ВНИМАНИЕ! На форуме началось голосование в конкурсе - астрофотография месяца ИЮЛЬ-АВГУСТ!
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там изображена центральная вспышка
будет покрытие Тритоном. Вы находитесь в центре полосы, можно наблюдать центральную вспышку
6 октября у вас будет покрытие Тритоном
9 июля 2022 года - на удалённом телескопе T68 (iTelescope.Net) - мне удалось сфотографировать редкое покрытие яркой звезды SAO 164648 (HIP 107569 = HD 207123) спутником Сатурна - Титаном.
ASTEROIDAL OCCULTATION - REPORT FORM +------------------------------+ +------------------------------+ | EAON | | IOTA/ES | | | | INTERNATIONAL OCCULTATION | | EUROPEAN ASTEROIDAL | | TIMING ASSOCIATION | | OCCULTATION NETWORK | | EUROPEAN SECTION | +------------------------------+ +------------------------------+1 DATE: 2022/08/21 STAR: UCAC4-311-260734 ASTEROID: Elisabetha № 4122 OBSERVER: Michel Turchenko EAON Abbr: E-mail: mturchenko@yandex.ru Address: 357601, Russian Federation, Stavropol region, Essentuki, Il'inskaya 223 OBSERVING STATION: Nearest city: Simferopol Station: Longitude (DD MM SS.s): E 34° 0'58.07" Latitude (DD MM SS.s): N 44°43'44.82" Altitude (m):602 Datum: all data from the Google Earth Single station: +----------------------------+4 TIMING OF EVENTS: | | | EVENT REPORTED: POSITIVE | | | +----------------------------+ Event code S: observation Start I: Interruption start D: Disappearance J: Interruption end R: Reappearance B: Blink F: Flash E: observation End O: Other (specify) Abbreviations P.E.: Personal Equation = reaction time (for visual obs) Acc.: Accuracy (overall accuracy of the given time) Comments Event Time (UT) P.E. Acc. Code HH:MM:SS.ss S.ss S.ss S - 21:18:00 - - : D - 21:19:35.136 - +/-0.15 : R - 21:19:44.136 - +/-0.15 : E - 21:21:05 - - : Duration : 9.0 +/- 0.3 Mid-event : 21:19:39.6365 TELESCOPE: Type: Achromat Aperture: 120 mm Magnification: prime focus 2000 mm + focus reducer 1.5x Mount: Alt-azimuth Motor drive: Yes 6 TIMING & RECORDING: Time source: Reference time signals from GPS-USB Sensor: ZWO ASI385MC Recording: Notebook Lenovo ThinkPad T480 Time insertion (specify): Recording a 1PPS light flash and a NMEA-synchronized system time stamp on a video Event insertion (specify): 7 OBSERVING CONDITIONS: Atmospheric transparency: GOOD Wind: NO Temperature: +18°C Star image stability: FAIR Minor planet visible: NO8 ADDITIONAL COMMENTS: Video rate is 5 fps. The time stamp on the video corresponds to the end of the exposure of the frame. To get the time of the event, the difference between the system time and the time obtained from GPS was added and half of the frame duration was subtracted, that is, the time of the event was tied to the middle of the frame duration. The difference between the system time and the GPS time was determined with an accuracy of 2-4 ms. relative to 1PPS light flashes recorded on video. Wherein, the time difference was determined from those frames where the onset of the flash occurred at the end of the frame exposure. Such measurements were taken before and after occultation. The difference in system time and GPS time in the moment of occultation was calculated from these measurements. The time of the disappearance of the star was determined from the average signal levels of the star.
ASTEROIDAL OCCULTATION - REPORT FORM +------------------------------+ +------------------------------+ | EAON | | IOTA/ES | | | | INTERNATIONAL OCCULTATION | | EUROPEAN ASTEROIDAL | | TIMING ASSOCIATION | | OCCULTATION NETWORK | | EUROPEAN SECTION | +------------------------------+ +------------------------------+1 DATE: 2022/08/21 STAR: UCAC4-389-136331 ASTEROID: Dejopeja № 1842 OBSERVER: Michel Turchenko EAON Abbr: E-mail: mturchenko@yandex.ru Address: 357601, Russian Federation, Stavropol region, Essentuki, Il'inskaya 223 OBSERVING STATION: Nearest city: Simferopol Station: Longitude (DD MM SS.s): E 34° 0'58.07" Latitude (DD MM SS.s): N 44°43'44.82" Altitude (m):602 Datum: all data from the Google Earth Single station: +----------------------------+4 TIMING OF EVENTS: | | | EVENT REPORTED: POSITIVE | | | +----------------------------+ Event code S: observation Start I: Interruption start D: Disappearance J: Interruption end R: Reappearance B: Blink F: Flash E: observation End O: Other (specify) Abbreviations P.E.: Personal Equation = reaction time (for visual obs) Acc.: Accuracy (overall accuracy of the given time) Comments Event Time (UT) P.E. Acc. Code HH:MM:SS.ss S.ss S.ss S - 22:42:10 - - : D - 22:44:22.400 - +/-0.3 : R - 22:44:28.966 - +/-0.3 : E - 22:46:02 - - : Duration : 6.566 +/- 0.6 Mid-event : 22:44:25.683 5 TELESCOPE: Type: Achromat Aperture: 120 mm Magnification: prime focus 2000 mm + focus reducer 1.5x Mount: Alt-azimuth Motor drive: Yes6 TIMING & RECORDING: Time source: Reference time signals from GPS-USB Sensor: ZWO ASI385MC Recording: Notebook Lenovo ThinkPad T480 Time insertion (specify): Recording a 1PPS light flash and a NMEA-synchronized system time stamp on a video Event insertion (specify): 7 OBSERVING CONDITIONS: Atmospheric transparency: GOOD Wind: NO Temperature: +18°C Star image stability: FAIR Minor planet visible: Yes 8 ADDITIONAL COMMENTS: Video rate is 2 fps. The time stamp on the video corresponds to the end of the exposure of the frame. To get the time of the event, the difference between the system time and the time obtained from GPS was added and half of the frame duration was subtracted, that is, the time of the event was tied to the middle of the frame duration. The difference between the system time and the GPS time was determined with an accuracy of 2-4 ms. relative to 1PPS light flashes recorded on video. Wherein, the time difference was determined from those frames where the onset of the flash occurred at the end of the frame exposure. Such measurements were taken before and after occultation. The difference in system time and GPS time in the moment of occultation was calculated from these measurements. The time of the disappearance of the star was determined from the average signal levels of the star.
ASTEROIDAL OCCULTATION - REPORT FORM +------------------------------+ +------------------------------+ | EAON | | IOTA/ES | | | | INTERNATIONAL OCCULTATION | | EUROPEAN ASTEROIDAL | | TIMING ASSOCIATION | | OCCULTATION NETWORK | | EUROPEAN SECTION | +------------------------------+ +------------------------------+1 DATE: 2022/09/26 STAR: TYC 16-00821-1 ASTEROID: Pyatnitskij 66312 OBSERVER: Michel Turchenko EAON Abbr: E-mail: mturchenko@yandex.ru Address: 357601, Russian Federation, Stavropol region, Essentuki, Il'inskaya 223 OBSERVING STATION: Nearest city: Yessentuki Station: Longitude (DD MM SS.s): E 42°50'44.03" Latitude (DD MM SS.s): N 44° 1'55.34" Altitude (m):621 Datum: all data from the Google Earth Single station: +----------------------------+4 TIMING OF EVENTS: | | | EVENT REPORTED: POSITIVE | | | +----------------------------+ Event code S: observation Start I: Interruption start D: Disappearance J: Interruption end R: Reappearance B: Blink F: Flash E: observation End O: Other (specify) Abbreviations P.E.: Personal Equation = reaction time (for visual obs) Acc.: Accuracy (overall accuracy of the given time) Comments Event Time (UT) P.E. Acc. Code HH:MM:SS.ss S.ss S.ss S - 21:22:00 - - : D - 21:24:09.173 - +/-0.03 : R - 21:24:09.887 - +/-0.03 : E - 21:26:03 - - : Duration : 0.714 +/- 0.06 Mid-event : 21:24:09.53 5 TELESCOPE: Type: Newton Aperture: 150 mm Magnification: prime focus 750 mm Mount: Alt-azimuth Motor drive: Yes6 TIMING & RECORDING: Time source: Reference time signals from GPS-USB Sensor: ZWO ASI385MC Recording: Notebook Lenovo ThinkPad T480 Time insertion (specify): Recording a 1PPS light flash and a NMEA-synchronized system time stamp on a video Event insertion (specify):7 OBSERVING CONDITIONS: Atmospheric transparency: GOOD Wind: NO Temperature: +9°C Star image stability: FAIR Minor planet visible: NO8 ADDITIONAL COMMENTS: Video rate is 50 fps. The time stamp on the video corresponds to the end of the exposure of the frame. To get the time of the event, the difference between the system time and the time obtained from GPS was added and half of the frame duration was subtracted, that is, the time of the event was tied to the middle of the frame duration. The difference between the system time and the GPS time was determined with an accuracy of 2-4 ms. relative to 1PPS light flashes recorded on video. Wherein, the time difference was determined from those frames where the onset of the flash occurred at the end of the frame exposure. Such measurements were taken before and after occultation. The difference in system time and GPS time in the moment of occultation was calculated from these measurements. The time of the disappearance of the star was determined from the average signal levels of the star.
Вот такое событие предстоит нам в этом месяце...
Филипп, 6 октября у вас будет покрытие Тритоном. Вы находитесь в центре полосы, можно наблюдать центральную вспышку.