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Louis
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Energy is conserved. The electron loses kinetic energy in the collision and emits a photon with the energy equal to its kinetic loss. This is why bremmstrallung is an issue in fusion research, it cools the plasma via emitting x-rays.

I don't know why bremmstrallung occurs sometimes while other times the collision is elastic, but I think Gamma"Gamma-Ray Astronomy" by Stacy and Vestrand has a chapter on the subject.

Energy is conserved. The electron loses kinetic energy in the collision and emits a photon with the energy equal to its kinetic loss. This is why bremmstrallung is an issue in fusion research, it cools the plasma via emitting x-rays.

I don't know why bremmstrallung occurs sometimes while other times the collision is elastic, but I think Gamma-Ray Astronomy" by Stacy and Vestrand has a chapter on the subject.

Energy is conserved. The electron loses kinetic energy in the collision and emits a photon with the energy equal to its kinetic loss. This is why bremmstrallung is an issue in fusion research, it cools the plasma via emitting x-rays.

I don't know why bremmstrallung occurs sometimes while other times the collision is elastic, but I think "Gamma-Ray Astronomy" by Stacy and Vestrand has a chapter on the subject.

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Louis
  • 11
  • 2

Energy is conserved. The electron loses kinetic energy in the collision and emits a photon with the energy equal to its kinetic loss. This is why bremmstrallung is an issue in fusion research, it cools the plasma via emitting x-rays.

I don't know why bremmstrallung occurs sometimes while other times the collision is elastic, but I think Gamma-Ray Astronomy" by Stacy and Vestrand has a chapter on the subject.