Contents.
planet: 5 - Jupiter
satellites: J1 - Io : 5,
J2 - Europa : 9
total number: 14
type: relative
dates: 2009-2009
observatory: see observatories coordinates below.
Reference.
J.-E. Arlot, N. Emelyanov, M. I. Varfolomeev, A. Amosse, C. Arena, M. Assafin, L. Barbieri, S. Bolzoni,
F. Bragas-Ribas, J. I. B. Camargo, F. Casarramona, R. Casas, A. Christou, F. Colas, A. Collard, S. Combe,
M. Constantinescu, G. Dangl, P. De Cat, S. Degenhardt, M. Delcroix, A. Dias-Oliveira, G. Dourneau,
A. Douvris, C. Druon, C. K. Ellington, G. Estraviz, P. Farissier, A. Farmakopoulos, J. Garlitz, D. Gault,
T. George, S. Yu. Gorda, J. Grismore, D. F. Guo, D. Herald, M. Ida, M. Ishida, A. V. Ivanov, B. Klemt,
N. Koshkin, J. F. Le Campion, A. Liakos, S. L. Liao, S. N. Li, B. Loader, C. Lopresti, E. Lo Savio,
A. Marchini, G. Marino, G. Masi, A. Massalle, R. Maulella, J. McFarland, K. Miyashita, C. Napol,
B. Noyelles, T. Pauwels, H. Pavlov, Q. Y. Peng, C. Perello, V. Priban, J. Prost, S. Razemon,
J. P. Rousselle, J. Rovira, R. Ruisi, N. Ruocco, F. Salvaggio, G. Sbarufatti, L. Shakun, A. Scheck,
C. Sciuto, D. N. da Silva Neto, N.V Sinyaeva, A. Sofia, A. Sonka, J. Talbot, Z. H. Tang, V. G. Tejfel,
W. Thuillot, K. Tigani, B. Timerson, E. Tontodonati, V. Tsamis, M. Unwin, R. Venable,
R. Vieira-Martins, J. Vilar, P. Vingerhoets, H. Watanabe, H. X. Yin, Y. Yu, and R. Zambelli
The PHEMU09 catalogue and astrometric results
of the observations of the mutual occultations and eclipses
of the Galilean satellites of Jupiter made in 2009.
Astronomy and Astrophysics. V. 572. Id. A120. 9 pp.
Informations.
relative to: reference body is an occulted or eclipsed satellite:
J1 - Io : 7,
J2 - Europa : 5,
J3 - Ganymede : 2
reference frame: astrometric
centre of frame: topocenter for mutual occultation
or heliocenter for mutual eclipse
epoch of equinox: J2000
time scale: UTC
reduction: from mutual occultations and eclipses
coordinates: Position angle (topocentric for mutual occultation
or heliocentric for mutual eclipse)
diff. refraction: no information
receptor: photometric (see the relevant article)
telescope: See in the publication
observers: See in the publication
data included in standard data file: no
Comments.
Data are deduced from the photometric observations
of the mutual occultations and eclipses made
in five observatories of Russia in 2009.
The description of these astrometric data and
are given in the relevant article (see Reference).
The coordinates of the observatories are given below.
The second group of the data is presented in this item.
The "O-C" are given with respect of the theory by V.Lainey
(Lainey, V., Arlot, J. E., Karatekin, O., van Hoolst, T. 2009. Nature. V. 459. P 957.)
The first group of the data see in the following item jg0038 of the NSDC.
Observatory coordinates:
Code Longitude Latitude Elevation,
Name Country deg ' '' deg ' '' m
ASM: Scaggsville USA 76 53 12 W 39 8 59 N 117
BBH: Herne Germany? 7 10 30 E 51 31 35 N 55
BCS: Bucharest Romania 26 5 34 E 44 26 55 N 80
BCT: Bucharest_2 Romania 22 46 15 E 46 46 44 N 1400
BDX: Bordeaux France 0 31 39 W 44 50 6 N 73
BLN: Darfield New Zealand 172 6 24 E 43 28 53 S ???
BN_: Lille France 3 4 15 E 50 36 37 N 32
BTN: Newark USA 77 7 7 W 43 0 24 N 165
CAL: Anthon France 5 9 59 E 45 47 30 N 214
CED: Edmond USA 97 31 3 W 35 39 44 N 339
CKE: Kent USA 122 9 34 W 47 21 37 N 124
CM_: Armagh Northern Ireland 6 38 59 W 54 21 11 N 67
CPS: Sabadell Spain 2 6 32 E 41 32 16 N 184
DC_: Kuriwa Australia 150 38 28 E 33 39 52 S 286
DH_: Kambah Australia 149 3 49 E 35 12 56 S ???
DO_: Sparta Greece 22 25 60 E 37 4 0 N 0
FA_: Keratea Greece 24 2 29 E 37 49 60 N 0
GA1: Catania Italy 15 3 18 E 37 32 37 N 325
GA2: Medelana Italy 11 9 9 E 44 21 44 N 651
GA3: Gragnola Italy 10 6 31 E 44 11 21 N 0
GA4: Catania_M Italy 15 3 52 E 37 37 47 N 700
GA5: Siena Italy 11 20 12 E 43 18 45 N 50
GA6: LaSpezia Italy 9 49 39 E 44 6 27 N 0
GA8: Sorrento Italy 14 21 27 E 40 37 7 N 275
GA9: Palermo Italy 13 20 20 E 38 9 14 N 30
GAC: Ceccano Italy 13 19 43 E 41 34 6 N 190
GAN: Catania_N Italy 15 4 30 E 37 30 30 N 30
GAS: GAS_Pulkovo Russia 42 40 0 E 43 44 54 N 2070
GB1: Catania_23 Italy 15 3 18 E 37 32 37 N 325
GB2: Castel_di_Judica Italy 14 43 0 E 37 28 37 N 175
GB4: Caselle Italy 9 47 52 E 45 5 54 N 44
GB6: Ragusa Italy 14 43 60 E 36 55 0 N 40
GB7: Castelnuovo Italy 10 0 28 E 44 6 17 N 325
GBC: Castiglione Italy 15 3 51 E 37 48 55 N 1481
GD_: Waidhofen Austria 15 13 60 E 48 47 28 N 601
GJP: Hartford USA 117 55 15 W 45 34 22 N 835
HP_: Marsfield Australia 151 6 12 E 33 46 14 S ???
JAN: Akashina-Nanaki Japan 137 56 45 E 36 19 56 N 901
JGB: Bartlesville USA 95 57 10 W 36 43 5 N 232
JGC: Ochelata USA 95 59 51 W 36 35 60 N 262
JGO: Sabadell_50 Spain 2 5 29 E 41 33 4 N 224
JHS: Okino Japan 136 12 25 E 35 6 6 N 140
JIM: Mie Japan 136 33 34 E 35 7 10 N 92
JMS: Moriyama Japan 135 56 34 E 35 6 22 N 85
JPP: Sainte-Maxime France 6 35 60 E 43 45 4 N 30
JRM: Moia Spain 2 5 44 E 41 49 5 N 822
JTN: Waikanae New Zealand 175 1 57 E 40 51 20 S 5
JVM: Mundolsheim France 7 42 46 E 48 38 48 N 140
KOU Kourovskaya Russia 59 32 50 E 57 2 12 N 280
LI_: Athens Greece 23 46 60 E 37 58 7 N 0
LNA: LasNegras Spain 2 0 55 W 36 52 5 N 50
MD_: Tournefeuille France 1 19 34 E 43 34 59 N ???
MEU: Meudon France 2 13 52 E 48 36 51 N ???
MUH: Haast New Zealand 168 51 30 E 43 56 23 S 5
MU_: Christchurch New Zealand 172 38 27 E 43 29 49 S 10
OK_: Odessa Ukraine 30 45 20 E 46 28 40 N 86
PAR: Parnon Greece 22 35 5 E 37 15 39 N 1420
PFC: Pic_du_Midi France 0 8 32 E 42 44 41 N 2860
RCS: Sabadell_16 Spain 2 5 29 E 41 33 4 N 224
RVC: Chester USA 83 12 7 W 32 22 14 N 101
SB_: Busto_Arsizio Italy 8 51 9 E 45 36 11 N 235
SD_: Columbia USA 86 59 43 W 35 31 36 N 231
SHS: Zhejiang China 119 36 15 E 30 8 0 N 993
TAA: Alma-Ata Kazakhstan 76 57 15 E 43 12 0 N 1450
TCK: Keratea_M Greece 24 2 29 E 37 49 60 N 0
TC_: Ellinogermaniki Greece 23 53 36 E 37 59 52 N 0
TG_: Umatilla USA 119 17 46 W 45 55 20 N ???
TPB: Ukkel Belgium 4 21 28 E 50 47 51 N 105
TTS: Sounion Greece 24 1 0 E 37 40 0 N 0
TT_: Lavrion Greece 24 2 60 E 37 43 0 N 0
VPP: Praha Czech republic 14 28 30 E 50 8 27 N 325
WEI: Weihai China 122 2 59 E 37 32 9 N ???
ITA: Itajuba Brazil 45 32 57 W 22 32 22 S 1860
Format.
1. Year of observation
2. Month of observation
3. Day of observation
4. The type of the phenomenon (eclipse or occultation) including the
satellite numbers. The type of phenomenon is coded as n_a o n_p
or n_a e n_p for a mutual occultation or eclipse, respectively.
Here $n_a$ is the number of the occulting or eclipsing satellite
and $n_p$ is the number of the occulted or eclipsed satellite.
5. Observatory code (see the table in the relevant article).
6. Hour of the astrometric data (UTC)
7. Minute of the astrometric data (UTC)
8. Seconde of the astrometric data with decimals (UTC)
9. Position angle A in degrees (topocentric for mutual occultation
or heliocentric for mutual eclipse)
10. Precision of apparent position along the apparent relative trajectory
of the satellite as obtained with the least-square method, in arcseconds
11. O-C along the apparent relative trajectory, in arcseconds.
12. Flag R assigned showing the reason why only one coordinate was determined:
’0’ for a total mutual eclipse or occultation observed,
’1’ for the results obtained from poor photometric data
------------------------------------------------------------
Year Observatory Position sigma
month code angle A O-C R
date Type h m s deg arcsec arcsec
------------------------------------------------------------