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Visits

1. A Very Large Glitch in PSR B2334+61 [1210]
2. Long-term scintillation observations of five pulsars at 1540 MHz [1122]
3. GAMMA-RAY AND RADIO PROPERTIES OF SIX PULSARS DETECTED BY THE FERM.. [857]
4. ON THE NATURE OF THE FIRST TRANSIENT Z SOURCE XTE J1701-462: ITS A.. [850]
5. THE FIRST FERMI LARGE AREA TELESCOPE CATALOG OF GAMMA-RAY PULSARS [720]
6. LONG-TERM MONITORING OF MODE SWITCHING FOR PSR B0329+54 [643]
7. Determining gravitational wave radiation from close galaxy pairs u.. [623]
8. FERMI LARGE AREA TELESCOPE DETECTION OF PULSED gamma-RAYS FROM THE.. [613]
9. Rotation measure variations for 20 millisecond pulsars [581]
10. 我国脉冲星观测研究的进展和前景 [569]
11. 脉冲星PSR B0329+54的多波段观测 [558]
12. Pulsar timing at Urumqi Observatory [546]
13. Observations of four pulsars at 327 MHz [540]
14. Polarization observations of 20 millisecond pulsars [533]
15. A large glitch in the Crab pulsar [528]
16. Daily observations of interstellar scintillation in PSR B0329+54 [523]
17. Pulsar nulling and mode changing [522]
18. Timing observations of Rotating Radio Transient J1819-1458 at Urum.. [515]
19. Strong pulses detected from rotating radio transient J1819-1458 [511]
20. The stability of USO to Mars orbiter influence [508]
21. The effects of intense magnetic fields on Landau levels in a neutr.. [498]
22. A mathematical method for the de-dispersion of the pulsar profile [498]
23. 29 glitches detected at Urumqi Observatory [489]
24. 乌鲁木齐25m射电望远镜的单天线观测研究 [484]
25. Numerical simulation of the electron capture process in a magnetar.. [483]
26. Searching for radio pulsars in 3EG sources at Urumqi Observatory [482]
27. Timing measurements and proper motions of 74 pulsars using the Nan.. [481]
28. 乌鲁木齐25米射电望远镜系统 [473]
29. Hurst parameter analysis of radio pulsar timing residuals [471]
30. 四颗脉冲星在327 MHz频率上的观测 [467]
31. 速度分布和银盘厚度效应对正常脉冲星Z向分布的影响 [463]
32. Evolution of superhigh magnetic fields of magnetars [462]
33. The Influences of the Velocity Distribution and the Thickness Effe.. [458]
34. Scintillation Observations of Strong Northern Pulsars [456]
35. Multi-frequency observations of PSR B 0329+54 [456]
36. Observations of six glitches in PSR B1737-30 [445]
37. 13 years of timing of PSR B1259-63 [445]
38. Mutual influence of magnetic field decay and thermal evolution of .. [442]
39. Observational features of pulsar glitches [441]
40. Population synthesis for symbiotic X-ray binaries [441]
41. Quakes in solid quark stars [440]
42. 乌鲁木齐天文站在月球探测同波束干涉测量中的作用 [438]
43. THE SECOND FERMI LARGE AREA TELESCOPE CATALOG OF GAMMA-RAY PULSARS [423]
44. Research on the lunar ionosphere using dual-frequency radio occult.. [423]
45. Satellite-based entanglement distribution over 1200 kilometers [423]
46. The 3-D trajectories of pulsars in the Galaxy [419]
47. 新疆奇台110米射电望远镜 [416]
48. A NEW ELECTRON-DENSITY MODEL FOR ESTIMATION OF PULSAR AND FRB DIST.. [404]
49. Magnetic field decay of magnetars in supernova remnants [378]
50. 射电脉冲星参数拟合的一般方法 [370]
51. Glitches in southern pulsars [368]
52. 一种快速测量射电望远镜反射面精度的方法 [367]
53. A study of the strong pulses detected from PSR B0656+14 using the .. [366]
54. Timing noise study of four pulsars [362]
55. Unusual glitch behaviours of two young pulsars [357]
56. Flux density measurements of 23 pulsars [352]
57. Pulsar astronomy in China [351]
58. Pulsar glitches detected at Urumqi [348]
59. 乌鲁木齐25米射电望远镜脉冲星观测系统 [347]
60. QTT天线结构挑战与进展 [345]
61. 乌鲁木齐天文站25m天线18cm脉冲星脉冲到达时间观测系统 [339]
62. 射电脉冲星周期跃变研究的进展 [335]
63. Scintillation dynamic spectra and transverse velocities of seven p.. [335]
64. 脉冲星数字消色散系统观测软件 [332]
65. 南山25米射电望远镜接收机系统监控软件 [331]
66. Data Retrieval from Xinjiang Astronomical Observatory's Pulsar Dat.. [331]
67. An alternative symbiotic channel to Type Ia supernovae [330]
68. 面向赋形面的大型抛物面天线主动面板调整量的快速确定方法 [330]
69. 一款能消除手机信号对射电望远镜信号干扰的APP软件 [330]
70. 新疆奇台110米射电望远镜主焦点馈源换馈方案研究 [328]
71. 乌鲁木齐天文站脉冲星观测研究新进展 [327]
72. The 2016 glitch in the Vela pulsar [327]
73. A Monte Carlo study of the evolution of the scale height of normal.. [319]
74. MCA aided geodesic active contours for image segmentation with tex.. [314]
75. Wavelet based recognition for pulsar signals [314]
76. Pulsar Observations at Urumqi Observatory - Present and Future [311]
77. Donors of Persistent Neutron-Star Low-Mass X-Ray Binaries [311]
78. Searching for gravitational wave memory bursts with the Parkes Pul.. [311]
79. 乌鲁木齐25m射电望远镜脉冲星观测研究 [306]
80. 脉冲星转动不稳定性的观测与研究 [306]
81. Recent glitches detected in the Crab pulsar [303]
82. Mutual Influence of Magnetic Field Decay and Thermal Evolution of .. [302]
83. PRESSURE OF DEGENERATE AND RELATIVISTIC ELECTRONS IN A SUPERHIGH M.. [301]
84. A possible mechanism for magnetar soft X-ray/gamma-ray emission [299]
85. Statistical study of the pulse width distribution for radio pulsar.. [298]
86. Monitoring of pulse intensity and mode changing for PSR B0329+54 [294]
87. 南山25米射电望远镜主控单元控制软件 [293]
88. The relationship of electron Fermi energy with strong magnetic fie.. [287]
89. 基于轨道不平度的大型轮轨式天线指向均方根误差的计算方法 [285]
90. 基于轨道不平度的大型天线任意位姿时波束指向偏差计算方法 [285]
91. Combination of CN(1-0), HCN(1-0), and HNC(1-0): A possible indicat.. [283]
92. 短厘米波段双极化制冷接收机杜瓦 [282]
93. 大型射电望远镜天线主动面补偿研究进展 [282]
94. 射电终端发展与110m射电望远镜终端系统 [281]
95. A hybrid model for pulsar's spin-down evolution [280]
96. Pulsar observations in China - Status and results [278]
97. Dependence of pulsar death line on the equation of state [277]
98. Fast matching of astronomical data within data warehouse architect.. [276]
99. An adjustment method for active reflector of large high-frequency .. [276]
100. Constraining the braking indices of magnetars [273]

Downloads

1. A Very Large Glitch in PSR B2334+61 [210]
2. Long-term scintillation observations of five pulsars at 1540 MHz [200]
3. LONG-TERM MONITORING OF MODE SWITCHING FOR PSR B0329+54 [124]
4. 我国脉冲星观测研究的进展和前景 [111]
5. ON THE NATURE OF THE FIRST TRANSIENT Z SOURCE XTE J1701-462: ITS A.. [105]
6. GAMMA-RAY AND RADIO PROPERTIES OF SIX PULSARS DETECTED BY THE FERM.. [100]
7. THE FIRST FERMI LARGE AREA TELESCOPE CATALOG OF GAMMA-RAY PULSARS [100]
8. A large glitch in the Crab pulsar [98]
9. Scintillation Observations of Strong Northern Pulsars [86]
10. Pulsar nulling and mode changing [80]
11. 四颗脉冲星在327 MHz频率上的观测 [79]
12. Multi-frequency observations of PSR B 0329+54 [73]
13. 乌鲁木齐25m射电望远镜的单天线观测研究 [70]
14. Numerical simulation of the electron capture process in a magnetar.. [68]
15. The effects of intense magnetic fields on Landau levels in a neutr.. [62]
16. Observations of four pulsars at 327 MHz [62]
17. Pulsar timing at Urumqi Observatory [58]
18. Mutual influence of magnetic field decay and thermal evolution of .. [58]
19. Polarization observations of 20 millisecond pulsars [57]
20. Quakes in solid quark stars [55]
21. Observations of six glitches in PSR B1737-30 [54]
22. 29 glitches detected at Urumqi Observatory [53]
23. A mathematical method for the de-dispersion of the pulsar profile [53]
24. The relationship of electron Fermi energy with strong magnetic fie.. [53]
25. 脉冲星PSR B0329+54的多波段观测 [52]
26. Pulsar Observations at Urumqi Observatory - Present and Future [51]
27. FERMI LARGE AREA TELESCOPE DETECTION OF PULSED gamma-RAYS FROM THE.. [51]
28. Determining gravitational wave radiation from close galaxy pairs u.. [51]
29. 乌鲁木齐天文站在月球探测同波束干涉测量中的作用 [47]
30. Searching for radio pulsars in 3EG sources at Urumqi Observatory [46]
31. Evolution of superhigh magnetic fields of magnetars [46]
32. Daily observations of interstellar scintillation in PSR B0329+54 [46]
33. The 3-D trajectories of pulsars in the Galaxy [45]
34. Strong pulses detected from rotating radio transient J1819-1458 [44]
35. Mutual Influence of Magnetic Field Decay and Thermal Evolution of .. [44]
36. Timing measurements and proper motions of 74 pulsars using the Nan.. [43]
37. Rotation measure variations for 20 millisecond pulsars [43]
38. 13 years of timing of PSR B1259-63 [43]
39. 射电脉冲星周期跃变研究的进展 [42]
40. Scintillation dynamic spectra and transverse velocities of seven p.. [42]
41. Hurst parameter analysis of radio pulsar timing residuals [42]
42. Donors of Persistent Neutron-Star Low-Mass X-Ray Binaries [42]
43. Pulsar astronomy in China [41]
44. A study of the strong pulses detected from PSR B0656+14 using the .. [40]
45. Pulsar glitches detected at Urumqi [39]
46. Unusual glitch behaviours of two young pulsars [38]
47. Glitches in southern pulsars [38]
48. Timing observations of Rotating Radio Transient J1819-1458 at Urum.. [37]
49. Observational features of pulsar glitches [37]
50. Pulsar observations in China - Status and results [36]
51. A Monte Carlo study of the evolution of the scale height of normal.. [36]
52. Statistical study of the pulse width distribution for radio pulsar.. [35]
53. The Influences of the Velocity Distribution and the Thickness Effe.. [35]
54. 速度分布和银盘厚度效应对正常脉冲星Z向分布的影响 [33]
55. 乌鲁木齐天文站25m天线18cm脉冲星脉冲到达时间观测系统 [32]
56. Monitoring of pulse intensity and mode changing for PSR B0329+54 [32]
57. Timing noise study of four pulsars [32]
58. The stability of USO to Mars orbiter influence [30]
59. 乌鲁木齐25m射电望远镜脉冲星观测研究 [29]
60. Magnetic field decay of magnetars in supernova remnants [29]
61. 乌鲁木齐天文站脉冲星观测研究新进展 [27]
62. An alternative symbiotic channel to Type Ia supernovae [27]
63. Population synthesis for symbiotic X-ray binaries [26]
64. Flux density measurements of 23 pulsars [20]
65. A possible mechanism for magnetar soft X-ray/gamma-ray emission [20]
66. Recent glitches detected in the Crab pulsar [16]
67. On Nulling, Drifting, and Their Interactions in PSRs J1741-0840 an.. [9]
68. The Dipole Magnetic Field and Spin-down Evolutions of the High Bra.. [8]
69. Single-pulse observations of the Galactic centre magnetar PSR J174.. [6]
70. Searching for gravitational wave memory bursts with the Parkes Pul.. [5]
71. Investigation of nulling and subpulse drifting properties of PSR J.. [5]
72. Using single millisecond pulsar for terrestrial position determina.. [5]
73. Intriguing Drifting Subpulses in the Vela Pulsar [5]
74. 南山25米射电望远镜接收机系统监控软件 [4]
75. 一种基于可动副面的多频段射电望远镜快速馈源切换方法 [4]
76. The XinJiang Astronomical Observatory NSRT Pulsar Data Archive [4]
77. The Mode Switching in Pulsar J1326-6700 [4]
78. Spin-down and emission variations for PSR J0742-2822 [4]
79. The Relation between the Magnetic Field and Spin Period of a Milli.. [3]
80. The role of magnetic damping in the r-mode evolution of accreting .. [3]
81. 短厘米波段双极化制冷接收机杜瓦 [3]
82. 新疆奇台110米射电望远镜 [3]
83. A NEW ELECTRON-DENSITY MODEL FOR ESTIMATION OF PULSAR AND FRB DIST.. [3]
84. QTT天线结构挑战与进展 [3]
85. Dependence of pulsar death line on the equation of state [3]
86. QUANTIFIED INTERFERENCE LEVEL LIMITS FOR QTT KEY AREAS [3]
87. The spin-down state change and mode change associated with glitch .. [3]
88. The 2016 glitch in the Vela pulsar [3]
89. Periodic Q-mode modulation in PSR J1825-0935 (PSR B1822-09) [3]
90. 脉冲星数字终端技术综述 [3]
91. A strange star scenario for the formation of isolated millisecond .. [3]
92. Periodic mode changing in PSR J1048-5832 [3]
93. Research and application of reanalysis data for radio astronomical.. [3]
94. Observations of Binary and Millisecond Pulsars at Xinjiang Astrono.. [2]
95. Wavelet based recognition for pulsar signals [2]
96. Combination of CN(1-0), HCN(1-0), and HNC(1-0): A possible indicat.. [2]
97. 乌鲁木齐25米射电望远镜脉冲星观测系统 [2]
98. Constraining the braking indices of magnetars [2]
99. A summary of radio pulsar polarization [2]
100. Modified Fermi energy of electrons in a superhigh magnetic field [2]