The phrase "air sensitivity" is correct and usable in written English.
It can be used in contexts related to the responsiveness or reaction of a material or organism to air or atmospheric conditions.
Example: "The air sensitivity of the chemical compound makes it crucial to handle it in a controlled environment."
Alternatives: "atmospheric sensitivity" or "sensitivity to air".
Owing to the air sensitivity of the selenide sample, the as-prepared MgSc2Se4 powder was packed into a 0.5-mm diameter special glass capillary in an argon glove box.
Furthermore, the air sensitivity of samples subject to four different combinations of pre-treatments (washed/unwashed and exposed to air before or after vacuum treatment) was explored.
This work provides evidence that the TentaGel S-RAM® resin beads greatly decrease the air sensitivity of the Ni Rh complex as compared to the unsupported solution phase analogue.
Rare-earth (RE) halides (such as NaYF4 Yb/Er) are currently the most efficient UC phosphors owing to their low phonon energies (ℏω < 400 cm−10 [8, 11, 14] 14], though the toxic raw materials involved in the synthesis and the air sensitivity of many halides restrain their application and production.
Its olive green crystals decompose rapidly in solution, and within minutes in air, demonstrating a dramatically greater air sensitivity than the analogous cobalt complex, although it is significantly more stable than rhodocene itself.
One commonly used scale is the Schiff cold air sensitivity scale [ 69, 70, 76– 76].
The effect of aging on the sense of smell has not been precisely determined because this sense is extremely difficult to assess quantitatively; in addition, smoking and exposure to occupational odours and noxious substances in the air influence sensitivity to smells.
Air temperature sensitivity of photosynthesis (PN) differs from that of leaf respiration (RD).
Air temperature sensitivity of photosynthesis differs from that of respiration (Morison and Morecroft 2006; Way and Sage 2008; Shen et al. 2009).
The dependences of the electrical resistance in air and sensitivity to CH4 of the sensors with different palladium contents at different sensor temperatures were explained by an interaction between methane and oxygen chemisorbed on the interface between palladium particles and tin dioxide support.
On the other hand, the screening level of the B/B Checker® was set to 60.0 for exhaled air, the sensitivity and specificity were 0.82 and 1.00, respectively.
