PPAS - Remarks This file contains remarks which were made by observers, but which were too long to be put in the real PPAS. The original language has been retained. All the remarks are listed in alphabetic order (by satellite) and have a number which makes the link with the remarks column in the real PPAS. 61- 18 A (61 sigma 1) 1) dm or tm alternating with short-long max 62- 58 A (62 beta-kappa 1) 1) Sur une partie de la trajectoire, maxima secondaires tres brefs lors d'un minimum sur deux. 2) Lors d'un minimum sur deux, flash bref aussi brillant que les maxima "normaux". A premiere vue, on croirait que les maxima sont triples. 3) Observation effectuee a Anavissos, au Sud d'Athenes (Grece). 4) Passage au Nord, le satellite se trouvant au-dessus de latitude 70 degrees N. 5) Maxima secondaires tres brefs. 6) Maxima secondaires, dont certains sont tres bref, mais d'autres aussi longs et brillants que les maxima principaux. 63- 3 A 1) Avec l'allongement de la periode, les maxima deviennent plus plats. 2) Sens Nord-Sud. Les maxima sont de plus en plus plats, rendant les mesures difficiles. Le 9 fevrier au soir, au cours d'un passage dans le sens Sud-Nord, a l'Ouest, l'objet a d'abord presente des fluctuations normales; mais arrive au NW, son eclat est devenu pratiquement constant. 63- 27 A 1) Maxima secondaires, brefs et faibles, entre certains maxima princi- paux. 2) Maxima secondaires, bien visibles a l'Est. 3) Passage 10 degrees au-dessus de l'horizon E. 4) Passage a l'Est, a contre-jour; maxima mieux marques que hier soir. 63- 30 A 1) Difficult to see, I timed all four flashes and it seems it has two periods, one of about 28 seconds, the other about 40 seconds. 64- 21 B 1) Le 29 la fusee avait une periode qui m'a paru reguliere de 0,95 s, mais le 30 quelle difference! Au Nord-Nord-Ouest, la variation etait reguliere, mais a partir du zenith elle devenait extremement complexe; seul un minimum profond semblait revenir regulierement, mais je ne l'ai pas mesure (Rohart). 64- 48 A 1) Maxima secondaires immediatement apres les maxima principaux; l'objet a atteint au moins la magnitude +1. 2) Contrairement au jour precedent, les variations d'eclat semblent assez irregulieres. Eclat plus faible que le 11 mars, par suite du clair de Lune plus intense et de la plus grande distance du satel- lite a l'observateur. - FV signale que le 12 mars l'eclat ne pre- sentait pas de variations regulieres. 64- 50 B 1) Minima plus prononces a l'E qu'au S. 65- 6 B 1) Les maxima sont peu marques. Satellite observe a l'Ouest. Le jour precedant, au Sud, le satellite ne presentait pas de variations d'eclat. 65- 17 C 1) Certains maxima sont a peine visibles. Maxima secondaires, dont certains sont aussi brillants que les maxima principaux. 2) Sur une partie de la trajectoire, maxima secondaires un minimum sur deux; ces minima secondaires sont assez brillants, mais tres brefs. 65- 95 B 1) Flashing low in SW, becoming steady in the S (DB). 2) Variations d'eclat au SW et au S, puis eclat constant au SE. 66- 43 A 1) Objet bien visible a l'oeil nu, meme a une distance de 1000 km. Il s'agit d'un Cosmos reste attache a sa fusee. La difference d'eclat entre les maxima et les minima n'est que de 1 magnitude environ. 2) Bas au Sud-Est. Flashes tres bien marques. 3) Eclat constant au Sud, fluctuations au Sud-Est (En general, c'est a l'oppose du Soleil que les variations d'eclat des satellites artificiels sont le moins prononcees). 66- 51 A 1) Very sharp flashes observed as satellite setting in NE. No such observed on June 25 or 27 (DB) 2) A series of very sharp flashes observed as satellite setting. Similar flashes observed on July 27 21h when satellite rising in the South, but poor conditions prevented any measurement (DB). 3) Very sharp flashes as previously noted. These flashes occur in a series of 20 or less, and there are sometimes gaps in the series. 4) Varying with amplitude 2 mags; well defined maximum, although it could not be described as flash. 5) Maximum is a sharp flash. The period is quoted with "+-1" because it did not seem to be constant. 6) The appearance was different again. There were two broad maxima to +2.5 mag., and also several sets of 3 or 4 quick flashes (period presumably the same as previously reported, i.e. 0s.6 or 0s.7). Altogether this is a remarkable object! 66- 56 A 1) Decreasing period during one passage, general main : 71s (19 periods) 66- 56 B 1) My records show flash times at: Timings 0.0 9.1 32.5 34.7 51.8 54.0 Differences 9.1 23.4 2.2 17.1 2.2 In some sense, the period is 19.3 seconds (from 32.5 to 51.8 and from 34.7 to 54.0) But there seems to be an underlying period of 2.15 second. This fits with 8.6, 32.3, 34.4, 51.6, 53.8. (the underlying period could also be 2.135 seconds, but this doesn't fit the 0.0 and 9.1 observations) 66- 74 B 1) Eclat constant, mais avec parfois des flashes irreguliers. 66- 92 D 1) Last visible revolution from Britain. 67- 95 A 1) Amplitude < 0m.5. Often only 10-20 flashes, then steady. 67-104 A 1) 13.7 seconds for a complete cycle between flashes (every third maximum). 2) Low in SW. At first, usual irregular variation; later smooth and apparently regular variation with this period. 68- 43 B 1) The period remained notably constant close to decay. 68- 61 B 1) Probably less accurate; variation rather irregular. 2) Variation small and rather irregular. 3) Again difficult to measure until satellite very low in South. 68-107 B 1) +/- 0.05 s. Varaition very small and difficult to see. 68-119 B 1) Maxima very variable and always difficult to count. From my latitude not always a naked-eye object. 69- 9 A 1) Sometimes flashing with a half or a quarter of this period. 2) Time for a cycle of 4 flashes, thus: Bright flash, weak flash, moderate flash, weak flash, bright flash. Period almost the same as in 1969. 3) Secondary and secondary-secondary maxima: (light curve as in 2).) with specified periods: 2.54, 5.08 and 10.16 sec. 4) Every second primary maximum very bright. 5) Secondary and tertiary maxima. 6) Sharp primary maxima, regular secondary maxima and irregular tertiary maxima. 7) Sharp bright flashes with secondary maxima and triple tertiary maxima. 8) Period = 10.20 s in the W, becoming 10.26 s in the lower SW (syno- dic effect). 9) Sharply flashing in the E with period = 2.53 s. In the lower SSE period = 10.3 s. 10) Sharply flashing; secondary maxima in the W, faint primary maxima only in the SSW. 11) Irregularly flashing in the W, brightly flashing with this period in the SSW. 12) Occassionally double maxima. 13) Bright flashes with a period of 10.9/4 s in the ENE, then fainter maxima with period 10.9 s in the NE. 14) Very sharp primary max. Every second primary maximum double. 69- 20 B 1) Difficult to measure. The period seems to have suffered a real increase and then decrease. 2) Variation only just detectable. 69- 27 B 1) +/-0.5 s. Varying +0.8 to +6.5 in zenith. 69- 31 B 1) These periods were difficult to measure and appear suspect. 69- 69 B 1) At a height of 37000 km, yet some flashes as bright as +8.5. 69- 70 B 1) Eclat constant a l'W, variable irregulierement au NW. Mesure faite bas au N. 70- 9 A 1) Some very bright maxima (mag -1.5). 2) 56.5 s in E/NE, 46.1 s in NE/NNE. Synodic effect. 70- 14 B 1) Same transit as previous. 70- 20 B 1) 7 hours before decay. 70- 34 B 1) Faint var. (magn. 6.0 to 6.5), most steady. 70- 47 B 1) Value for whole cycle, which consists of 2 or 3 equally spaced maxima of unequal magnitude, plus one gap. 70- 83 B 1) Secondary maxima, some fairly bright. 2) Maxima alternately bright and faint. 3) Maxima alternately bright and faint. Moreover sharp secondary maxima. 4) Not all maxima equally bright. 5) Maxima inequally bright; several not seen. Moreover, several secondary maxima present. 70- 86 B 1) Maxima alternately bright and faint, then becoming equally bright. 2) One of the secondary maxima was very bright. 70- 97 B 1) Measured on the secondairy maxima, which were generally sharper than the primary maxima. 2) In the East. Variation rather irregular: flat and faint maxima, some bright secondairy maxima. 3) In the North, moving north; 11,5 periods measured. Measured first on the minima, then on the maxima. (Note by BD: A lightcurve was added. It showes an evolution from a flat maximum to a normal maximum, while the amplitude decreased). 70-100 B 1) elevation 70 degrees in W. 2) elevation 70 degrees in E. 3) elevation 60 degrees in W. 70-102 B 1) Later steady during 1 minute at magnitude 4, then eclipsed. 70-103 A 1) Was previously almost steady, either bright or faint. 2) Is no longer steady. 3) Occasionally small amplitudes and indistinct maxima. 4) Alternately periods of small and large amplitudes due to variable minima (period >= 1 minute); Flat minima. 5) Secondary minima; variations of maxima. 6) Different maxima and minima. Short secondary variations; 7) Different maxima and minima. In East, secondary variations with amplitude of 0.4 magnitude and period 0.5 s. In East, period 4.907 s; in SE, period 4.867 s. 71- 3 A 1) 40.3 s in E, 38.6 s in NE. Bright maxima. 71- 13 B 1) Secondary maxima, some fairly bright, but shorter than the principal ones. 71- 18 B 1) Period including a possibly secondary maximum. 71- 24 A 1) 2.5/6 of the value measured on March 21. HK noted another period near 1.6 s; this could be exactly 1/6 of the value measured by me on March 21. 2) Faint short maxima, and period 4.53 x 2 in the West; then sharp flashes with period 4.53/2; then tumbling with short maxima and period 4.53 s. 3) 2.26 s in the W, 9.04 s in the NNW. 71- 32 A 1) Varying from magn. -0,5 to +2.0 71- 41 J 1) In N. In E, p=3.90 and different maxima. 71- 54 A 1) Slowly and irregularly varying. Some maxima seen (at irregular intervals). One very bright and vary slow flash. 71- 69 A 1) Variation suspected previously; measured for the first time on this date. Amplitude usually 1 magn. or a little more depending on phase angle. 71- 86 J 1) Period confirmed by D.G. Hawkins, Stevenage, Hertfordshire. 2) Rapid and irregular variations, almost impossible to measure. 3) Even maxima brighter than odd maxima? 4) Firstly maxima alternately bright and faint, giving the appearance of a period of 4.8 s. Then maxima becoming less different, but with fairly bright secondaries, giving the appearance of a period of 1.2 s. 5) Maxima equally bright, then becoming alternately bright and faint. 6) Maxima alternately bright and less bright. 7) Secondary maxima as bright as the primary ones ( P = 3.13 s). 8) Different maxima. Secondary period approx. 60 s. 9) Maxima alternately bright and faint. 71- 93 A 1) Short series of extremely rapid flashes. period estimated only. 2) Bright maxima for a short time. 3) Period 0.10 to 0.13 s 4) Flashing faster than 0.1 s tick of a watch, but perceptible to the naked eye. 71-109 A 1) Cycle of 2 main flashes separated by about 0.8 s. 71-116 B 1) The period of rotation of the satellite is probably obtained. We observe alternatively an interval of 9.309 s and an interval of 8.103 s between the flashes. (9.309 + 8.103 = 17.412 is the period measured. duration (counting time) = 8497.0 s. 72- 9 B 1) Maxima alternately bright and faint, later becoming equally bright. 2) Maxima equally bright in the East, becoming inequally bright low in NE. 3) Later period 4.28 s and secondary maxima. 72- 11 B 1) Sharp minima; long constant maxima. 72- 14 B 1) Two secondary maxima between primary ones. Second secondary maxima brighter than first ones. Later Algol-type. 72- 19 B 1) Secondary maxima, some short and bright. 2) Firstly 6.6 s with secondary maxima, which became more and more important, so that finally the period is 3.3 s. 3) Not all maxima equally bright. 4) Maxima alternately bright and faint. 5) Firstly flashing with double of this period. 6) Very difficult to see clearly. 7) Some secondary maxima. Later not all maxima equally bright, giving the appearance of a period of 12.8 s. 8) Some secondary maxima. Maxima alternately bright and faint, later becoming equally bright. 72- 22 B 1) One minute later: P = 1.296 s with triple maxima. 72- 33 B 1) Rapid: 0.10 to 0.15 second. 2) Only measurable because alternate maxima brighter. 72- 49 B 1) Firstly regular flashing, then rather irregular (double maxima?) 2) One minute later, P = 2.36 s with triple maxima. 3) One minute later, P = 2.375 s with triple maxima. 4) One minute later, P = 2.395 with triple maxima. 5) Appearing either single flashing, or single flashing with secondary maxima, or triple flashing; every other secondary maximum having brightened up and the remaining secondary maxima having vanished in the latter case. 6) Double maxima. Double of the period? Light curve shows double maxima in which 1st maximum is not as bright as 2nd one. 7) One bright and sharp secondary maximum. 8) Double of the period? Double secondary maxima as bright as the primary ones. 72- 52 C 1) Normally magnitude 7.5; Sometimes magn. 2.0 with every 10th maximum of magnitude 0.0. 72- 54 A 1) Sharp flashes, to +6.5. Flashes were seen subsequently on every transit, near culmination. 2) Two trains of about 10 flashes. 1st flash in second train started half the interflash time after last flash of first train (BD). 72- 57 J 1) Impossible to measure: maximum magnitude 7 to 8, and rapid and rather irregular variations. 2) Flashing with secondary maxima and different maximum flashes in the East, and rapidly flashing with faint maxima and half the period as before in the NE. 3) Difficult to measure; not all maxima equally bright; 4) During the observation the primary and secondary maxima twice permuted. 72- 62 B 1) Secondary maxima becoming gradually as bright as the primary ones, giving a period of 2.81 s. 2) Maxima faint and double; some are absent. 3) Regular variations, then unexplainable fluctuations. 4) Uncertain. Decreasing amplitude: 2m in W, <0.5 in NW. 5) Secondary maxima in the W; only flat primary max. in the N. 72- 76 C 1) Tumbling with four secondary maxima. 2) Rapidly flashing. Regular series of brighter and fainter maxima. 3) Extremely sharp and very bright flashes (magnitude +0.5!). Maximum flashes varying with a period of approximately 6 seconds and an amplitude of 3 magnitudes. 4) Rapid secondary maxima (of period 0.42 second?). Maximum brightness magnitude +7.4. 5) Regular maxima variations; several double or triple, generally single and sharp maxima. Maximum magn. +0.8. Favourable transits (bright maxima): passages in the East, at horizontal elevations of about 75 to 85 degrees. On other occasions the satellite appears as a faint object (magn. +7) with a period of 2.5 s (0.416 x 6). 6) Period = 0.42745 +/- 0.00023 s. Le depouillement des mesures effectuees a la HP-55 (8 declenchements) a permis de retablir le nombre exact de periodes observees: 188, au lieu de 180 comptees au cours de l'observation. L'ajustement par moindres carres permet de calculer la marge d'incertitude. (Mesures made with a HP-55 computer: eight entries. Uncertainty calculated by method of least squares). 7) Different maxima. Second period 5.11 s. 8) Maximum brightness (magn. 0.9 to 2.5) varying with period 4.1 s. 72- 82 C 1) Very slowly variable; flat bright maximum (magn. 2,0). 72- 85 B 1) Triple maxima. One minute later, period 3.30 s. 2) Secondary maxima, which are brighter than teh main ones. These bright maxima have been found at every even numbered minimum. 3) Maxima triple, then double; the central maximum was the brightest but then gradually disappeared. 4) Flashing. Secondary flashes disappeared in NNW, other secondary flashes appeared in NW. 5) Some maxima very hard to see. 6) Secondary maxima, some fairly bright. 72- 87 J 1) The actual measures were: 4.882 +/- 0.006 s (25 periods) from zenith to NE 55 degrees, and 4.865 +/- 0.007 s (17 periods) in lower NE (synodic effect). 72-106 A 1) One very bright maximum (magn. -0.8). 72-106 B 1) In the East. "Algol type". Measured on the minima. 2) In the West. Sharp flashes. Exactly half the period on revolution before. 3) Algol type; measured on the minima. 73- 17 A 1) Rather irregular. (Probably only 29 periods, which gives 1.86 s). 2) Irregular variations in the W, with some short bright flashes. Regular variations in the E. 3) See special report (yet unknown to BD). 73- 27 E 1) 4 maxima. Depouillement au magnetophone. 73- 34 B 1) In the N, rapid variations ; then flashing with this period. 2) Impossible to measure during 3 minutes. 73- 37 J 1) In the E. Maxima alternately bright and faint. 2) In the E. Maxima approximately equally bright. 73- 64 B 1) Variations not regular in the E. 2) Maxima alternately bright and faint. Moreover, sharp secondary maxima which became brighter. 73- 69 J 1) Variations somewhat irregular; then regularly flashing. 73- 75 C 1) Approx. 0.25s. S in the W, and very faintly, rapidly flashing in the low SSW. 73- 76 B 1) A secondary maximum on alternate minimum. 73- 80 B 1) A secondary maximum moving from the middle of the flash train to the left and simultaneously brightening up, while minimum becoming invisible; result: double primary maximum. 2) Same as 1), but more distinct maxima 73- 84 B 1) In North: tumbling, long period and triple maxima. In NE irregular. In East: tumbling, occ. sharp maxima, period near 3.3 sec. 73- 89 B 1) Later period is 24 seconds. 2) Unusual slow and faint variations (>10 sec). 73- 98 B 1) Secondary flash max first, then secondary max alternately decreasing and increasing in brightness and losing flash character. (A lightcurve was added) 73-109 B 1) Secondary max; occasionally double and sharp secondary maxima 74- 16 B 1) At 18h42m UT steady. Short-lived Cosmos rocket, one day before decay! Magnitude -0.3. 74- 25 B 1) There is a second period of 1.09 s, with different max 74- 40 B 1) F'a'F'a' (a brightnesscurve was added) 74- 46 A 1) Approx. According to AF, the body was Steady during seven transits from 7 to 10 July. 74- 52 B 1) Rapid flashing with many secondary maxima and irregular maxima. Impossible to measure. 74- 99 B 1) Several bright secondary max in the SW, undiscernable from the primary max, and making correct measures difficult. In the NW, regularly flashing with the period indicated. 75- 23 B 1) Single max and flashing with this period in the NW. 75- 29 B 1) Approximately; occasionally irregular and sharp and secondary max. 75- 33 B 1) 11.4674 +- 0.0026 (15 periods) 11 determinations a la HP 55. Ajustement par moindres carres, marge d'incertitude calculee et non estimee. 2) 12.227 +- 0.014 (8 periods) 8 determinations a la HP 55 75- 62 B 1) In the W: triple max and p=1.087 +- 0.005 (30) (A lightcurve was added). In the SSW : single max and p=0.547 +- 0.005. 76- 19 A 1) At the end of the observation two bright "trains" of very rapid flashes mag 4. 78- 18 B 1) Secondaire max op het einde van de waarneming (bij 50ste flits) (lichtkurve was toegevoegd) 2) idem als 1) bij flits 25->30 78- 42 A 1) Was first I; later also ssm 80- 87 B 1) Very difficult to measure. Sometimes the faint flashes could not been seen. So I'm not sure how many flashes I've counted, although the second measurement started two flashes after the first and stopped one flash after the first measurement was stopped. The mean flashtime is then 11.64 sec. 23 flashes for the first measurement and 22 for the second gives flashperiods of 11.34 and 11.33 sec. 83- 69 J 1) No positive ID on this sat. A faint object was seen in almost the same orbit. 83-126 A 1) Object did not show a movement w.r.t. to the start during about 5 minutes. Regular flashes of mag +5. Right Ascension estimated at about 16h, Declination 70 degrees. 2) 4 measures of the position of this unknown were made at Oraison, Southern France: 21h33m UT RA: 20h18m D: +65 degrees 21h48m UT RA: 20h42m D: +63.5 21h54m30s RA: 20h52m D: +62 22h01m00s RA: 20h55m D: +60.8 3) Same object as 2), same observation place, flashes until mag +5 20h24m UT RA: 19h24m D: 69.2 (uncertain) 20h33m UT RA: 19h46m D: 67.8 20h41m UT RA: 19h59m D: 67.2 degrees (Note by TC: This object was previously known as 91-999D and was at last identified by Rainer Kracht and Pierre Neirinck. For more info about the identification see also Flash Vol.9,nr.93,page 103) 85- 11 B 1) 15506 observed 12/29 at 1156 with a suspected period of around 72 seconds, though I got similar data but not exact data on 2 other dates. Smooth variation from 5 - invisible in 7x35 binoculars. 85- 94 G 1) 16144 observed 12/29 at 1214 with a flash period of about 19 seconds featuring sometimes specular, sometimes soft, and sometimes nearly specular maxima. Variation between 4 and invisible in 7x35 binoculars. 86- 08 B 1) 930312: at first var, mag 5->inv; became almost S, mag 4; later var. 86- 37 B 1) On 930227 I saw two flashes shortly after each other in SW, then almost S, mag 6 86- 61 A 1) Every 10 series of 3 flashes, 2 irregular series 87- 49 B 1) 18096 observed 12/23 at 0116 with an estimated period of 34 seconds with variation from 4-6.5 in 7x35 binoculars. 88- 20 A 1) 18958 observed 12/23 at 0050 for 152 seconds. Flash period around 17 seconds with a unique light variation, maxes around 2.5, secondary max around 4, with specular flash as part of the pattern. Observation in 7x35 binoculars. 88- 80 A 1) For a serie of 4 flashes with decreasing brightness. (A lightcurve was added) 88-102 B 1) For a serie of 4 flashes with decreasing brightness. (A lightcurve was added) 90- 50B,C and D 1) Passage time of line through Chi and Phi2 Cancer. B to the north of Chi and D and C to the south. B at 19:05:0, D at 19:05:07.55 and C at 19:05:15.31 . D and C in the line of motion with B slightly above. 2) B and C mag +5, D mag +4. Time differance between B and D 5.49 sec; D and C in line of motion with B slightly above. 3) Time differance between B and D 1.15 sec; between B and C 9.66 sec.; D and C in line of motion with B slightly under; D moving faster than B and overtaking. 4) Passage time of line through 64 and 66 Andr and to the north of 66 Andr. B at 19:50:0; D at 19:50:03.24 and C at 19:50:11.38 5) Passage time of faint star just to the left of EB420 UMI. B, mag +5, at 19:54:0; D, mag +7, at 19:54:02.65 and C, mag +6, at 19:54:11.38 6) Passage time of Sigma 1 UMA. B and D at 18:23:53.0; C at 18:24:01.33 90- 81 T 1) Was first mag +3, later mag +4. 90- 83 B 1) 90- 83 B was accompagnied at a distance of appr. 4 degrees to the right by an almost steady object, mag +6 91- 06 B 1) 930328: shortly behind 91 6 B I saw a flashing object with a somewhat greater period. the object moved faster, so it has to be in a lower orbit than 91 6 B. 91- 9 J 1) Leo Barhorst: 91- 9 J was followed at a distance of appr. 3 degrees in same orbit by an almost steady object, mag +6 91- 17 A 1) Observed about 2 minutes earlier than predictions. At given time satellite passed just to the north of Sigma419 Cam. 2) Time of passage between alfa and beta CAM. 91- 76 C,D and E 1) Passage time of 32 Perseus; C and D in line of motion on the northside and E on the southside. C, var. mag +5, at 19:04:0 and D and E, steady mag +5, at 19:04:08.02 92- 36 B 1) 22007 observed 12/29 at 0157 with flash period at 2.41 seconds with max reaching 2.5 magnitude, based on 60 cycles timed. This is the same object that someone on the net noted had a big mean motion jump. The only obs I saw in FLASH had it in February with a long period variation. Observation with 7x35 binoculars and recorded on video. This is a nice object ! (note by TC: 'That someone on the net' was Kurt Jonckheere which is now a specialist in predicting flash-period accelerations by checking any suspicious mean motion variations) 94- 63 H(re-entry module sometimes refered as A-object) 1) 22870(Chinese) observed 12/26 0038 GMT for 93 seconds, varying between invisible and 5. Not enough info to satisfy me; variation might be around 50 seconds between the two apparent maxes that I saw; however, there is probably more to it than this. Observation in 7x35 binoculars. NON IDENTIFIED SATELLITES 91-999 C 1) Object has estimated inclination of 98 degrees and altitude of 800 km. Alternating bright and less bright flashes. I saw the object near epsilon Bootis, as seen from Achel at 51.11 degrees N and 354.52 degrees west. 91-999 H 1) Geostationary sat of magnitude +11.5, seen with a 25cm Newtonian, at 00:02:46 UT, 16-08-91 : RA: 23h02m30s D: -6.6 degrees observation place: East longitude: 5.55 degrees, North latitude 43.53 degrees. 92-999 A 1) Unknown satellite. Moved from position RA 18:00 - decl +4 to RA 20:00 - decl +15 92-999 B 1) Unknown satellite moved in 50 sec from RA 11 30 - decl 45 to RA 9 30 - decl 60. 92-999 C 1) Unknown satellite moved from RA 16 decl 45 to RA 15 30 decl -10. 92-902 LB 1) Unknown, moved from RA=09.30 d=+65 to RA=23.30 d==70 92-903 LB 1) Unknown, moved from RA=14.30 d=+60 to RA=15.30 d=+72 Note made by Kurt Jonckheere on unknown object 93-999 A observing place: position: 51x01'25" N , 3x42'32" E flashes till mag +6 , period 3.29 s moved from CrB to Oph, where 2 positional measurements were made: 1h26m14s (UT) alfa: 17h00m delta: +14.1x 1h30m15s 17h08.5m + 9.2x Identified as 78- 95 A N.J. Budd NB