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VIII/43 Radio survey of clusters of galaxies (Andernach+ 1978) ============================================================================ A radio survey of clusters of galaxies I. 11.1 cm observations of A 591, A 754, A 1066, A 1314, A 1517, A 2094, A 2142, A 2255, A 2256, A 2319 and A 2462. Haslam C.G.T., Kronberg P.P., Waldthausen H., Wielebinski R., Schallwich D.=1978A&AS...31...99H (Paper 1) Abstract As a part of a programme of studies of clusters of galaxies at centimeter wavelengths, we have observed eleven Abell clusters at 11.1cm using the 100 m radio telescope. The angular resolution at this wavelength is 4.6 arcmin, and an r.m.s. noise limit of 5 mK was reached in most of the observations. This enables us to investigate the distribution of low level emission near point sources in the clusters. ------------------------------------------------------------------------------ II. 11.1 cm observations of A 85, A 407, A 514, A 568, A 602, A 1361, A 1775, A 2036, A 2079, A 2224, A 2241, A 2365 and A 2634. Waldthausen H., Haslam C.G.T., Wielebinski R., Kronberg P.P. =1979A&AS...36..237W (Paper 2) Abstract As part of a programme of high-frequency observations of clusters of galaxies we have mapped thirteen Abell clusters at 2695 MHz (11.1cm wavelength) using the 100-m radio telescope. The angular resolution at this wavelength is 4.4 arcmin, and a rms noise level of 5 mJy per beam area was reached in most of the observations. These levels are comparable to the confusion limit of the telescope and enable us to investigate the distribution of complex low-level emission near point sources in the clusters. ------------------------------------------------------------------------------ III. 6.2 cm observations, radio spectra and optical identifications of sources in 29 Abell clusters. Andernach H., Waldthausen H., Wielebinski R. =1980A&AS...41..339A (Paper 3) Abstract As part of a program of high-frequency observations of clusters of galaxies we mapped twenty-nine Abell clusters of galaxies at 4850 MHz (6.2cm) using the 100-m radio telescope. The angular resolution at this wavelength is 2.6 arcmin, and r.m.s. noise levels of between 0.6 and 7 mJy per beam area were achieved. The radio maps were superimposed onto the optical fields of the Palomar Observatory Sky Survey red (E) prints. This revealed a large fraction of empty fields or optical objects significantly separated from the radio peak. Radio spectra of most of the detected sources were obtained by combining our published flux data with those at lower frequencies. We find a trend for cluster source spectra to become steeper with decreasing distance from the cluster centre. In a few cases there is an indication of low-level extended cluster emission. For A2319 the radio halo is clearly detected at 4850 MHz. ------------------------------------------------------------------------------ IV. 11.1 cm observations of 19 Abell clusters in total intensity and polarization. Andernach H., Schallwich D., Haslam C.G.T., Wielebinski R. =1981A&AS...43..155A (Paper 4) Abstract Radio continuum maps obtained with the Effelsberg 100-m telescope are presented for twelve rich clusters of galaxies. For some of these sources linear polarization information is given as well. Radio spectra of the sources were obtained using published flux values while optical identifications are suggested from overlays of radio maps onto the red prints of the Palomar Sky Survey. No radio haloes on the order of the cluster size have been detected in the presented sample. Observations of further seven cluster fields already published in paper II have been reanalyzed in linear polarization. ------------------------------------------------------------------------------ V. 11.1 cm maps of 18 Abell Clusters and observations of selected sources at 6.3 and 2.8 cm. Andernach H., Sievers A., Kus A., Schnaubelt J. =1986A&AS...65..561A (Paper 5) Abstract Thirteen areas containing eighteen rich clusters of galaxies have been mapped in radio continuum at 11.1 cm wavelength with the 100-m Effelsberg telescope. The angular resolution is 4.4 arcmin. Linear polarization was also recorded for some of the fields, which in most cases extend to the full Abell radius of the clusters. A few of the more complex sources in these fields have been additionally observed at 6.3 cm wavelength and, for the first time in this series of papers, also at 2.8 cm wavelength to study their structure and spectral variations. A total of 142 sources are reported here and radio spectra for 108 of them have been obtained using literature data. Optical identifications are proposed for nearly half of the detected sources. The mean spectral index of sources out to a projected source distance of about 0.8 Abell radii from the cluster centres exceeds the average value of all sources in the present survey and does not show a pronounced maximum near the cluster centres. There is a significant steepening of the spectra with decreasing 11.1 cm source flux density, regardless of projected distance to the cluster centre. ------------------------------------------------------------------------------ VI. More observations of 34 Abell cluster areas at 11.1, 6.3 and 2.8 cm and a preliminary statistical review of data in papers I-VI. Andernach H., Han Tie, Sievers A., Reuter H.-P., Junkes N., Wielebinski R. =1988A&AS...73..265A (Paper 6) Abstract Radio continuum maps of 26 Abell clusters of galaxies obtained with the Effelsberg 100-m telescope at a wavelength of 11.1cm (HPBW=4.4 arcmin) are presented. Most of the maps cover the full Abell radius of 3 Mpc (H_0_=50 km/s Mpc) of the clusters and contain linear polarization information. Selected cluster areas have also been mapped at a higher frequency and angular resolution: six fields at wavelength 6.3cm (HPBW=2.5 arcmin) and fourteen fields at wavelength 2.8cm (HPBW=1.2 arcmin). Radio data for 175 individual sources are listed and radio spectra for 141 of them have been obtained using literature data. Only very few of these show spectral steepening at high frequencies. This also holds for the local spectra of those radio galaxy tails which could be resolved with the Effelsberg antenna beam. Instead, the tail spectra steepen only with distance down the tail. Except for some indication in A665 and A2152 no more examples of radio halo sources were found at 2.7 GHz. Optical identifications for 35 of the detected sources are proposed on the basis of overlays with Palomar or ESO sky surveys. The IRAS point source catalogue has been searched for galaxy counterparts on the overlays and a total of 27 IRAS galaxies were found, of which 8 are new identifications. A statistical analysis of the entire survey data shows that for sources selected at 2.7 GHz the correlation between spectral index and projected cluster centre distance is weaker than for low frequency source samples. A strong trend for the spectra to steepen with decreasing flux density is evident. A large fraction of the empty field sources are found to have steep radio spectra and might constitute a "relic" population of cluster sources. ------------------------------------------------------------------------------ VII. 11.1 cm maps of 20 Abell clusters 6.3 cm maps of selected fields. Reuter H.-P., Andernach H. =1990A&AS...82..279R (Paper 7) Abstract Radio continuum maps of 20 Abell clusters of galaxies obtained with the 100-m Effelsberg telescope at 11.1 cm and maps of selected sources at 6.3 cm are presented. All observations contain linear polarization information, and most of the 11-cm maps cover the full Abell radius of 3 Mpc (H(0) = 50 km/s Mpc) of the clusters. Radio data for 86 sources are listed. Radio spectra were obtained for 56 sources using literature data. No evidence is found for the sources selected from a low frequency (151 MHz) survey to have systematically steeper radio spectra than the average of the entire Effelsberg cluster sample. Optical identifications are proposed for 40 sources. New identifications of two IRAS sources were found. Indirect evidence is presented for the presence of cluster radio halos in A948, A1329, A2176 and A2312. Author's Abstract : Radio continuum maps of 20 Abell clusters of galaxies obtained with the 100-m Effelsberg telescope at at a wavelength of 11.1 cm (HPBW=4.4 arcmin), and maps of selected sources at 6.3 cm are presented. All observations contain linear polarization information, and most of the 11-cm maps cover the full Abell radius of 3 Mpc (H(0) = 50 km/s Mpc) of the clusters. We list radio data for 86 sources, 25 of them (=29\%) are new detections. Radio spectra were obtained for 56 sources using literature data. No evidence is found for the sources selected from a low frequency (151 MHz) survey to have systematically steeper radio spectra than the average of the entire Effelsberg cluster sample. Optical identifications using POSS or ESO prints are proposed for 40 sources (=48\%), 27 of them are new identifications. Two new identifications of IRAS sources were found. We find some indirect evidence for the presence of cluster radio halos in A948, A1329, A2176 and A2312. ================================================================================ ADC_Keywords: Clusters, galaxy ; Radio sources ; Spectroscopy ; Redshifts ; References ; Morphology Keywords: clusters of galaxies - continuum maps - spectral index - radio spectra - linear polarization - radio sources - spectra of radio sources - optical and IR identification of radio sources Description: Observations of Abell clusters at 11.1, 6.2, 6.3 and 2.8cm with the 100m Effelsberg telescope. The data were compiled by H.J. Andernach. File Summary: ----------------------------------------------------------------------------- FileName Lrecl Records Explanations ----------------------------------------------------------------------------- ReadMe 80 . This file clopt 133 25 Optical data for the clusters studied (Paper 3) clopx 161 48 Optical and X-ray data for the clusters studied (Papers 3 and 4) clparam 140 77 Relevant Parameters for observed Cluster (Papers 6 and Paper 7) clir 84 8 Optical and radio identifications of IRAS point sources (Paper 7) r2700a 111 124 11.1cm (2.7GHz) radio data (Papers 1 and 2) r2700b 258 484 11.1cm (2.7GHz) radio data, and optical identifications (Papers 4, 5, 6, and 7) r4850 196 90 6.2cm (4.85GHz) radio data (Paper 3) r4750 94 59 6.3cm (4.75GHz) radio data (Papers 5, 6 and 7) r10700 123 46 2.8cm (10.7GHz) radio data (Paper 5 and 6) ref1 46 54 r2700a file references ref2d 46 62 r2700b file references (D series) ref2e 61 133 r2700b file references (E series) ref2g 59 31 r2700b file references (G series) ref2t 84 173 r2700b file references (T series) ref3 62 105 r4850 file references ref4 63 52 clopx file references ref5 87 55 clparam file references ------------------------------------------------------------------------------ Byte-by-byte Description of file: clopt ------------------------------------------------------------------------------ Bytes Format Units Label Explanations ------------------------------------------------------------------------------ 1- 5 A5 --- Abell Abell cluster number 8- 9 I2 h RAh Right ascension (1950) 11- 14 F4.1 min RAm Right ascension (1950) 16 A1 --- DE- Declination sign 17- 18 I2 deg DEd Declination (1950) 20- 21 I2 arcmin DEm Declination (1950) 23- 28 A6 --- BM Bautz-Morgan class 29 A1 --- n_BM Note on BM (1) 31- 32 A2 --- RS Rood-Sastry classification 33 A1 --- n_RS Note on RS (2) 35 I1 --- Rich Richness class (Abell, 1958 Cat. ) 37 I1 Mpc Dist Distance (Abell, 1958 Cat. ) 39- 44 F6.4 --- zEst ? Estimated Redshift 45- 46 A2 --- n_zEst Note on zEst (3) 48- 53 F6.4 --- zMeas ? Measured redshift 54 A1 --- n_zMeas [NSB] Note on zMeas (3) 56- 59 F4.1 arcmin RAbell Abell radius 61- 64 F4.1 arcmin RCluster ? Cluster radius (4) 66- 69 F4.1 mag magBr ? Brightest galaxy magnitude 71- 74 F4.1 mag mag10th ? 10th brightest galaxy magnitude 76- 79 F4.2 arcmin aMaj ? Major axis of the brightest galaxy 81- 84 F4.2 arcmin aMin ? Minor axis of the brightest galaxy 86- 89 F4.1 arcmin DistC ? Distance from center 91-122 A32 --- Xname ? Possible identification with an X-ray source (5) 124-125 A2 --- l_RadX [<=] Limit flag on RadX 126-127 I2 arcmin RadX ? X-ray core radius 129 I1 arcmin e_RadX ? rms uncertainty on RadX 131-133 F3.1 arcmin RadO ? Optical core radius -------------------------------------------------------------------------------- Note (1): * : Corwin's estimate (1974AJ.....79.1356C) Note (2): + = estimate by Bahcall, Harris and Strom (1976ApJ...209L..17B) * = Owen's (1975AJ.....80..263O) estimate : = uncertainty flag Note (3): Ow: Owen (1974AJ.....79..427O) *: Owen (1975AJ.....80..263O) R: Riley (1975MNRAS.170...53R) MH: Mills & Hoskins (1977AuJPh..30..509M) N: Noonan (1973AJ.....78...26N) S: Sargent (1973PASP...85..281S) B: Bridle and Folamont (1976A&A....52..107B) C: Corwin (1974AJ.....79.1356C) Note (4): Estimates from Leir & Van den Bergth (1977ApJS...34..381L) Note (5): Giaconni et al. (1974ApJS...27...37G) Cooke et al., (1978MNRAS.182..489C) Forman et al., (1978ApJS...38..357F) For A 2079, 3U 1526+29 not fulfilling the 3U catalogue criteria -------------------------------------------------------------------------------- Byte-by-byte Description of file: clopx -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 5 A5 --- Abell Abell cluster number 7- 8 I2 h RAh Right ascension (1950) 10- 13 F4.1 min RAm Right ascension (1950) 14- 15 A2 --- NotePos Note on position 17 A1 --- DE- Declination sign 18- 19 I2 deg DEd Declination (1950) 21- 24 F4.1 arcmin DEm Declination (1950) 26- 32 A7 --- BM Bautz-Morgan class 34- 35 I2 --- r_BM ? BM references (see ref4 file) (1) 37- 39 A3 --- RS Rood-Sastry classification 41- 42 I2 --- r_RS ? Reference on RS (see ref4 file) 44 I1 --- Rich ? Richness class (Abell, 1958 Cat. ) 46 I1 Mpc Dist ? Distance (Abell, 1958 Cat. ) 48- 54 F7.5 --- z ? Redshift 55 A1 --- n_z [abcdefgh] Note on Redshift (1) 57- 58 I2 --- r_z ? Redshift reference (see ref4 file) 59 A1 --- n_r_z Note on redshift reference (1) 61- 62 I2 ---- Ngal ? Number of galaxies used for determining the redshift (5) 64- 66 I3 arcmin RAbell ? Abell radius 68- 70 I3 arcmin RCluster ? Cluster radius (2) 72- 75 F4.1 mag magBr ? Brightest galaxy magnitude (2) 77- 80 F4.1 mag mag10th ? 10th brightest galaxy magnitude (3) 82- 85 F4.2 mm aMaj ? Major axis of the brightest galaxy (2) 87- 90 F4.2 mm aMin ? Minor axis of the brightest galaxy (2) 92- 93 A2 --- Map [I X] I,II : states whether 11.1cm data were already published in Paper I or II X : Refers to 6.2cm Effelsberg observations presented in Paper III 95-128 A34 --- Xnames X-ray sources associated with the cluster (4) 130-143 A14 --- RefX References for X-ray flux (see ref4 file) 145-149 A5 --- RefXsp References for X-ray spectra (see ref4 file) 150 A1 --- l_RadX Limit flag on X-ray core radius 151-154 F4.1 arcmin RadX ? X-ray core radius 156-157 I2 --- r_RadX ? X-ray core radius reference (see ref4 file) 159-161 F3.1 arcmin RadO ? Optical core radius -------------------------------------------------------------------------------- Note (1): a: mean of estimates by Corwin (1974AJ.....79.1356C), Owen (1975ApJ...195..593O), Leir and van den Bergh (1977ApJS...34..381L), and Mills and Hoskins (1977AuJPh..30..867M). b: mean of estimates by Corwin (1974AJ.....79.1356C), Owen (1975ApJ...195..593O), and Mills and Hoskins (1977uJPh..30..867M). c: mean of estimates by Corwin (1974AJ.....79.1356C), Owen (1975ApJ...195..593O), and Leir and van den Bergh (1977ApJS...34..381L) d: mean of estimates by Owen (1975ApJ...195..593O), Leir and van den Bergh, (977ApJS...34..381L) and Mills and Hoskins (1977AuJPh..30..867M). e: Both A2255 and A2319 may consist of two clusters nearly superimposed along the line of sight, but only for A2319 we use the weighted mean of the redshifts of the subclusters. f: Bahcall (1975ApJ...198..249B) found the cluster centre to be coincident with the dominant cD galaxy. We measured the position of this galaxy on our overlay and took that as the cluster centre position. g: Measured redshift for foreground (?) galaxy z=0.036C h: The radiosource in A1836 is identified with a foreground galaxy with z=0.025C Note (2): Data from Leir and van den Bergh (1977ApJS...34..381L) Note (3): When only the 10th magnitude is given, the entry is from Sastry and Rood (1971ApJS...83..371S) Note (4): Detection of an X-ray source in the 3U/4U or 2A catalogues (Giaconni et al., 1974ApJS...27...37G; Forman et al. 1978ApJS...38..357F; Cooke et al. 1978MNRAS.182..489C) or with the HEAO-A (HA) or HEAO-B (HB) satellites (Schwartz et al., 1979ApJ...231L.105S; Ku, 1979, Priv. communication; upper limits (in brackets): Ulmer et al., 1980ApJ...235..351U) For A2079, 3U 1526+29 not fulfilling the 3U criteria Note (5): A blank implies that the number was not given by the author or the redshift is an estimate only. -------------------------------------------------------------------------------- Byte-by-byte Description of file: clparam -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 5 A5 --- Abell Abell cluster number 6 A1 --- m_Abell Multiplicity index on Abell number 9- 10 I2 h RAh Optical right ascension (1950) 12- 13 I2 min RAm Optical right ascension (1950) 15- 18 F4.1 s RAs Optical right ascension (1950) 20 A1 --- DE- Declination sign 21- 22 I2 deg DEd Optical declination (1950) 24- 25 I2 arcmin DEm Optical declination (1950) 27- 30 F4.1 arcsec DEs Optical declination (1950) 32- 33 I2 --- RefPos Position reference (1) 35- 37 A3 --- RS Rood-Sastry classification 39- 40 I2 --- r_RS ? References for RS classification (1) 43 I1 --- BM ? Bautz-Morgan classification 44 A1 --- u_BM Uncertainty flag on BM classification 45- 49 A5 --- r_BM ? References for BM classification (1) 51 I1 Mpc Dist ? Distance (Abell 1958, Cat. ) 53 I1 --- Rich Richness (Abell 1958, Cat. ) 55- 59 F5.4 --- z Redshift 60 A1 --- n_z [abe] e = estimated (2) 62- 66 A5 --- r_z Redshift reference (1) 67- 71 F5.1 arcmin RAbell Apparent Abell radius 72 A1 --- n_RAbell [ab] Note on Abell radius (2) 74- 77 F4.1 arcmin ROpt ? Optical radius 78 A1 --- u_ROpt [)] Uncertainty flag on ROpt 79 A1 --- l_log(LX) Limit flag on log(LX) 80- 84 F5.2 10-7W log(LX) X-ray cluster luminosity 86- 87 I2 --- r_log(LX) X-ray cluster luminosity reference (1) 89-109 A21 --- Obs11.1cm Observation Epoch minus 1900.0 at 11.1cm 111-127 A17 --- Obs6.3cm Observation Epoch minus 1900.0 at 6.3cm 129-140 A12 --- Obs2.8cm Observation Epoch minus 1900.0 at 2.8cm -------------------------------------------------------------------------------- Note (1): References are in ref5 file Note (2): a: recently z=0.0318 (RAbell=56.7') had been measured (Kalinkov 1985, priv. comm.) b: a more recent estimate is z=0.0856, RAbell=22.8' (Kalinkov 1985, priv. comm.) -------------------------------------------------------------------------------- Byte-by-byte Description of file: clir -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 5 A5 --- Abell Abell cluster name 6- 8 A3 --- m_Abell Multiplicity (several clusters) 11- 12 I2 h RAh Infrared right ascension (B1950) 13- 14 I2 min RAm Infrared right ascension (B1950) 15- 18 F4.1 s RAs Infrared right ascension (B1950) 19 A1 --- DE- Declination sign 20- 21 I2 deg DEd Infrared declination (B1950) 22- 23 I2 arcmin DEm Infrared declination (B1950) 24- 25 I2 arcsec DEs Infrared declination (B1950) 27 A1 --- l_S100/S60 Limit flag on S100/S60 28- 31 F4.2 --- S100/S60 Ratio of IR flux densities (S100um/S60um) 33 A1 --- l_SpI Limit flag on SpI 34- 37 F4.2 --- SpI Radio-IR spectral index (between 2.7GHz and 100um) 39- 51 A13 --- IdOpt Optical identification 53- 84 A32 --- Rem Remarks -------------------------------------------------------------------------------- Byte-by-byte Description of file: r2700a -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 8 A8 --- Source Source name (1) 10- 11 I2 h RAh Right ascension (1950) 13- 14 I2 min RAm Right ascension (1950) 16- 19 F4.1 s RAs ? Right ascension (1950) 21 A1 --- DE- Declination sign 22- 23 I2 deg DEd Declination (1950) 25- 26 I2 arcmin DEm Declination (1950) 28- 29 I2 arcsec DEs ? Declination (1950) 30 A1 --- u_Pos Uncertainty flag on position 31 A1 --- l_S2.7GHz Limit flag on S2.7GHz 32- 35 I4 mJy S2.7GHz ? Flux density at 2695 MHz (11.1cm) 36 A1 --- u_S2.7GHz Uncertainty flag on S2.7GHz 38- 82 A45 --- Catal Source catalogue name 83-111 A29 --- Ref References (see ref1 file) -------------------------------------------------------------------------------- Note (1): We have labelled each prominent source with a subnumber (A85.1 etc.), regardless of cluster membership, in increasing order of right ascension for each cluster area mapped. We have only labelled the most prominent sources. -------------------------------------------------------------------------------- Byte-by-byte Description of file: r2700b -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 10 A10 --- Source Source name 11 A1 --- n_Source [ABCDEFabdg] Note on Source (1) 12- 13 I2 h RAh Right ascension (1950) 15- 16 I2 min RAm Right ascension (1950) 18- 21 F4.1 s RAs ? Right ascension (1950) 23 A1 --- DE- Declination sign 24- 25 I2 deg DEd Declination (1950) 27- 28 I2 arcmin DEm Declination (1950) 30- 31 I2 arcsec DEs ? Declination (1950) 32- 33 A2 --- NotePos [: abdefijlmnopqsAB] Note on position (2) 34 A1 --- l_S2.7GHz Limit flag on S2.7GHz 35- 38 I4 mJy S2.7GHz ? Integrated flux density at 2.7GHz 39 A1 --- u_S2.7GHz [):] Uncertainty flag on S2.7GHz 41- 43 I3 mJy e_S2.7GHz ? rms uncertainty on S2.7GHz 44 A1 --- n_S2.7GHz [45EHabcdeghikt] Note (3) 46- 49 F4.1 mJy rmsI ? rms noise level at 2.7GHz in total intensity (in mJy/beam area) 51- 54 F4.1 mJy rmsP ? rms noise level at 2.7GHz in polarized intensity (in mJy/beam area) 55 A1 --- n_rmsI [uvf] Note on rmsI and rmsP (2) 56- 60 F5.1 deg PA ? Position angle of the major axis 61 A1 --- n_PA [)Cr:?] Uncertainty flag on PA :)?=uncertainty flag, C=complex, r: resolved 62- 63 I2 deg e_PA ? rms uncertainty on PA 65 A1 --- l_MajAxis Limit flag on MajAxis 66- 69 F4.1 arcmin MajAxis ? Deconvolved half width along major axis 70 A1 --- n_MajAxis [C:] C=complex, : uncertainty flag 72 A1 --- l_MinAxis Limit flag on MinAxis 73- 75 F3.1 arcmin MinAxis ? Deconvolved half width along minor axis 76 A1 --- n_MinAxis [C:] C=complex, : uncertainty flag 77 A1 --- l_m Limit flag on m 78- 81 F4.1 % m ? Integrated degree of linear polarization 82 A1 --- u_m Uncertainty flag on m 83- 86 F4.1 % e_m ? rms uncertainty on m 87 A1 --- n_m [:fc] Note on m (4) 89- 93 F5.1 deg Xi ? Integrated polarization position angle of electric field vector 95- 96 I2 deg e_Xi ? rms uncertainty on Xi 97 A1 --- u_Xi Uncertainty flag on Xi 98 A1 --- l_Pdist Limit flag on Pdist 99-102 F4.2 --- Pdist ? Projected distance of source to the cluster center in units of one Abell radius 103 A1 --- u_Pdist [):] Uncertainty flag on Pdist 104 A1 --- l_P2.7 Limit flag on P2.7 105-110 F6.2 --- P2.7 ? Spectral power at 2.7GHz assuming cluster membership 111 A1 --- n_P2.7 [:a] : = uncertainty flag, a = redshift taken from A2319A, see table2e 112-124 A13 --- IdOpt Optical identification 125 I1 --- OptCl ? Optical class 126 A1 --- n_IdOpt [EGT] Note on ref file (5) 127-139 A13 --- r_IdOpt [0-9, ] Reference for optical data 141 I1 --- MemCl ? Membership class 143 A1 --- l_SpI Limit flag on SpI 144-148 F5.2 --- SpI ? Average spectral index 149 A1 --- u_SpI Uncertainty flag on SpI 150-153 F4.2 --- e_SpI ? rms uncertainty on SpI 156-159 A4 --- SpCl Spectral class (6) 160 A1 --- n_Ref [DEGT] note for ref file (5) 161-260 A100 --- Ref [0-9, ] Radio references (5) -------------------------------------------------------------------------------- Note (1): A: Source reported by Swarup (1984JApA....5..139S) B: central part only C: position from Harris et al. (1980A&AS...39..215H) D: For A1060 and A2199 (data of 1988A&AS...73..265A), a renumbering was necessary for some sources. E: Renumbered with respect to data in 1980A&AS...41..339A F: A1060.0 same as A1060.1 in 1980A&AS...41..339A (r4750 file) a: source claimed by Slee & Quinn 1980PASAu...3..332S b: position from Andernach et al. 1980A&AS...41..339A (paper III) d: source claimed by Owen 1974AJ.....79..427O g: source named A2220.1 in Andernach et al. 1980A&AS...41..339A (paper III) Note (2): A: source detected by Mayer (1980, Ph.D. Thesis, Cambridge University B: 11 cm position a: from McHardy (1978MNRAS.184..783M) b: position from Andernach et al. 1980A&AS...41..339A (paper III) %c: from Dickey and Salpeter (1984ApJ...284..461D) d: from Dickey and Salpeter (1984ApJ...284..461D) and uncertain value e: from Perola and Valentijn (1979A&A....73...54P) f: east part of map is less sensitive i: correction of typo in original paper j: position from McHardy (1978MNRAS.185..927M l: same as A1060.1 of Paper III (1980A&AS...41..339A) m: central part of map is more sensitive n: position from Lauberts (1982, Cat. ) o: detected by Fanti et al. (1983A&AS...51..179F, 1983A&AS...52..411F) p: detected by Douglas et al. (1973AJ.....78....1D) q: B2 position (Colla et al., 1972A&AS....7....1C) s: NE component of 4CP66.16.1 u: data for outer part v: data for central part ':' : uncertainty flag Note (3): 4: see table4e for Flux density to Xi data 5: see table5e for Flux density to Xi data E: including two components 8' SE and NW of main source H: distorted due to map artefact a: includes N extension b: including overall extent c: including extension due SW d: not including extensions due NE and SE e: assuming a point source at the given position g: excluding extension due E h: Three satellite sources provide for another 50 mJy i: not including extension due W k: including overall extent t: not including the SE extension Note (4): ':' : uncertainty flag f: main contribution from NW component c: main contribution from SW part of source Note (5): E: the following references are in ref2e file D: the following references are in ref2d file G: the following references are in ref2g file T: the following references are in ref2t file Note (6): S: straight power law C+: concave C-: convex Cmax: low frequency turnover C: complex -------------------------------------------------------------------------------- Byte-by-byte Description of file: r4750 -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 8 A8 --- Source Source name (1) 10- 11 I2 h RAh Right ascension (B1950) 13- 14 I2 min RAm Right ascension (B1950) 16- 19 F4.1 s RAs ? Right ascension (B1950) 20 A1 --- NotePos [abc] Note on position (2) 22 A1 --- DE- Declination sign 23- 24 I2 deg DEd Declination (B1950) 26- 27 I2 arcmin DEm Declination (B1950) 29- 32 F4.1 arcsec DEs ? Declination (B1950) 33 A1 --- u_Pos Uncertainty flag on B1950 position 34 A1 --- l_S4.75GHz Limit flag on S4.75GHz 35- 37 I3 mJy S4.75GHz ? Flux density at 4.75GHz (6.3cm) 39- 41 I3 mJy e_S4.75GHz ? rms uncertainty on S4.75GHz 42 A1 --- n_S4.75GHz [a] Note on S4.75GHz (3) 43- 46 F4.1 mJy rmsI ? rms noise level at 2.7GHz in total intensity (in mJy/beam area) 48- 51 F4.1 mJy rmsP ? rms noise level at 2.7GHz in polarized intensity (in mJy/beam area) 53- 55 I3 deg PA ? Position angle of major axis of extended sources 56 A1 --- n_PA [:C] C = complex, : uncertainty flag 58 A1 --- l_MajAxis Limit flag on MajAxis 59- 61 F3.1 arcmin MajAxis ? Deconvolved half width along major axis 62 A1 --- n_MajAxis [:Cr] C = complex, r = resolved, : uncertainty flag 63 A1 --- l_MinAxis Limit flag on MinAxis 64- 66 F3.1 arcmin MinAxis ? Deconvolved half width along minor axis 67 A1 --- n_MinAxis [:Cr] C = complex, r = resolved, : uncertainty flag 68 A1 --- l_m Limit flag on m 69- 72 F4.1 % m ? Integrated degree of linear polarization 74- 76 F3.1 % e_m ? rms uncertainty on m 78- 80 I3 deg Xi ? Integrated polarization position angle of electric field vector 82- 83 I2 deg e_Xi ? rms uncertainty on Xi 85- 87 F3.2 --- Pdist ? Projected distance 89 A1 --- l_P4.75 Limit flag on P4.75 90- 94 F5.2 --- P4.75 ? Spectral power at 4.75GHz assuming cluster membership -------------------------------------------------------------------------------- Note (1): For the reobserved fields, the nomenclature is consistent with previous papers, except for A1060 and A2199, for which a renumbering was necessary. Note (2): a) 11 cm position b) position from 2.8 cm map c) position from Harris et al. (1980A&AS...39..215H) Note (3): a) excluding EW extension -------------------------------------------------------------------------------- Byte-by-byte Description of file: r4850 -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 8 A8 --- Source Source name (1) 12- 13 I2 h RAh ? Right ascension (1950) 14- 15 I2 min RAm ? Right ascension (1950) 16- 19 F4.1 s RAs ? Right ascension (1950) 20 A1 --- DE- Declination sign 21- 22 I2 deg DEd ? Declination (1950) 23- 24 I2 arcmin DEm ? Declination (1950) 25- 26 I2 arcsec DEs ? Declination (1950) 27 A1 --- u_Pos Uncertainty flag on position 29 A1 --- l_S4850MHz Limit flag on S4850MHz 30- 33 I4 mJy S4850MHz ? Flux density at 4850 MHz 34 A1 --- u_S4850MHz Uncertainty flag on S4850MHz 35- 37 I3 mJy e_S4850MHz ? rms uncertainty on S4850MHz 40- 42 F3.1 --- rms ? rms noise level of the cluster map, calculated for areas where there are no sources (in mJy/beam area) 44- 46 I3 deg PA ? Position angle of the major axis of extended sources 47 A1 --- u_PA [:?] Uncertainty flag on PA 49 A1 --- l_MajAxis Limit flag on MajAxis 50- 53 F4.1 arcmin MajAxis ? Half-power width along major axis 54 A1 --- u_MajAxis Uncertainty flag on MajAxis 56 A1 --- l_MinAxis Limit flag on MinAxis 57- 59 F3.1 arcmin MinAxis ? Half-power width along minor axis 60 A1 --- u_MinAxis Uncertainty flag on MinAxis 62- 65 F4.2 --- d/R ? Projected distance (ratio of distance from the cluster center to the Abell radius) in units of Abell radius 67 A1 --- l_SpI Limit flag on SpI 68- 71 F4.2 --- SpI ? Mean spectral index between 600 and 4800MHz 72 A1 --- u_SpI [:?] Uncertainty flag on SpI 74- 77 A4 --- SpCl Classification of the radio spectrum (2) 80-101 A22 --- CatName Catalogue names for the different cluster sources or the cluster as a whole as taken from the available literature 103-202 A100 --- Ref References (see ref3 file) -------------------------------------------------------------------------------- Note (1): We have labelled each prominent source with a subnumber (A85.1 etc.), regardless of cluster membership, in increasing order of right ascension for each cluster area mapped. We have only labelled the most prominent sources. For sources appearing complex at 11.1cm (Paper I (1978A&AS...31...99H or II1979A&AS...36..237W), and being resolved by the present observation, we preserved the subnumbering already given to the source and distinguished the subcomponents by small letters following the subnumber (A407.4a etc.). Note (2): S: straight spectra C-: convex spectra Cmax: spectra showing a low-frequency cut-off C+l: concave spectra with low-frequency excess C+s: concave spectra with high-frequency excess CPX: complex spectra -------------------------------------------------------------------------------- Byte-by-byte Description of file: r10700 -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 10 A10 --- Source Source name (1) 11- 12 I2 h RAh ? Right ascension (B1950) 14- 15 I2 min RAm ? Right ascension (B1950) 17- 20 F4.1 s RAs ? Right ascension (B1950) 23 A1 --- DE- Declination sign 24- 25 I2 deg DEd ? Declination (B1950) 27- 28 I2 arcmin DEm ? Declination (B1950) 30- 31 I2 arcsec DEs ? Declination (B1950) 32 A1 --- NotePos [a:] a: peak positions only, : uncertainty flag 34 A1 --- l_S10.7GHz Limit flag on S10.7GHz 35- 40 F6.1 mJy S10.7GHz Flux density ar 10.7GHz (2.8cm) 42- 45 F4.1 mJy e_S10.7GHz ? rms uncertainty on S10.7GHz 47 A1 --- n_S10.7GHz [bc] Note on S10.7GHz (2) 49- 52 F4.2 mJy rmsI ? rms noise level at the maps area which - bona fide - do not contain radio sources (in mJy/beam area) 54- 57 F4.1 mJy rmsP ? rms noise level in linearly polarized intensity (in mJy/beam area) 61- 63 I3 deg PA ? Position angle of the major axis of extended sources 64 A1 --- u_PA [:C?)] Uncertainty flag on PA (C=complex) 66 A1 --- l_MajAxis Limit flag on MajAxis 67- 70 F4.2 arcmin MajAxis ? Major axis half power width 71 A1 --- u_MajAxis [:C] Uncertainty flag on MajAxis (C=complex) 73 A1 --- l_MinAxis Limit flag on MinAxis 74- 77 F4.2 arcmin MinAxis ? Minor axis half power width 78 A1 --- u_MinAxis [C] Uncertainty flag on MinAxis (C=complex) 79 A1 --- l_m Limit flag on m 80- 83 F4.1 % m ? Integrated degree of linear polarization 84 A1 --- u_m [:)] Uncertainty flag on m 85- 86 I2 % e_m ? rms uncertainty on m 88- 90 I3 deg Xi ? Weighted mean of the electric field vector position angle 92- 93 I2 deg e_Xi ? rms uncertainty on Xi 94 A1 --- u_Xi [)] Uncertainty flag on Xi 95-124 A30 --- Note Note -------------------------------------------------------------------------------- Note (1): We have labelled each prominent source with a subnumber (A85.1 etc.), regardless of cluster membership, in increasing order of right ascension for each cluster area mapped. We have only labelled the most prominent sources. Note (2): b) includes contribution from surrounding emission feature c) possibly variable, flux at epoch 1979.7 was 180 mJy -------------------------------------------------------------------------------- Byte-by-byte Description of file: ref* -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 3 I3 --- RefNo Reference number 5- 23 A19 --- BibCode Bibcode 25- 87 A63 --- Authors List of the authors -------------------------------------------------------------------------------- History: The data were supplied by Heinz Andernach (catalog A043 in his list). A few annex tables (clopt, clopx, ref4 and 5) were prepared via OCR at CDS. Acknowledgements: It is a pleasure to thank Heinz Andernach who kindly supplied his data to CDS. References: Caswell, 1966, Ph. D. Thesis, University of Cambridge Crowther, 1966, Ph. D. Thesis, University of Cambridge Foster, 1961, Ph. D. Thesis, University of Cambridge Mayer, 1980, Ph. D. Thesis, University of Cambridge Schallwich, 1982, Ph. D. Thesis, Bochum University Waldthausen, 1980, Ph. D. Thesis, Bonn University ================================================================================ (End) Patricia Bauer, Francois Ochsenbein [CDS] 28-Nov-1997