"level of irradiation" is a correct and usable phrase in written English.
It can be used to refer to the amount of exposure to radiation someone or something has received. For example, "The patient's level of irradiation was too high for the procedure to be performed safely."
Since the level of irradiation induced by diagnostic examinations remains well below the threshold of appearance of deterministic effects, a degree of simplification can be accepted for absorbed dose determination.
Under these conditions, this level of irradiation killed ΔdinB and dinB+ cells to the same extent.
In the current study, we found that the gene expression profiles of AH-, PH- and HL-irradiation were not accurate at discriminating one dose level of irradiation from another.
The main observations did not last with increasing time under irradiation, suggesting a transient adaptation of cells or organisms to this level of irradiation.
It also attenuated the level of irradiation to keep it to the required dose of 10 cGy.year-1 γ-rays while stopping α-rays.
Two treatment levels of irradiation and a control were investigated.
As suggested by van der Maaten (2012), these differences may relate to the differing levels of irradiation between aspects.
Overall, upon exposure to low levels of irradiation, the membrane pure water flux was reduced, and membrane fouling was alleviated.
This could cause a temporary system malfunction and component degradation; even a permanent physical damage is also possible at high levels of irradiation.
Therefore in this experiment the state of chalking was assessed during the aging process at two different levels of irradiation: I6 (2355–3381 J/cm2) and I8 (3633–5214 J/cm2).
Photobiostimulation refers to the alterations, produced by relatively low levels of irradiation, in chemical, physical, and metabolic processes in target tissues with little or no temperature changes.
