… are meteorites, the present solar system structure and the planet-… of the current understanding
of the solar system formation from all … This includes the question of the lifetime of the solar …

… The overall evolution of the solar system is discussed in terms of what is called the Kyoto
model. Starting from the formation of the solar nebula, a multistep process is followed in detail, …

… In the attenuated residue the condensations would be smaller and more numerous than … ,
and the result would be the formation of the group of small bodies we know as the asteroids. In …

… The history of ideas about the formation of the solar system has a large number of … For
example, according to the theory of P. Laplace, the solar system began to form about 10 …

… It is seen below that precisely this property has made the formation of planets possible at all.
We shall now sketch the principal processes leading up to the formation of the planets, their …

… (usually called the primitive solar nebula) from which the planets and the many smaller bodies
in the solar system … lines is consistent with the formation of the Sun only if (a) the gas can …

… solar system, but we do not know the fate of the lost hydrogen and we have to ignore this
particular possibility in the … the first stage of the formation of the sun, it would take about 10 times …

… assumptions about the processes involved in the formation of the solar system. One … the
formation of small solid bodies within the solar system occurs quite quickly after the end of the …

… The formation and evolution of our solar system (and planetary systems around other stars)
are among the most challenging and intriguing fields of modern science. As the product of a …

… some important phases of the formation of the solar system. We shall refer to all the theories
based on … the formation of planets and satellites in general, we cannot expect to find any …