After spending the past two years researching these "types" of catina, crater chains, we doubt that any breaking up rubble pile comet or other space rock caused them.
Crater chain research site
Comparing the behavior and pattern of SL9 from these NASA images to the crater
chains clearly demonstrates that tidal
disruption of mud and ice comets or asteroids were not the cause of these remarkable
catinas. SL9 broke up in varying sizes, thousands of kilometers apart and impacted
over many days. Crater chains of the type we are investigating and questioning are not
varied in size, are not thousands of kilometers apart and did not impact over days. The
very complexity of uniform size, trajectory, alignment, and timing isn't coming from a comet
that broke up.
Crater chain research site
Comparing the behavior and pattern of SL9 from these NASA images to the crater
chains clearly demonstrates that tidal
disruption of mud and ice comets or asteroids were not the cause of these remarkable
catinas. SL9 broke up in varying sizes, thousands of kilometers apart and impacted
over many days. Crater chains of the type we are investigating and questioning are not
varied in size, are not thousands of kilometers apart and did not impact over days. The
very complexity of uniform size, trajectory, alignment, and timing isn't coming from a comet
that broke up.