An In-Depth Study on the Enhanced Controlled-Release Performance of Coated Urea via the Construction of a Multiscale SiO<sub>2</sub>‑Based Superhydrophobic Coating.

ACS Omega · 2026 · PMC13000558 · PMID 41867540

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hedged sentence

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closest p · 0.2× alpha

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boldest claim

The sentences

highly significantP < 0.01actually significant

Further multiple linear regression analysis reveals that when both “contact angle” and “particle size” are included as independent variables, the effect of contact angle is not statistically significant ( P > 0.05), whereas particle size remains highly significant ( P < 0.01).

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An In-Depth Study on the Enhanced Controlled-Release Performance of Coated Urea via the Construction of a Multiscale SiO&lt;sub&gt;2&lt;/sub&gt;‑Based Superhydrophobic Coating.

The sentences

An In-Depth Study on the Enhanced Controlled-Release Performance of Coated Urea via the Construction of a Multiscale SiO<sub>2</sub>‑Based Superhydrophobic Coating.