The phrase "attributed to the rough" is not correct and lacks clarity in written English.
It may be intended to refer to something being assigned or credited to a rough or difficult situation, but it needs more context to be usable.
Example: "The challenges faced during the project were largely attributed to the rough conditions we encountered."
Alternatives: "credited to the difficulties" or "ascribed to the harshness".
The devices on the thicker FTO 7 Ω/sq superstrates were dominated by a low shunt resistance, which was attributed to the rough surface morphology causing micro-shorts.
The surface morphology of the samples are analyzed via scanning electron microscopy (SEM) showing surface damage by cavitation, attributed to the rough finishing on the Ti-6Al-4V surface.
Second, it may be attributed to the rough surface, which provides pinning sites for domain walls [34].
It could be attributed to the rough and porous shells and the altered absorption properties of the disordered shell of H-TiO2 nanorods to trap more visible photons.
The enhanced electrochemical behavior of the S-doped spinel is attributed to the rough morphology of the primary particles with smaller particle size.
The increase in WVTR value of the SiON/Ag/SiON with the 130-nm-thick SiON layer could be attributed to the rough surface as shown in Figure 4d.
The high hydrophobicity of e-spun PVB film can be attributed to the nanoscaled rough surface structure of the e-spun PVB nanofabrous mats, as shown in Fig. 7a.
The high hydrophobicity of e-spun PVB film can be attributed to the nanoscaled rough surface structure of the e-spun PVB nanofabrous mats and demonstrate a possible way to control the drug release from a polymer matrix by modifying the surface with different hydrophobic micro-/nanostructures [38].
The great enhancement is attributed to the introduction of rough Mo2C nanostructural interface into macroporous carbon architecture for promoting microbial growth with great excretion of endogenous electron shuttles (flavins) and rich available nanopores for enlarging electrochemically active surface area.
This effect is attributed to the scattering effect by the rough waveguide sidewalls.
The high performance can be attributed to the synergistic effects of rough surface, heteroatom N incorporation and hybridization with pseudocapacitive 2D WS2D
