Observational data obtained primarily during 1988 are analyzed and synthesized to develop a comprehensive physical model for the nucleus of Periodic Comet Tempel 2, one of the best studied members of Jupiter's family of short-period comets. It is confirmed that a previous investigation provided reliable information on the comet's spin-axis orientation, which implies and obliquity of 54 degrees of the orbit plane to the equatorial plane and which appears to have varied little - if at all - with time. This conclusion is critical for fitting a triaxial ellipsoid to approximate the figure of the nucleus
The degree of diversity or similarity detected in comets depends primarily on the lifetimes of the i...
Historically, minor bodies are classified as comets based on observations of “ac-tivity”, which refe...
We compare production rates of H20 derived from International Ultraviolet Explorer (IUE) spectra fro...
Observations of P/Tempel 2 from 1899 to 1988 corresponding to 13 apparitions are analyzed in order t...
Before the Stardust Mission, many persons (including the mission team) believed that comet nuclei wo...
Emphasis was on searching for systematic differences among two groups of comets: periodic comets whi...
There is strong evidence that a comet nucleus consists of a single object whose basic structure is W...
From the brightness development and a sequence of imaging observations of the coma activity onset of...
Context. We investigate the formation and evolution of comet nuclei and other trans-Neptunian object...
International audienceStudying comets is believed to bring invaluable clues on the formation and evo...
Rotational spin-up due to outgassing of comet nuclei has been identified as a possible mechanism for...
This thesis presents the results from photometric time-series observations of Jupiter-family comets ...
Aims. We aim to characterize the circular depressions of comet 67P/Churyumov-Gerasimenko and investi...
Evidence is presented for classifying cometary nuclei into two basic types, described by core mantle...
The degree of diversity or similarity detected in comets depends primarily on the lifetimes of the i...
Historically, minor bodies are classified as comets based on observations of “ac-tivity”, which refe...
We compare production rates of H20 derived from International Ultraviolet Explorer (IUE) spectra fro...
Observations of P/Tempel 2 from 1899 to 1988 corresponding to 13 apparitions are analyzed in order t...
Before the Stardust Mission, many persons (including the mission team) believed that comet nuclei wo...
Emphasis was on searching for systematic differences among two groups of comets: periodic comets whi...
There is strong evidence that a comet nucleus consists of a single object whose basic structure is W...
From the brightness development and a sequence of imaging observations of the coma activity onset of...
Context. We investigate the formation and evolution of comet nuclei and other trans-Neptunian object...
International audienceStudying comets is believed to bring invaluable clues on the formation and evo...
Rotational spin-up due to outgassing of comet nuclei has been identified as a possible mechanism for...
This thesis presents the results from photometric time-series observations of Jupiter-family comets ...
Aims. We aim to characterize the circular depressions of comet 67P/Churyumov-Gerasimenko and investi...
Evidence is presented for classifying cometary nuclei into two basic types, described by core mantle...
The degree of diversity or similarity detected in comets depends primarily on the lifetimes of the i...
Historically, minor bodies are classified as comets based on observations of “ac-tivity”, which refe...
We compare production rates of H20 derived from International Ultraviolet Explorer (IUE) spectra fro...