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Regular Research Article 05 Dec 2013
Received: 05 Oct 2013 – Revised: 03 Nov 2013 – Accepted: 16 Nov 2013 – Published: 05 Dec 2013 Abstract. Different types of energy transfer are presented from the
literature and are approached and commented on. It follows from these
articles that energy transfer in addition to solar irradiation is less well
understood by contemporary scientist. The transformation of energy between
kinetic and potential energy in planetary orbits might be of crucial
importance for understanding energy transfer between celestial bodies and
the development of commensurabilities. There is evidence pointing to
interactions (friction) between space and satellites producing volcanism.
The reversible transfer of energy between the orbit of Moon and
Earth's rotational energy is crucial to the creation of the
13.6-day and 27.3-day periods in both solar variables and Earth bound
climate variables. It is hypothesized that the Earth–Moon system is
modulating the sunspot numbers and creating both these periods, and that the
great planets are responsible for the 11 yr solar cycle.
Citation: Jelbring, H.: Energy transfer in the solar system, Pattern Recogn. Phys., 1, 165-176, doi:10.5194/prp-1-165-2013, 2013.
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