Space debris ranging observations with Irbene RT-32 telescope
Труды ИПА РАН, вып. 26, 88–98 (2012)
Ключевые слова: space debris, radio position, ranging observations
Информация о статьеАннотация
Since 2007 VLBI Space Debris ranging is one of on-going activities in Ventspils International Radioastronomy Centre (VIRAC). The bulk of observations happened in collaboration with so called LFVN (Low Frequency VLBI Network). Work on upgrade and repair of receiving hardware of RT-32 is of high priority in VIRAC. During the last year the receiving station at second focus of the telescope was reconstructed and a new 5 GHz single-band receiver was installed. At the moment data registration systems are Mark II and the original terminal TH-16 (developed in Nizhniy Novgorod Radiophysical Research Institute). Correlator for VLBI data processing and program complex for calculation of orbit elements and prediction of their coordinates are under active development. During this effort the conclusion is made that simultaneous optical observations of the same objects could sufficiently increase the precision of determination of the trajectory of the observed space debris. Results of last test session with renewed equipment and gained lessons are discussed. This work is supported by project of European Social Foundation Nr.2009 /0231 /1DP/ 1.1.1.2.0/09/APIA/VIAA/151
Цитирование
I. Shmeld, M. Abele, D. Bezrukov, V. Bezrukov, N. Jekabsons, M. Nechaeva, G. Ozolins. Space debris ranging observations with Irbene RT-32 telescope // Труды ИПА РАН. — 2012. — Вып. 26. — С. 88–98.
@article{shmeld2012,
abstract = {Since 2007 VLBI Space Debris ranging is one of on-going activities in Ventspils International Radioastronomy Centre (VIRAC). The bulk of observations happened in collaboration with so called LFVN (Low Frequency VLBI Network). Work on upgrade and repair of receiving hardware of RT-32 is of high priority in VIRAC. During the last year the receiving station at second focus of the telescope was reconstructed and a new 5 GHz single-band receiver was installed. At the moment data registration systems are Mark II and the original terminal TH-16 (developed in Nizhniy Novgorod Radiophysical Research Institute). Correlator for VLBI data processing and program complex for calculation of orbit elements and prediction of their coordinates are under active development. During this effort the conclusion is made that simultaneous optical observations of the same objects could sufficiently increase the precision of determination of the trajectory of the observed space debris. Results of last test session with renewed equipment and gained lessons are discussed. This work is supported by project of European Social Foundation Nr.2009 /0231 /1DP/ 1.1.1.2.0/09/APIA/VIAA/151},
author = {I. Shmeld and M. Abele and D. Bezrukov and V. Bezrukov and N. Jekabsons and M. Nechaeva and G. Ozolins},
issue = {26},
journal = {Труды ИПА РАН},
keyword = {space debris, radio position, ranging observations},
pages = {88--98},
title = {Space debris ranging observations with Irbene RT-32 telescope},
url = {http://iaaras.ru/library/paper/901/},
year = {2012}
}
TY - JOUR
TI - Space debris ranging observations with Irbene RT-32 telescope
AU - Shmeld, I.
AU - Abele, M.
AU - Bezrukov, D.
AU - Bezrukov, V.
AU - Jekabsons, N.
AU - Nechaeva, M.
AU - Ozolins, G.
PY - 2012
T2 - Труды ИПА РАН
IS - 26
SP - 88
AB - Since 2007 VLBI Space Debris ranging is one of on-going activities in
Ventspils International Radioastronomy Centre (VIRAC). The bulk of
observations happened in collaboration with so called LFVN (Low
Frequency VLBI Network). Work on upgrade and repair of receiving
hardware of RT-32 is of high priority in VIRAC. During the last year
the receiving station at second focus of the telescope was
reconstructed and a new 5 GHz single-band receiver was installed. At
the moment data registration systems are Mark II and the original
terminal TH-16 (developed in Nizhniy Novgorod Radiophysical Research
Institute). Correlator for VLBI data processing and program complex
for calculation of orbit elements and prediction of their coordinates
are under active development. During this effort the conclusion is
made that simultaneous optical observations of the same objects could
sufficiently increase the precision of determination of the
trajectory of the observed space debris. Results of last test session
with renewed equipment and gained lessons are discussed. This work is
supported by project of European Social Foundation Nr.2009 /0231
/1DP/ 1.1.1.2.0/09/APIA/VIAA/151
UR - http://iaaras.ru/library/paper/901/
ER -