1987
DOI: 10.1016/0026-265x(87)90161-5
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Spectrophotometric studies on the uranyl-ascorbate complex

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1988
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Cited by 8 publications
(2 citation statements)
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“…Prior studies have noted that U­(VI) species and the photocatalyst surface properties are strongly correlated with H + concentration, , the increased H + concentration would affect the surface photocatalytic reaction . A lower removal efficiency was also be observed at pH 4, the reason is that ascorbic acid (H 2 A) stabilizes U­(VI) in the [UO 2 HA] + form and makes U­(VI) difficult to reduce when pH ≥ 4 …”
Section: Resultsmentioning
confidence: 99%
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“…Prior studies have noted that U­(VI) species and the photocatalyst surface properties are strongly correlated with H + concentration, , the increased H + concentration would affect the surface photocatalytic reaction . A lower removal efficiency was also be observed at pH 4, the reason is that ascorbic acid (H 2 A) stabilizes U­(VI) in the [UO 2 HA] + form and makes U­(VI) difficult to reduce when pH ≥ 4 …”
Section: Resultsmentioning
confidence: 99%
“…52 A lower removal efficiency was also be observed at pH 4, the reason is that ascorbic acid (H 2 A) stabilizes U(VI) in the [UO 2 HA] + form and makes U(VI) difficult to reduce when pH ≥ 4. 53 Surprisingly, from Figure 4c,d, the required irradiation time to achieve the highest removal percentage was significantly reduced from 8 h for imine COFs to 2 h for amide COFs, which indicated an impressive catalytic reduction rate of amide TFPPy−DP.…”
Section: Photocatalysis Reduction Of U(vi)mentioning
confidence: 87%