The September 2007 encounter of Earth with the 1-revolution dust trail of comet C/1911 N1 (Kiess) is the most highly anticipated dust trail crossing of a known long period comet in the next 50 years. The encounter was modeled to predict the expected peak time, duration, and peak rate of the resulting outburst of Aurigid shower meteors. The Aurigids will radiate with a speed of 67 km/s from a radiant at R.A. = 92°, Decl. = +39° (J2000) in the constellation Auriga. The expected peak time is 11:36 ± 20 min UT, 2007 September 1, and the shower is expected to peak at Zenith Hourly Rate = 200/h during a 10-min interval, being above half this value during 25 min. The meteor outburst will be visible by the naked eye from locations in Mexico, the We...
International audienceTheoretical work on the meteoroid stream ejected by comet 15P/Finlay predicts ...
Long-period comets have narrow 1-revolution old dust trails that can cause meteor outbursts when enc...
International audienceThe June Bootid meteor shower is known to show irregular activity. We report h...
The September 2007 encounter of Earth with the 1-revolution dust trail of comet C/1911 N1 (Kiess) is...
International audienceThe September 2007 encounter with the 1-revolution dust trail of comet 1911 N1...
(C/1911 N1) passed by the Sun, ejecting a cloud of dust particles. On September 1, 2007, Earth will ...
International audienceThe imminent return of comet 8P/Tuttle is expected to cause Ursid shower outbu...
Around 83 B.C., give or take a century, comet Kiess (C/1911 N1) passed by the Sun, ejecting a cloud ...
International audienceThe Aurigid meteor shower is known since its first remarkable activity observe...
The imminent return of comet 8P/Tuttle is expected to cause Ursid shower outbursts on December 22. T...
Our model of meteor shower forecasting (described in Paper I) is applied to the Leonid shower. This ...
International audienceIn 2006, Earth encountered a trail of dust left by Comet 55P/Tempel-Tuttle two...
International audienceA meteor shower outburst has been predicted on Earth on May 29th 2014 by sever...
Abstract. A simple model is described that predicts the time of occurrences and peak activity of Leo...
The dust trails of comet 55P/Tempel-Tuttle lead to Leonid storms on Earth, threatening satellites in...
International audienceTheoretical work on the meteoroid stream ejected by comet 15P/Finlay predicts ...
Long-period comets have narrow 1-revolution old dust trails that can cause meteor outbursts when enc...
International audienceThe June Bootid meteor shower is known to show irregular activity. We report h...
The September 2007 encounter of Earth with the 1-revolution dust trail of comet C/1911 N1 (Kiess) is...
International audienceThe September 2007 encounter with the 1-revolution dust trail of comet 1911 N1...
(C/1911 N1) passed by the Sun, ejecting a cloud of dust particles. On September 1, 2007, Earth will ...
International audienceThe imminent return of comet 8P/Tuttle is expected to cause Ursid shower outbu...
Around 83 B.C., give or take a century, comet Kiess (C/1911 N1) passed by the Sun, ejecting a cloud ...
International audienceThe Aurigid meteor shower is known since its first remarkable activity observe...
The imminent return of comet 8P/Tuttle is expected to cause Ursid shower outbursts on December 22. T...
Our model of meteor shower forecasting (described in Paper I) is applied to the Leonid shower. This ...
International audienceIn 2006, Earth encountered a trail of dust left by Comet 55P/Tempel-Tuttle two...
International audienceA meteor shower outburst has been predicted on Earth on May 29th 2014 by sever...
Abstract. A simple model is described that predicts the time of occurrences and peak activity of Leo...
The dust trails of comet 55P/Tempel-Tuttle lead to Leonid storms on Earth, threatening satellites in...
International audienceTheoretical work on the meteoroid stream ejected by comet 15P/Finlay predicts ...
Long-period comets have narrow 1-revolution old dust trails that can cause meteor outbursts when enc...
International audienceThe June Bootid meteor shower is known to show irregular activity. We report h...