IR of Conventional X-ray?

IR of Computed Radiography

IR of Digital Radiography

represents the amount of current passed through the X-ray tube.

determines the number of photons the X-ray tube produces, also known as X-ray quantity.

Total exposure time is measured in what unit?

controls the length of the x-ray exposure by determining how long the current (mA) will be passing through the x-ray tube.

measure of radiation produced (milliamperage) over a set amount of time (seconds) via an x-ray tube.

calculation for receptor exposure formula

pertains to mAs in the sense that all combinations of mA x seconds that amount to an equal quantity will produce the same amount of density.

________ with a longer time allow for less patient motion

measures how much scatter is removed by the grid and how the mechanical factors be adjusted to produce the same optical density.

ratio of the mAs required with the grid to the mAs required without the grid to produce the same optical density

Use of grid increases what by the Bucky?

of a film represents the amount of radiation required to produce a radiograph of acceptable density.

As the speed of the film increase, the amount of radiation needed to properly expose it will what?

Increasing speed also decreases image noise. True or False

Speed for routine work: Speed for high detail:

speed films that are small grain, better definition, more exposure

Letter of each Fast Speed Films (ultra ekta speed) (ekta speed) (ultra speed)

can be measured by - intensification factor, - relative name or speed value

exposure required to create a certain optical density without a screen is divided by the exposure required with a screen to create the same optical density determines?

distance between the x-ray tube and the image receptor is the

Screen speed used for high resolution?

Screen speed used for regular/standard

Screen speed used for fast screen?

According to inverse square law, if you move twice as far from the source the intensity of the radiation will decrease by a factor of what?