The minimum scientific spacecraft instrumentation is considered that is likely to result in as complete an understanding of the composition, structure, and activity of a cometary nucleus as is possible without landing on it. The payload will also give useful results on secondary goals of a better understanding of physical processes in the inner and outer coma. Studies of composition, by means of an actual landing on the surface, details of the internal structure of the nucleus, and sample return were considered beyond the scope of this mission
In situ analysis of a cometary nucleus and return of a sample are high priority scientific goals. Re...
The major scientific objectives of a mission are: to determine the chemical nature and physical stru...
The Comet Rendezvous Asteroid Flyby (CRAF) mission received a new start in fiscal year 1990. CRAF wi...
Science aspects of a 1980 spacecraft reconnaissance of Comet Encke are considered. The mission discu...
Summarized are three proposed ballistic spacecraft missions to intercept P/Encke during the 1980 app...
Results are presented of an investigation of the feasibility of a 1980 flyby of Comet Encke using a ...
A prime mission candidate for initiating exploration of both a comet and asteroids with unmanned spa...
The feasibility was investigated of obtaining optical images of a cometary nucleus via a flyby of Co...
The possibility of treating the comets as natural probes of the solar system presents one of the att...
A program of cometary missions is proposed. The nature and size of interstellar dust, its origin and...
A specific plan for a sequence of cometary intercept missions in the 1980's is reported. Each missio...
A comet nucleus sample return mission in terms of its relevant science objectives, candidate mission...
Scientific objectives and mission strategies for a flyby of Halley's comet and rendezvous with Tempe...
The justification, scientific objectives, instrumentation, and strategy for a first comet mission ar...
Appendices to the comet Encke rendezvous mission consider relative positions of comet, earth and sun...
In situ analysis of a cometary nucleus and return of a sample are high priority scientific goals. Re...
The major scientific objectives of a mission are: to determine the chemical nature and physical stru...
The Comet Rendezvous Asteroid Flyby (CRAF) mission received a new start in fiscal year 1990. CRAF wi...
Science aspects of a 1980 spacecraft reconnaissance of Comet Encke are considered. The mission discu...
Summarized are three proposed ballistic spacecraft missions to intercept P/Encke during the 1980 app...
Results are presented of an investigation of the feasibility of a 1980 flyby of Comet Encke using a ...
A prime mission candidate for initiating exploration of both a comet and asteroids with unmanned spa...
The feasibility was investigated of obtaining optical images of a cometary nucleus via a flyby of Co...
The possibility of treating the comets as natural probes of the solar system presents one of the att...
A program of cometary missions is proposed. The nature and size of interstellar dust, its origin and...
A specific plan for a sequence of cometary intercept missions in the 1980's is reported. Each missio...
A comet nucleus sample return mission in terms of its relevant science objectives, candidate mission...
Scientific objectives and mission strategies for a flyby of Halley's comet and rendezvous with Tempe...
The justification, scientific objectives, instrumentation, and strategy for a first comet mission ar...
Appendices to the comet Encke rendezvous mission consider relative positions of comet, earth and sun...
In situ analysis of a cometary nucleus and return of a sample are high priority scientific goals. Re...
The major scientific objectives of a mission are: to determine the chemical nature and physical stru...
The Comet Rendezvous Asteroid Flyby (CRAF) mission received a new start in fiscal year 1990. CRAF wi...