... The term 'comet" is generally associated with low-mass, volatile-rich solar system objects that spend most of their life at very lage distances from the Sun, plunging only rarely into the inner regions where they acquire extended tails due to outgassing. ...
... The term 'comet" is generally associated with low-mass, volatile-rich solar system objects that spend most of their life at very lage distances from the Sun, plunging only rarely into the inner regions where they acquire extended tails due to outgassing. ...
... The term 'comet" is generally associated with low-mass, volatile-rich solar system objects that spend most of their life at very lage distances from the Sun, plunging only rarely into the inner regions where they acquire extended tails due to outgassing. ...
... The term 'comet" is generally associated with low-mass, volatile-rich solar system objects that spend most of their life at very large distances from the Sun, plunging only rarely into the inner regions where they acquire extended tails due to outgassing. ...
... The term 'comet" is generally associated with low-mass, volatile-rich solar system objects that spend most of their life at very lage distances from the Sun, plunging only rarely into the inner regions where they acquire extended tails due to outgassing. ...
... The term 'comet" is generally associated with low-mass, volatile-rich solar system objects that spend most of their life at very lage distances from the Sun, plunging only rarely into the inner regions where they acquire extended tails due to outgassing. ...
... The term 'comet" is generally associated with low-mass, volatile-rich solar system objects that spend most of their life at very lage distances from the Sun, plunging only rarely into the inner regions where they acquire extended tails due to outgassing. ...
... The term 'comet" is generally associated with low-mass, volatile-rich solar system objects that spend most of their life at very lage distances from the Sun, plunging only rarely into the inner regions where they acquire extended tails due to outgassing. ...
... filament and (\romannumeral2) along a dust filament: are we witnessing physical separation of gas and dust, as in comet ion/dust tails, due to late stage merger physics; or are very high velocities, due to powerful AGN influences, shifting emission lines ...
... The term 'comet" is generally associated with low-mass, volatile-rich solar system objects that spend most of their life at very large distances from the Sun, plunging only rarely into the inner regions where they acquire extended tails due to outgassing. ...