"radiation capacity" is correct and usable in written English.
It is typically used in scientific or technical contexts when discussing the ability of a material or system to emit or absorb radiation. Example: The new material has a high radiation capacity, making it ideal for use in medical imaging equipment.
The main probable process of interaction of neutrons with substance is radiation capacity [28]: n + A Z → A + 1 Z * → A + 1 Z + γ (1)here AZ – irradiated isotope, A+1Z* - excited nucleus formed as a result of neutron capacity and γ - second gamma rays.
The re-referral process was postponed several times pending a final detailed analysis of radiation capacity in Ontario.
The increase in new referrals in oncology from 1999 2001 was probably related to a significant increase in radiation capacity.
Generally, CYPs show a strong radiation capacity and a progenitor CYP could differentiate into a wide variety of CYP families.
In plants, under UV radiation, photosynthetic capacity is strongly reduced.
Consequently, an increase in BDW, UN and UK can be related to increasing TNH, LAI, radiation interception capacity and photosynthesis efficiency.
Enhanced neutron radiation shielding capacity of protective structures can be achieved using cement-based composites with boron-containing aggregates.
In addition the relationship between the radiation absorption capacity and the compressive strength unit weight was investigated.
This material is made of an alloy (Inconel 625) that is coated with a silicone-based paint coating (Pyromark 2500 black) to increase the solar radiation absorption capacity.
In concrete samples prepared from the mixture of lead mine waste and limestone aggregates, it was observed that radiation absorption capacity increased due to increasing amount of mine waste aggregates in the concrete.
On the other hand in the concrete samples prepared from the mixture of limestone and lead mine waste aggregates, it was observed that radiation absorption capacity decreased due to decreasing amount of barite.
