accretion disk

Which part of the picture above is the accretion disk?

The team was able to then continue to model the accretion disk that formed around it.

We created the accretion disk, which then began to drag us toward it.

An accretion disk looks something like the rings of Saturn.

The lifespan of the accretion disks is about 10 million years.

The accretion disk phase lasts a few to 10 million years.

How could there be enough gravitational force to form an accretion disk without a black hole?

How could there be an accretion disk with no source of collapsed mass?

This flow of matter from one stellar body to another is known as an accretion disk.

Most black holes are too far away for us to see the accretion disk and jet.

In such a model, the accretion disk forms through binary interactions.

This is just what is required for the accretion disk model to work.

The brightest part of the system is the accretion disk around the compact object.

The order didn't make sense: turn into the accretion disk instead of angling away?

The accretion disks of black holes and other massive gravitational sources.

The observations focused on atoms of iron in what is called an accretion disk.

Such jets are believed to be created by the interaction of the central black hole and the accretion disk.

In polar systems, the magnetic field of the white dwarf is too strong for an accretion disk to form.

Ninety years after the first star formed, the accretion disk around it had doubled in size.

This is a major component of the theory of accretion disks.

It may suggest the presence of a high temperature accretion disk within a binary star system.

Suddenly, the center of the accretion disk started to form a depression, as though some invisible but heavy object had been set down upon it.

Radiation from the central star excites particles in the accretion disk.

The jets from the primary are emitted perpendicular to its accretion disk.

The magnetic fields around the accretion disk are dragged by the spin of the black hole.