IPs
AE Aqr
FO Aqr
XY Ari
V405 Aur
HT Cam
MU Cam
DW Cnc
BG CMi
V709 Cas
V1025 Cen
TV Col
TX Col
UU Col
V2306 Cyg
YY Dra
PQ Gem
DQ Her
EX Hya
NY Lup
V2400 Oph
GK Per
AO Psc
WX Pyx
V1223 Sgr
V1062 Tau
EI UMa
IGR 00234
IGR 15094
IGR 17303
Swift J0732
RX J0704
RX J1803
RX J2133
XSS 00564
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de Martino et al. 2005
- Bibinfo (this paper at ADS)
- de Martino, D., Matt, G., Mukai, K., Bonnet-Bidaud, J.-M., Gaensicke, B.T.,
Gonzalez Perez, J.M., Haberl, F., Mouchet, M., Solheim, J.-E. 2005, A&A
437, 935-945.
- Type
- Observational: X-ray photometry & spectroscopy and optical photometry.
- Object(s)
- HT Cam.
- Results
- Detection of the 515 s in X-rays confirms the IP nature of HT Cam.
Optical/UV pulses are in phase with the X-rays, hence they originate
in the accretion curtain. White dwarf heating appears not to
be important. X-ray spectrum is from multi-temperature plasma,
and photoelectric absorption is weak. HT Cam is the third IP
below the gap with low accretion rate.
Please send your comments, suggestions etc. to
Koji.Mukai@nasa.gov
and/or
Koji.Mukai@umbc.edu
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