In the water phase, the studied gases adsorbed on C 24 H 12 -Mg show a decreasing trend of 5.273 eV > 5.262 eV > 5.254 eV for AsH 3 @C 24 H 12 -Mg, NH 3 @C 24 H 12 -Mg and PH 3 @C 24 H 12 -Mg, respectively.
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Modeling of magnesium-decorated graphene quantum dot nanostructure for trapping AsH<sub>3</sub>, PH<sub>3</sub> and NH<sub>3</sub> gases.
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The sentences
The adsorption energies can be arranged in an increasing trend of NH 3 @C 24 H 12 -Mg < PH 3 @C 24 H 12 -Mg < AsH 3 @C 24 H 12 -Mg.