The phrase “irradiation area” is correct and usable in written English.
It is typically used to describe an area where radiation is applied, such as a location where an X-ray or CT scan is performed. For example, "He had to modify his appointment when the doctor recommended an MRI, since the new location was in a different irradiation area."
The contribution of the GJP to cell-cycle modification could be examined by comparing the populations in areas B and C. Within the irradiation area, cells were irradiated uniformly (D1track=1.0×10−3 Gy).
Typically, 0.1 g PbSnO3catalyst was spread uniformly in a quartz-made vessel with an irradiation area of 7.8 cm2.
HOTNES (HOmogeneous Thermal NEutron Source) is a thermal neutron irradiation facility with extended and very uniform irradiation area.
The intense radiation fields in the irradiation area and the high availability required for IFMIF (70%) are the main reasons for these difficulties.
Measurements performed with these systems show a typical irradiation area of 6200 cm2 and fluence values of 1013 e/cm2 achieved in about 60 s of irradiation time.
The relatively large design of the PRT componentry and relatively thick, approximately 2 mm, polyethylene converter contributed to high detection efficiency at the reference point over a large irradiation area at a long distance from the target.
The thickness of dentin between the root surface and the pulp in the irradiation areas was 1, 2, and 3 mm.
In addition to describing the facility and its infrastructure, the goal of this work is to provide an extensive characterization of the GIF++ photon field with different configurations of the absorption filters in both the upstream and downstream irradiation areas.
As Figure 2c shows, the optical microscope image depicts the underlying gold substrate within the irradiation areas unaffected by the etching process as evidence that the crosslinked mechanism take place in the BPD-Ni SAM after radiation, although it was etched within the non-irradiated region.
We need a specialized ontology that permits precise description of the outcome of regenerative experiments, including complex cuts and amputations, joining of several grafts, irradiation areas, genetic perturbation, etc.
The convective flow draws precursor molecules to the laser-irradiation area, where they are consumed by the growth of ZnO nanorods.
