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portada Planetary Geometry Handbook: Jupiter Positional Data, 1985-2020
Type
Physical Book
Author
Publisher
Language
English
Pages
242
Format
Paperback
Dimensions
28x21.6x1.3 cm
Weight
0.57 kg.
ISBN13
9781503210110
Categories

Planetary Geometry Handbook: Jupiter Positional Data, 1985-2020

National Aeronautics and Administration (Author) · Createspace · Paperback

Planetary Geometry Handbook: Jupiter Positional Data, 1985-2020 - Administration, National Aeronautics and

New Book Imported to Taiwan
Delivery: 14 Oct - 27 Oct Shipping: 16 to 20 business days.
NT$ 1,152
NT$ 1,152

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Synopsis "Planetary Geometry Handbook: Jupiter Positional Data, 1985-2020"

This publication contains graphical data necessary for the analysis of planetary exploration missions to Jupiter. Positional and geometric information spanning the time period from 1985 through 2020 is presented; the text explains the data and its usage. This volume is one in a planned series covering planetary mission targets. The purpose of this series of planetary geometry handbooks is to provide mission and science planners, as well as trajectory designers with graphical information sufficient for preliminary mission design and evaluation. It is intended to be used in conjunction with the appropriate volumes and parts of the Mission Design Handbooks. It extends their coverage by commencing in 1985 and continuing to the year 2020. This time span was chosen to provide sufficient mission duration flexibility for all Earth departures through 2005. The present Volume IV is devoted to data on the positions of the planet Jupiter. It presents information characterizing the geocentric and heliocentric positional geometry of a spacecraft while it is in the vicinity of the subject planetary body. The spacecraft could encompass a lander, an entry probe, or a flyby vehicle at encounter. Such wide usage of the data is possible because planetary positions change but slowly, while the distances to Earth or Sun are always large compared to those between the spacecraft and the target planet during the encounter.

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