\begin{table}%t2 \caption{\label{chandraobs2}Individual periods and TOAs of the observations of \rxj\ as listed in Table~\ref{chandraobs}.} \begin{tabular}{rlllll} \hline\hline\noalign{\smallskip} Obs. Id. & Instrument/setup & Period & Period & TOA & TOA \\ & & (120--400~eV) & (400--1000~eV) & (120--400~eV) & (400--1000~eV) \\ & & [s] & [s] & [days]& [days] \\ \hline rp300338n00 & PSPC & \multicolumn{2}{c}{8.39120(44)} & 49~257.2547153(16) & 49~257.2547298(21) \\ %rh201733n00 & HRI & & & \\ rh300508n00 & HRI & \multicolumn{2}{c}{8.3852(63)} & 50~198.6873383(25) & 50~198.6873509(35) \\ rh180100n00 & HRI & \multicolumn{2}{c}{8.3443(11)} & 50~210.5562791(18) & 50~210.5562812(17) \\ rh300508n01 & HRI & \multicolumn{2}{c}{8.4902(98)} & 50~353.9975633(27) & 50~353.9975702(20) \\ rh400884n00 & HRI & \multicolumn{2}{c}{8.391130(50)} & 50~391.3004644(14) & 50~391.3004729(18) \\ h400944n00 & HRI & \multicolumn{2}{c}{8.3921(10)} & 50~925.6878393(11) & 50~925.6878472(21) \\ 368$^{1}$ & HRC-S/LETG & \multicolumn{2}{c}{8.39063(49)} & 51~577.0395641(21) & 51~577.0395693(16) \\ 745$^{1}$ & HRC-S/LETG & \multicolumn{2}{c}{} & & \\ 369$^{1}$ & HRC-S/LETG & \multicolumn{2}{c}{} & & \\ 0078 S3 & EPIC-pn/FF thin & 8.391113(18) & 8.391085(35) & 51~677.44324000(30) & 51~677.44323979(69) \\ S1 & EPIC-MOS1/FF thin & 8.391090(45) & 8.391090(55) & 51~677.47179274(83) & 51~677.47179286(78) \\ S2 & EPIC-MOS2/SW thin & 8.391113(23) & 8.391033(53) & 51~677.47179234(54) & 51~677.4717923(13) \\ 0175 S3 & EPIC-pn/FF med & 8.391268(58) & 8.39124(12) & 51~869.95710586(60) & 51~869.95710803(84) \\ S7 & EPIC-MOS1/LW med & 8.39122(22) & 8.39107(32) & 51~869.9949836(13) & 51~869.9949874(27) \\ 2774$^{2}$ & ACIS-CC & 8.391093(13) & 8.391133(13) & 52~248.6767290(15) & 52~248.67672069(69) \\ 2773$^{2}$ & ACIS-CC & & & & \\ 2771$^{2}$ & ACIS-CC & & & & \\ 2772$^{2}$ & ACIS-CC & & & & \\ 0533 S3 & EPIC-pn/FF thin & 8.391143(43) & 8.391098(73) & 52~584.92605120(69) & 52~584.9260530(10) \\ S1 & EPIC-MOS1/FF thin & 8.39136(12) & 8.39088(16) & 52~584.91993465(11) & 52~584.9200294(15) \\ S2 & EPIC-MOS2/FF thin & 8.39122(12) & 8.39104(20) & 52~584.91993465(95) & 52~584.9199325(16) \\ 0534 S3 & EPIC-pn/FF thin & 8.391225(40) & 8.391317(63) & 52~587.00129529(39) & 52~587.00129506(97) \\ S1 & EPIC-MOS1/FF thin & 8.39119(11) & 8.39116(18) & 52~586.9952779(18) & 52~586.9952766(29) \\ S2 & EPIC-MOS2/FF thin & 8.39137(13) & 8.39137(23) & 52~586.99527264(93) & 52~586.9952735(14) \\ 0622 U2 & EPIC-pn/SW thick & 8.391133(18) & 8.391138(23) & 52~761.99514720(82) & 52~761.99514812(64) \\ S5 & EPIC-MOS1/FF med & 8.39130(16) & 8.39100(20) & 52~762.2413478(13) & 52~762.2413532(20) \\ S3 & EPIC-MOS1/FF thin & 8.39101(13) & 8.39100(17) & 52~761.8668566(19) & 52~761.8668516(28) \\ S6 & EPIC-MOS2/FF med & 8.39100(15) & 8.39126(15) & 52~762.2413439(17) & 52~762.24144068(14) \\ S4 & EPIC-MOS2/FF thin & 8.390950(95) & 8.39118(21) & 52~761.8669520(11) & 52~761.8669491(20) \\ 0711 S8 & EPIC-pn/SW med & 8.391082(48) & 8.391188(82) & 52~940.11635982(97) & 52~940.11627407(69) \\ S3 & EPIC-MOS1/FF thin & 8.39125(31) & 8.39077(52) & 52~939.99012307(84) & 52~939.9900211(20) \\ S5 & EPIC-MOS1/LW thin & 8.39087(24) & 8.39059(41) & 52~940.1679353(12) & 52~940.1679433(29) \\ S4 & EPIC-MOS2/FF thin & 8.39169(32) & 8.39051(49) & 52~939.9900070(17) & 52~939.9900222(24) \\ S6 & EPIC-MOS2/LW thin & 8.39091(22) & 8.39147(26) & 52~940.1679318(13) & 52~940.1679407(14) \\ 4666$^{3}$ & ACIS-CC & 8.3911142(23) & 8.3911216(28)& 53~016.68131016(91) & 53,016.6813159(12) \\ 4667$^{3}$ & ACIS-CC & & & & \\ 4668$^{3}$ & ACIS-CC & & & & \\ 4669$^{3}$ & ACIS-CC & & & & \\ 5305$^{4}$ & HRC-S/LETG & \multicolumn{2}{c}{8.39109(25)} & 53~062.4157092(15) & 53~062.4157091(15) \\ 0815 S1 & EPIC-pn/FF thin & 8.391105(35) & 8.391143(58) & 53~147.68119387(43) & 53~147.6812041(15) \\ S2 & EPIC-MOS1/FF thin & 8.391108(68) & 8.39111(15) & 53~147.6883801(11) & 53~147.6883883(31) \\ S3 & EPIC-MOS2/FF thin & 8.391150(60) & 8.39120(13) & 53~147.68838022(93) & 53~147.6883911(21) \\ 4670$^{5}$ & ACIS-CC & 8.3911146(15) & 8.3911165(16) & 53,230.5756209(11) & 53~230.5756243(19) \\ 4671$^{5}$ & ACIS-CC &&& & \\ 4672$^{5}$ & ACIS-CC & & & & \\ 4673$^{5}$ & ACIS-CC & & & & \\ 5581$^{6}$ & HRC-S/LETG & \multicolumn{2}{c}{8.391010(95)} & 53,393.6674769(19) & 53~393.6674775(23) \\ 0986 S3 & EPIC-pn/FF thin & 8.391138(23) & 8.391140(30) & 53~488.67561302(44) & 53~488.67561797(84) \\ S1 & EPIC-MOS1/SW thin & 8.391095(45) & 8.391008(48) & 53~488.6695937(14) & 53~488.6695969(13) \\ S2 & EPIC-MOS2/SW thin & 8.391183(38) & 8.391018(53) & 53~488.6696892(13) & 53~488.6696931(14) \\ 5582$^{7}$ & HRC-S/LETG & \multicolumn{2}{c}{8.391138(63)} & 53~522.9398395(35) & 53~522.9398385(29) \\ 6364$^{8}$ & HRC-S/LETG & \multicolumn{2}{c}{8.39129(25)} & 53~610.0881154(30) & 53~610.0881131(20) \\ 1060 S3 & EPIC-pn/FF thin & 8.391120(20) & 8.391082(33) & 53~636.30015746(23) & 53~636.3001616(10) \\ S1 & EPIC-MOS1/SW thin & 8.391095(40) & 8.391130(50) & 53~636.29413571(70) & 53~636.2941416(13) \\ S2 & EPIC-MOS2/SW thin & 8.391103(38) & 8.391163(58) & 53~636.29413754(96) & 53~636.29413962(83) \\ 6369$^{9}$ & HRC-S/LETG & \multicolumn{2}{c}{8.39110(11)} & 53~652.2601916(17) & 53~652.2601885(15) \\ 7177$^{9}$ & HRC-S/LETG & & & & \\ 1086 S3 & EPIC-pn/FF thin & 8.391125(25) & 8.391072(38) & 53~687.17180535(53) & 53~687.17180817(92) \\ S1 & EPIC-MOS1/SW thin & 8.391003(63) & 8.391085(80) & 53~687.1657835(12) & 53~687.16588680(52) \\ S2 & EPIC-MOS2/SW thin & 8.391200(55) & 8.390998(78) & 53~687.1658825(10) & 53~687.1658857(12) \\ 7243$^{10}$ & HRC-S/LETG & \multicolumn{2}{c}{8.391115(10)} & 53~720.0243035(13) & 53~720.0243020(12) \\ 7244$^{10}$ & HRC-S/LETG & & & & \\ 7245$^{10}$ & HRC-S/LETG & & & & \\ 5584$^{10}$ & HRC-S/LETG & & & & \\ {\it 7251} & {\it HRC-S/LETG} & \multicolumn{2}{c}{{\it 8.39212(88)}} & {\it 53~775.3509131(17)}& {\it 53~775.35091144(12) }\\ 1181 S1 & EPIC-pn/FF thin & 8.391090(70) & 8.39120(11) & 53~877.32857154(71) & 53~877.3285752(11) \\ S2 & EPIC-MOS1/SW thin & 8.39137(17) & 8.39101(20) & 53~877.3225489(15) & 53~877.32255272(65) \\ S3 & EPIC-MOS2/SW thin & 8.39131(13) & 8.39116(18) & 53~877.3225491(11) & 53~877.3225524(16) \\ 1265 S1 & EPIC-pn/FF thin & 8.391075(65) & 8.39104(11) & 54~044.60537610(44) & 54~044.6053791(11) \\ S2 & EPIC-MOS1/FF thin & 8.39117(16) & 8.39074(17) & 54~044.5990605(12) & 54~044.5990664(13) \\ S3 & EPIC-MOS2/FF thin & 8.39099(13) & 8.39096(19) & 54~044.59906220(62) & 54~044.5990665(18) \\ 1356 S1 & EPIC-pn/FF thin & 8.391150(65) & 8.391113(98) & 54~225.84098865(82) & 54~225.84099190(98) \\ S2 & EPIC-MOS1/FF thin & 8.39107(21) & 8.39066(27) & 54~225.8345794(18) & 54~225.83457862(99) \\ S3 & EPIC-MOS2/FF thin & 8.39103(23) & 8.39096(22) & 54~225.8346806(13) & 54~225.8346782(22) \\ 1454 S1 & EPIC-pn/FF thin & 8.391130(50) & 8.391085(85) & 54~421.36989356(53) & 54~421.36989479(60) \\ S2 & EPIC-MOS1/FF thin & 8.39090(16) & 8.39109(17) & 54~421.3635797(17) & 54~421.3635840(15) \\ S3 & EPIC-MOS2/FF thin & 8.39131(22) & 8.39127(22) & 54~421.3635875(20) & 54~421.3635849(18) \\ 10861$^{11}$ & HRC-S/LETG & \multicolumn{2}{c}{8.39129(20)} & 54~863.7916775(17) & 54~863.7916751(12) \\ 10700$^{11}$ & HRC-S/LETG & & & & \\ 1700 S3 & EPIC-pn/FF thin & 8.39108(99) & 8.3912(12) & 54~911.7856154(16) & 54~911.78046975(81) \\ U2 & EPIC-MOS1/FF thin & 8.39097(26) & 8.39136(29) & 54~911.7440458(30) & 54~911.7440479(17) \\ U2 & EPIC-MOS2/FF thin & 8.39103(25) & 8.39118(35) & 54~911.7440524(13) & 54~911.7440483(15) \\ 10701$^{12}$ & HRC-S/LETG & & 8.39119(20) & 55~085.6684206(14) & 55~085.6684187(15) \\ 1792 S3 & EPIC-pn/FF thin & 8.39102(12) & 8.39101(15) & 55~096.30446151(69) & 55~096.3044632(11) \\ S1 & EPIC-MOS1/SW thin & 8.39097(20) & 8.39120(20) & 55~096.2966932(13) & 55~096.2966943(13) \\ S2 & EPIC-MOS2/SW thin & 8.39104(15) & 8.39102(24) & 55~096.2967896(14) & 55~096.2967885(11) \\ \hline \end{tabular} \tablefoot{The individual periods for ROSAT and Chandra HRC were not divided into soft (120--400~eV) and hard (400--1000~eV) band (see Sect.~3), hence we list the individual periods derived from all counts. We list the TOAs (definition equal to that in KvK05 and vK07) of the soft band (for the ``all data'' solution of the soft band, see Table~\ref{zusammenfassung}) and of the hard band (for the ``all~data'' solution of the hard band, see Table~\ref{zusammenfassung}). The errors of the periods \citep{2002AJ....124.1788R} and the TOAs (derived from the fitted light curves, see text) are given in parenthesis and denote 1$\sigma$ confidence level.} \end{table}