Dive into the quantitative study of bifurcations in the restricted three-body problem with this essential volume from Lecture Notes in Physics Monographs. Following the qualitative analysis of Vol. I, this book offers a detailed and quantitative approach to understanding the generation of periodic orbits and their families. Explore the intricate junctions where orbital branches meet, providing a deeper insight into the dynamics of celestial mechanics. This study presents an effective method for deriving asymptotic approximations of these families, offering a significant advantage in understanding complex orbital behavior. Ideal for researchers and students in physics and mathematics seeking to explore advanced topics in orbital dynamics and celestial mechanics.