The phrase "air dose" is correct and usable in written English.
It is typically used in contexts related to radiation exposure, particularly in fields like health physics or radiology.
Example: "The air dose received by the patient during the procedure was measured to ensure safety standards were met."
Alternatives: "radiation dose" or "exposure dose".
There are several reports containing estimates of the radioactive contamination from the FDNPP accident, presented in the form of mapped images produced from the results of investigations of radionuclides in the soil (e.g., MEXT 2011a ; Sanada et al. 2014; Torii et al. 2013) and in the form of air dose rate figures produced from aircraft observations.
The effect of irradiation and concomitant Rspo1 on mice survival/mortality was analyzed by kaplan-Meier as a function of radiation (WBI and/or AIR) dose using Sigma Plot and Graphpad Prism-4.0 software for Mac.
Under conditions mimicking an air embolism, air passage across the inflated cuffs was prevented and 78 (20%) (n=6) of the air dose could be aspirated by the proximal orifice of the catheter.
The government determined that in the long term this meant getting air dose rates from Fukushima fallout below 1 mSv/yr, although specific targets for 2014 were much more modest.
It went on to note that removing litter from broad swaths of forest could lead to erosion and undermine tree health, while thinning out trees is unnecessary because it would likely reduce air dose rates only slightly.
The temporal increase in air dose rate did not show a concentric pattern, but it has been revealed that contamination was widespread northwest of 1F. 2 3 In Fukushima City, located approximately 50 60 km northwest of 1F, the air dose rate was ≤0.1 μSv/h at 09 : 00 on 15 March, increased rapidly around 15:00 on the same day and exceeded 24 μSv/h at 18 00.
Monitoring of the ambient air doses provided a basis for establishing safe residential regions in the affected areas.
Confirming this hypothesis, Figure 9a,b demonstrates a reduction in nucleation density of h-BN on Cu by dosing 1 × 10 4 mbar of air after annealing in hydrogen and before borazine exposure, i.e., between steps 2 and 4. In the case of air-dosing, the nucleation density is reduced by an order of magnitude compared to the standard oxygen-free growth conditions.
The radiochemical degradation of polytetrafluoroethylene (PTFE) samples has been studied in air at dose rate 100 Gy/h for doses up to 5000 Gy, at ambient temperature.
Thus, the air radiation dose of each point was estimated to be between 0.69 and 1.97 μ S v/h.
The air radiation dose of the first point was above the threshold despite that the point had been previously decontaminated.
