Occurrence, toxicity and adsorptive removal of the chloramphenicol antibiotic in water: a review.

Environ Chem Lett · 2022 · PMC8956153 · PMID 35369683

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a decreasing trendno p-value reported

f Δ H ∘ is higher than 0, the adsorption is endothermic, and vice versa, Δ H ∘ is lower than 0, the adsorption is exothermic; if Δ S ∘ is higher than 0, there is an increasing trend in disorderliness leading to better chloramphenicol uptake rate, and vice versa if Δ S ∘ is lower than 0, it reflects a decreasing trend in the disorderliness of chloramphenicol uptake.

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an increasing trendno p-value reported

loramphenicol uptake is thermodynamically spontaneous, and vice versa if Δ G ∘ is higher than 0, it is thermodynamically nonspontaneous; if Δ H ∘ is higher than 0, the adsorption is endothermic, and vice versa, Δ H ∘ is lower than 0, the adsorption is exothermic; if Δ S ∘ is higher than 0, there is an increasing trend in disorderliness leading to better chloramphenicol uptake rate, and vice versa if Δ S ∘ is lower than 0, it reflects a decreasing trend in the disorderliness of chloramphenicol uptake.

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