X-rays that are scattered back in the direction of the incident x-ray beam.

Low energy x-ray, < 10KeV that interact with an atom.

Moderate energy x-rays that interact with outer-shell electrons

When Air and Barium are used together as agents.

In a double-contrast air would be a ______ contrast agent.

An x-ray image resulting from the difference between x-rays that are absorbed by the body (photoelectric) and those that are transmitted through the patient without interaction and Compton Scatter.

When incident x-ray interacts with an inner K-Shell electron.

Photon of 10 MeV or greater interacts with the tissue atom

When the beam exiting from tissue and hitting the x-ray film emulsion.

Specific ____ and ____ are required to image certain tissue and if chosen correctly, it will decrease pt exposure.

In Coherent Scatter, incident Photons _____ NO energy but changes _________.

Coherent scatter is not important because it deals with low energy x-rays which does nothing for diagnostic imaging and shows up as film fog.

At 70 kVp, 3% of x-rays undergo Coherent Scattering.

In Coherent Scatter, the wavelength of an incident photon is ____ wavelength to the scatter photon.

In Coherent Scatter, the wavelength of an _______ ______ is equal wavelength to the _______ ______.

When do moderate energy x-rays interact with outer-shell electrons?

In Compton Scatter, incident photons _____ outer-shell electrons.

The electron ejected during Compton interaction is referred to as? Choose 2

Compton Electron may have enough energy to undergo more ionizing interactions.

In Compton Scatter, scattered x-ray will eventually _________.

Compton Scatter can be deflected in a single direction.

As the angle of deflection increase to 180 Degrees, _____ energy is transferred to the Compton Electron

As kVp Increases > Probability of Compton Interaction _________.

As Photon Energy _______the % of Compton Interactions ________relative to Photon Energy interactions, but the total interactions will decrease.

Compton Scatter provides some useful information on the radiograph

Compton Scatter creates a uniform optical density known as fog which results in reduced Image ______.

This diagram depicts what?

What describes when a incident photon is absorbed and Photoelectron is ejected from an atom.

When a incident photon is absorbed and Photoelectron is ejected from an atom that results in the production of _________ Radiation

Secondary Radiation from Photoelectric effect contributes nothing of diagnostic value to the image and behaves as Compton Scatter.

Probability of a Photoelectric Effect is a function of x-ray energy and the _______ of matter

Incident x-ray MUST have less than or equal energy than the Binding Energy of electrons

Photoelectric effect results in ________ Radiation.

Photoelectric effect results in a Photoelectron with kinetic energy.

Photoelectric Effect results in Ionized tissue with an increase in __________.

Increased Radiographic _______ on film is a result in Photoelectric Effect.

What does this diagram depict?

What describes when a Photon of 10 MeV or greater interacts with the tissue atom?

When interaction occurs at the nucleus with Photon absorbed describes which x-ray interaction with matter?

When the nucleus is excited and emits a nucleon or other nuclear fragment describes which x-ray interaction?

Photodisintegration occurs at energies of 10 MeV or above and it IS a factor in Diagnostic Radiography

What does this diagram depict?

An x-ray image resulting from the difference between x-rays that are absorbed by the body (photoelectric) and those that are transmitted through the patient without interaction and Compton Scatter, describes what?

Total reduction in the number of x-rays remaining in an x-ray beam after penetration through a given thickness of tissue, describes what?

When a photon of 1.02 MeV or higher interact with the tissue atom

When 2 Electrons appear - 1 positron and 1 electron occurs during which x-ray interaction with matter?