Titlebook: An Introduction to the Study of the Moon; Zdeněk Kopal Book 1966 Springer Science+Business Media Dordrecht 1966 moon

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Acumen

Rotation of the Moon; Optical Librationsized in the earliest days of lunar observations from the fact that the Moon exhibit to us on Earth (almost) always the same face, it must also rotate with a uniform angular velocity about an axis fixed in space and inclined but little to its orbital plane.

平靜生活

Photometric Consequences of the Moon’s Motion: Phases and Eclipsesy. This motion affects, of course, vitally most observational manifestations of our satellite; and the most elementary aspect of these are the conditions of illumination of the Moon by the Sun and the Earth — i.e., the . of the Moon — which we shall now proceed to describe.

Anecdote

IVORY

arrhythmic

STALE

Stress History of the Moontude as that of the Moon; and of the way in which this heat is likely to be distributed in the course of time. The time-dependence of the sources of radiogenic heat, together with the gradual cooling of lunar globe by escape of its thermal radiation into space, is bound to render the distribution of

duplicate

Possible Convection in Lunar Interiorastic solid. The physical reason why the Moon should behave so at least in the outer parts of its interior are indeed overwhelming; but is this necessarily the case also in the deep interior of our satellite? The relatively high temperatures which we have reasons to expect there as a result of radio

分解

Chemical Composition of the Moonmical composition of the lunar globe — a difficult subject to approach with any confidence at a distance, when most of its discussion has to rest on indirect arguments. Yet such arguments should enable us already at this stage to draw certain probable conclusions which should facilitate our discussi

ETHER

Exosphere of the Moonition of its globe as discussed in the preceding chapter, entail several further important consequences; and perhaps the most important one for an understanding of lunar surface features is the well-nigh complete ., which would protect this surface from a direct contact with the outer space.