absorbed dose

Stevens's absorbed dose was almost entirely based on the Pu-238 in his system.

The absorbed dose constant is related to the decay energy and time.

The absorbed dose alone is not an adequate indicator of the likely health effects in humans.

For gamma rays it is equal to the absorbed dose.

Not all radiation has the same biological effect, even for the same amount of absorbed dose.

This is different from measuring the total absorbed dose, which is done in gray.

The rad is the traditional unit of absorbed dose.

This relates the absorbed dose in human tissue to the effective biological damage of the radiation.

This energy would be counted in kerma, but not in absorbed dose.

This measure of energy absorbed is called the absorbed dose:

Dose equivalent is the absorbed dose in grays times the quality factor.

It depicts the relationship between the fraction of cells retaining their reproductive integrity and the absorbed dose.

Kerma dose is different from absorbed dose, according to the energies involved.

Linear accelerators are calibrated to give a particular absorbed dose under particular conditions.

The most commonly used predictor of acute radiation symptoms is the whole-body absorbed dose.

This is the absorbed dose, a quantity that is independent of body weight, organ size or tissue mass.

Gray (Gy): a unit of measurement for absorbed dose.

The energy the radiation deposits in tissue is called the dose, or more correctly, the absorbed dose.

Radiotherapy treatments are typically prescribed in terms of the local absorbed dose, which might be 60 Gy or higher.

These quantities are a complex weighted average of absorbed dose, which is a clear physical quantity measured in rads.

An instantaneously absorbed dose of five grays would prove fatal within the space of two weeks.

The amount of energy deposited per unit of weight of human tissue is called the absorbed dose.

The absorbed dose, D, that is delivered to each tissue is determined from measured dosimetry.

Self-shielding means that the absorbed dose will be higher in the tissues facing the source than deeper in the body.

'It's the S1 unit to measure absorbed doses of radiation,' Whitlock answered without looking at him.