"gas diffusion properties" is a correct and usable part of a sentence in written English.
It refers to the characteristics or qualities related to the way that gases move or spread through a medium. Example: "The membrane's gas diffusion properties greatly affect the efficiency of the diffusion process in this experiment."
In this study, a novel design paradigm is presented to obtain desired triple phase boundary length (TPBL), ionic/electronic phase conductivity and gas diffusion properties for a SOFC cell.
The composite IrOx/Pt/IrOx electrode demonstrated a bi-functional catalytic activity toward both OER and ORR, as well as improved gas diffusion properties toward ORR compared to the single Pt layer with the same catalytic loading.
The cells within the NP have evolved to tolerate the otherwise 'hostile' environment of low oxygen levels and tenuous nutrient and gas diffusion properties that are in turn mediated by the endplates through delicate homeostatic regulatory mechanisms [ 3, 4].
As a result, the gas diffusion property of CL strongly depends on the ionomer adhesion shape.
Although some gas sorption data have recently been determined for micro-and mesoporous polycyanurate networks [14, 15], it has to be noted that no data concerning both gas diffusion and sorption properties have hitherto been reported for such CER networks.
The changes in the WFPS of vermicast may have a distinct impact on the regulation of hydrological properties, gas diffusion, microbial colonization, nutrient mineralization etc. [42, 43, 44].
Physical properties of gas diffusion layers (GDLs) involving surface morphology, gas permeability, hydrophilic/hydrophobic porosity and electron conductivity were examined.
Spatial variations of anisotropic structural and physical properties of gas diffusion layers (GDLs) in both in-plane and through-plane directions are considered.
Gas slippage and gas diffusion mainly influence the gas rate at later production time, especially the Knudsen diffusion dominates the flow behavior in the formation linear period.
The properties of the gas diffusion medium for air-breathing cathodes have been also observed to be critical.
While the semi-blooming nanoflowers turn into ordered mesoporous via thermally removing the periodically arranged polyvinyl pyrrolidone micelles, their gas-sensing performance is found to be improved dramatically, indicating that sufficient amount of gas diffusion is crucial to gas-sensing properties rather than the fast gas diffusion speed.
