First Geodetic Observations Using New VLBI Stations ASKAP-29 and WARK12M

Petrov, L.; Phillips, C.; Tzioumis, T.; Stansby, Bruce; Reynolds, Cormac; Bignall, Hayley; Gulyaev, S.; Natusch, T.; Palmer, N.; Collett, D.; Reynolds, J.; Amy, S.; Wayth, Randall; Tingay, Steven

doi:10.1071/AS10048

249422.pdf (626.9Kb)

Access Status

Open access

Authors

Petrov, L.

Phillips, C.

Tzioumis, T.

Stansby, Bruce

Reynolds, Cormac

Bignall, Hayley

Gulyaev, S.

Natusch, T.

Palmer, N.

Collett, D.

Reynolds, J.

Amy, S.

Wayth, Randall

Tingay, Steven

Date

2011

Type

Journal Article

Metadata

Show full item record

Citation

Petrov, L. and Phillips, C. and Tzioumis, T. and Stansby, B. and Reynolds, C. and Bignall, H. and Gulyaev, S. et al. 2011. First Geodetic Observations Using New VLBI Stations ASKAP-29 and WARK12M. Publications of the Astronomical Society of Australia. 28 (2): pp. 107-116.

Source Title

Publications of the Astronomical Society of Australia

DOI

10.1071/AS10048

ISSN

1323-3580

School

Curtin Institute of Radio Astronomy (Physics)

Remarks

URI

http://hdl.handle.net/20.500.11937/49058

Collection

Curtin Research Publications

Abstract

We report the results of a successful 7-hour 1.4 GHz Very Long Baseline Interferometry (VLBI) experiment using two new stations, ASKAP-29 located in Western Australia and WARK12M located on the North Island of New Zealand. This was the first geodetic VLBI observing session with the participation of these new stations. We have determined the positions of ASKAP-29 and WARK12M. Random errors on position estimates are 150–200mm for the vertical component and 40–50mm for the horizontal component. Systematic errors caused by the unmodeled ionosphere path delay may reach 1.3mfor the vertical component.