Secondary energy then occurs when an equal energy amount to the binding energy differences of the two shells in the exchange is given off. In the space created in the outer shell is filled with a higher energy electron, this produces another secondary energy exchange. The exchanges continue to occur leading to secondary x-rays or characteristic x-rays to be produced until a higher energy level does not exist in providing another electron. The characteristic x-ray and photoelectrons may cause ionization to other atoms nearby without contributing to the personnel exposure or scatter fog on the film. This interaction does result in the complete absorption of primary x-ray, photoelectron, and secondary x-rays in the patient. So the higher the dosage given the higher contrast on the
Secondary energy then occurs when an equal energy amount to the binding energy differences of the two shells in the exchange is given off. In the space created in the outer shell is filled with a higher energy electron, this produces another secondary energy exchange. The exchanges continue to occur leading to secondary x-rays or characteristic x-rays to be produced until a higher energy level does not exist in providing another electron. The characteristic x-ray and photoelectrons may cause ionization to other atoms nearby without contributing to the personnel exposure or scatter fog on the film. This interaction does result in the complete absorption of primary x-ray, photoelectron, and secondary x-rays in the patient. So the higher the dosage given the higher contrast on the