| Paper Title |
Page |
Authors |
|
| |
| Disks that appear and disappear around rapidly rotating A-type stars |
3 |
Abt, H. A.; Tan, H.; Zhou, H. |
| Interglitch braking indices of pulsars and energy dissipation in neutron stars |
7 |
Alpar, M. A. |
| Coronal heating by magnetic kink waves |
15 |
Banerjee, D.; Dikpati, M.; Choudhuri, A. R. |
| Narrow-band optical imagry of the proto-planetary nebula IRAS 17441-2411 |
19 |
Bobrowsky, M.; Meixner, M.; Skinner, C. J. |
| Planet formation; orbital evolution and planet-star tidal interaction |
23 |
Bryden, G.; Lin, D. N. C.; Terquem, C. |
| NRP observation of the Delta Scuti star V480 Tau |
33 |
Cao, H.; Hao, J.; Henrichs, H. F.; Kennelly, E. J.; Neff, J. E.; Hatzes, A.; Schrijvers, C.; Yang, D.; Huang, L. |
| Mid-infrared observations of the galactic bulge by the IRTS |
37 |
Chan, K. W.; Roellig, T. L.; Onaka, T.; Yamamura, I.; Tanabe, T. |
| Do gamma-ray bursts associate with metal-rich quasars |
39 |
Cheng, K. S.; Wang, J. M.; Li, Y.; Fan, J. H. |
| Stellar convection & related research at HKUST |
41 |
Chan, K. L. |
| Magnetic field evolution of a superconducting strange star |
47 |
Chau, H. F.; Tang, K. L. |
| The (C bar 64)max/(C Bar 1024)max test for time dilation in long and short gamma-ray bursts |
51 |
Che, H.; Yang, Y.; Wu, M. |
| Semi-classical simplified formulae for quantum cyclotron theory under the astrophysical circumstances |
55 |
Chen, J.; You, J. |
| Applications of thick outer gap model |
65 |
Cheng, K. S.; Zhang, L. |
| Cygnus X-1: a spinning black hole? |
75 |
Cui, W.; Chen, W.; Zhang, S. N. |
| The internal structure and age of the sun from seismology |
79 |
Demarque, P.; Guenther, D. B.; Kim, Y.-C. |
| Instability of concentrated toroidal fields in the latitudinal differential rotation below the solar convection zone |
89 |
Dikpati, M.; Gilman, P. A. |
| Instability of spherical accretion with a shock onto a compact object |
93 |
Eremin, M. A.; Kovalenko, I. G. |
| Optical variability of BL Lac Object 2200+420 |
97 |
Fan, J. H. |
| The stellar catalogues of the Near Infrared Spectrometer (NIRS) on the Infrared Telescope in Space |
101 |
Freund, M. M.; Matsuura, M.; Cohen, M.; Murakami, H.; Matsumoto, T.; Chan, K. W.; Yamamura, I. |
| Parameters of rotationally split dipole solar p-modes |
105 |
Gavryusev, V. G.; Gavryuseva, E. A. |
| Observational constraints on pulsar radiation theory |
109 |
Gil, J. |
| Why is the Geminga pulsar radio quiet at frequencies higher than about 100 MHz |
119 |
Gil, J. A.; Khechinashvili, D. G.; Melikidze, G. I. |
| Selfconsistent model for turbulent convection: helioseismology, ages of globular clusters, and white dwarfs blue edge |
123 |
Goldman, I.; Canuto, V. M.; Mazzitelli, I. |
| Radial pulsations of strange stars |
127 |
Gondek, D. |
| Protoneutron stars and constraints on maximum and minimum mass of neutron stars |
131 |
Gondek, D.; Haensel, P.; Zdunik, J. L. |
| Models and ISO spectra of AGB carbon stars |
135 |
Hofner, S.; Jorgensen, U. G.; Loidl, R.; Hron, J. |
| Non-LTE line-blanketed model atmospheres of hot stars |
139 |
Hubeny, I. |
| Metallicity distribution in the solar neighborhood and the galactic chemical evolution |
143 |
Hou, J.; Chang, R.; Fu, C. |
| COROT: a space experiment for asteroseismology and search for exoplanets |
149 |
Hua, C. T.; COROT Scientific Team |
| Proportion of C-rich AGB stars in the outer Galactic disk |
153 |
Jiang, B. W. |
| The dwarf carbon star phenomenon |
157 |
Jorgensen, U. G.; Borysow, A.; Hofner, S. |
| Three-dimensional flows in accretion disks |
161 |
Kluiniak, W. |
| The last one million years of stellar evolution |
169 |
Kwok, S. |
| Theoretical studies of evolved circumstellar envelopes: some recent progress |
179 |
Leung, C. M. |
| Numerical study of interacting winds model using smoothed particle hydrodynamics (SPH) |
191 |
Li, P. S.; Thronson, H. A.; Kwok, S. |
| The thermal afterglow of a pulsar glitch: the non-spherical symmetric case |
195 |
Li, Y.; Cheng, K. S. |
| The lower part of the instability strip: evolutionary status of Delta Scuti stars |
201 |
Liu, Y. Y.; Baglin, A.; Auvergne, M.; Goupil, M. J. |
| Spectroscopy of the Beta Cephei star BW Vulpeculae |
205 |
Liu, Z.-L.; Hao, J.-X. |
| Strong CP violation; invisible axions and dark matter |
209 |
Lu, J. |
| Observational effects of strange stars |
215 |
Lu, T. |
| The instability of a non-isothermal magnetized accretion disk with self-gravitation |
225 |
Lu, Y.; Yang, L.; Lin, G. J. |
| Spallation of stellar material by ions accelerated in binary pulsars |
229 |
Luo, Q.; Protheroe, R. J. |
| The chemical evolution of the secondary stars in close binaries due to common-envelope evolution and nova outbursts |
233 |
Marks, P. B.; Sarna, M. J.; Prialnik, D. |
| H20 absorption in M-type stars - results from the Infrared Telescope in Space (IRTS) |
237 |
Matsuura, M.; Freund, M. M.; Murakami, H.; Yamamura, I.; Chan, K.-W. |
| IRAM observations of symbiotic stars |
241 |
Mikolajewska, J.; Omont, A. |
| A microscopic model of neutron star glitches |
245 |
Mochizuki, Y. S.; Izuyama, T.; Tanihata, I.; Oyamatsu, K. |
| Nucleosynthesis in red giant stars: predictions versus observations |
249 |
Mowlavi, N. |
| Large-eddy simulation of astrophysical convection and acoustic emission |
253 |
Mullan, D. J. |
| The galactic disc age-metallicity relation |
263 |
Ng, Y. K. |
| On synchronization and circularization in close binary systems |
267 |
Pan, K.; Tan, H.; Duan, C.; Shan, H. |
| Reflection effect in close binaries |
273 |
Rao, M. S. |
| A photometric study of the semi detached eclipsing binary RY Geminorum |
277 |
Rao, P. V.; Sarma, M. B. K. |
| Gamma-ray pulsars in a modified polar CAP scenario |
281 |
Rudak, B.; Dyks, J. |
| Age estimate for the neutron star in the binary system PSR J1012+5307 |
285 |
Sarna, M. J.; Antipova, J.; Muslimov, A. |
| Detecting substructure in stellar clusters |
289 |
Shao, Z. Y.; Chen, L.; Zhao, J. L. |
| Gamma-ray pulsars and multipole fields |
293 |
Shi, T.; Li, G. |
| Pulsar magnetosphere and pulsar nebulae |
299 |
Shibata, S. |
| Stellar spectral classification based on principal component analysis and artificial neural networks |
309 |
Singh, H. P.; Gupta, R.; Gulati, R. K. |
| Numerical simulation of penetrative convection - verifying the scaling relation between penetration distance and the vertical velocity |
313 |
Singh, H. P.; Roxburgh, I. W.; Chan, K. L. |
| Accretion physics; rotation rates; and chemical abundances of cataclysmic variable white dwarfs from HST spectroscopy |
317 |
Sion, E. M. |
| Starburst in NGC4736 |
329 |
Song, G. X. |
| Origin of the rotation rates of single white dwarfs and neutron stars |
335 |
Spruit, H. C. |
| Stellar convection over a rapidly rotating core |
341 |
Stepien, K.; Kiraga, M.; Jahn, K.; Muthsam, H. J. |
| Open clusters as a tracer of the star formation history of our galaxy |
345 |
Su, C.-G.; Zhao, J.-L.; Tian, K.-P. |
| Hydrodynamical studies of common envelope evolution |
349 |
Taam, R. E.; Sandquist, E. |
| Importance of element segregation in the sun and population II stars |
359 |
Vauclair, S. |
| Near infrared observations of the star forming region S235 A-B complex |
363 |
Wang, J.-J.; Testi, L.; Felli, M. |
| Contribution of accretion to the bolometric luminosity of SN1987A in late time |
367 |
Wu, H.; Lin, X. B.; Xu, H. G.; You, J. H. |
| Stability of hot accretion disks in black hole X-ray binaries |
373 |
Wu, X.-B. |
| A coherent ICS model for radio pulsars |
377 |
Xu, R. X.; Qiao, G. J. |
| Near- and mid-infrared observations of late-type stars by the IRTS |
381 |
Yamamura, I.; Freund, M. M.; Matsuura, M.; Chan, K.-W.; Murakami, H.; Onaka, T.; Tanabe, T.; Roellig, T. L. |
| ICS in pulsar polar CAP physics & an understanding of Geminga's emission behavior |
385 |
Zhang, B.; Qiao, G. J.; Han, J. L. |
| Abundance patterns in metal-poor stars |
389 |
Zhao, G.; Chen, Y. Q. |
| Non-thermal origin of X-rays from rotation-powered neutron stars |
393 |
Zhang, L.; Cheng, K. S.; Gil, J. |
| Membership, luminosity function and mass segregation of the open cluster M11 |
397 |
Zhao, J.-L.; Su, C.-G. |
| Convective overshooting and stellar evolution |
411 |
Roxburgh, I. W. |
