) High-precision autonomous navigation technology: combined navigation
system based on X-ray Pulsars. Space Int 7:44–51 (Chinese)
31. Shuai P, Li M et al (2007) A new approach to solve rotation issue of autonomous navigation
constellation. In: Proceedings of the 58th international astronautical congress, Hyderabad,
India, Sept 24–28. IAC-07-B7.1.08:1−10
32. Shuai P, Chen ZG, Qu GJ (2009) On Orbit mechanics of X-ray Pulsar-based navigation. Sci
China (Volume E) 39(3):556–562 (Chinese)
33. Lin J, Singer PW (2016) China’s deep spacecraft will be guided by X-ray Pulses from distant
stars. Pop Sci 18:1–2
34. Zhang XY, Shuai P et al (2017) Mission overview and initial observation results of the X-ray
Pulsar Navigation-I Satellite. Int J Aerosp Eng Hindawi, Article ID 8561830:1−7
35. Shuai P, Liu Q et al (2019) XPNAV-1 and its observation results. J Chinese Iner Technol
27(3):281–287 (Chinese)
36. Deng LL, Mei ZW et al (2017) The preliminary In-orbit observation results of Chinese first
grazing incidence focusing X-ray Pulsar detector. In: Proceedings of the 68th international
astronautical congress, Adelaide, Australia, 25–29 Sept 2017. IAC-17-A7.3.12:1−11
37. Huang LW, Shuai P et al (2018) A new explorer mission for soft X-ray timing-observation of
the Crab Pulsar. Acta Astronaut 151:63–67
38. Huang LW, Zhang XY et al (2017) The largest Glitch of the Crab Pulsar detected at the X-ray
band. Astron Telegr ATel #11025, 1−2. http://www.astronomerstelegram.org/?read=11025
39. Shemar SL, Lyne AG (1996) Observation of Pulsar Glitches. Mon Not R Astron Soc
282(2):677–690