FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4378783788> ?p ?o ?g. }

• W4378783788 endingPage "28148" @default.
• W4378783788 startingPage "28135" @default.
• W4378783788 abstract "The efficient capture and immobilization of radioiodine (I-, IO3-) is of great importance in radioactive waste management. Here, a Cu2O-loaded three-dimensional bulk cationic hydrogel composite (Cu2O@CH) was successfully prepared by simple redox reactions and UV photopolymerization, which realized the rapid enrichment and efficient immobilization of I- and IO3-. The adsorption experiments showed that the maximum adsorption capacity of Cu2O@CH for I- in the solution at pH = 3 reached 416.5 mg/g, and the adsorption capacity of IO3- in the solution at pH = 6 could reach 313.4 mg/g. It exhibited extremely fast adsorption kinetics for I- and IO3-. In addition, Cu2O@CH also exhibited efficient I- and IO3- removal from simulated high-level liquid waste. The rapid capture and effective immobilization of radioiodine (I-, IO3-) were realized by the electrostatic interaction of -N+(CH3)3 groups in Cu2O@CH with I- and IO3-, as well as the chemical reactions between Cu2O and I-. The bulk cationic hydrogel composite explored the multifunctional role toward fast, high adsorption capability and easy handling, highlighting its superiority compared to the powder adsorbent, which renders it a potential adsorbent for the removal of radioactive iodine (I-, IO3-) in nuclear wastewater treatment." @default.
• W4378783788 created "2023-06-01" @default.
• W4378783788 creator A5009674566 @default.
• W4378783788 creator A5009974127 @default.
• W4378783788 creator A5015996294 @default.
• W4378783788 creator A5016465349 @default.
• W4378783788 creator A5018755435 @default.
• W4378783788 creator A5025089494 @default.
• W4378783788 creator A5026736477 @default.
• W4378783788 creator A5038250423 @default.
• W4378783788 creator A5052423590 @default.
• W4378783788 creator A5060071963 @default.
• W4378783788 creator A5071951936 @default.
• W4378783788 date "2023-05-31" @default.
• W4378783788 modified "2023-10-16" @default.
• W4378783788 title "Cuprous Oxide-Based Cationic Hydrogel by the Integration of Enrichment and Immobilization of Radioiodine (I^–, IO₃^–) in Aqueous Solution" @default.
• W4378783788 cites W1043687607 @default.
• W4378783788 cites W1963963865 @default.
• W4378783788 cites W1980772348 @default.
• W4378783788 cites W1987887149 @default.
• W4378783788 cites W1993976814 @default.
• W4378783788 cites W2134168367 @default.
• W4378783788 cites W2141229048 @default.
• W4378783788 cites W2312907715 @default.
• W4378783788 cites W2408558203 @default.
• W4378783788 cites W2507122272 @default.
• W4378783788 cites W2516131799 @default.
• W4378783788 cites W2546130130 @default.
• W4378783788 cites W2570374332 @default.
• W4378783788 cites W2602854742 @default.
• W4378783788 cites W2605982547 @default.
• W4378783788 cites W2750303640 @default.
• W4378783788 cites W2765749883 @default.
• W4378783788 cites W2781779625 @default.
• W4378783788 cites W2794290437 @default.
• W4378783788 cites W2795448790 @default.
• W4378783788 cites W2800843909 @default.
• W4378783788 cites W2801697900 @default.
• W4378783788 cites W2807880183 @default.
• W4378783788 cites W2883263504 @default.
• W4378783788 cites W2885892112 @default.
• W4378783788 cites W2889299345 @default.
• W4378783788 cites W2906464844 @default.
• W4378783788 cites W2906799297 @default.
• W4378783788 cites W2908695846 @default.
• W4378783788 cites W2925979926 @default.
• W4378783788 cites W2944073195 @default.
• W4378783788 cites W2947937693 @default.
• W4378783788 cites W2958215687 @default.
• W4378783788 cites W2962699269 @default.
• W4378783788 cites W2967726366 @default.
• W4378783788 cites W2980342111 @default.
• W4378783788 cites W2981329394 @default.
• W4378783788 cites W2995835130 @default.
• W4378783788 cites W3007894015 @default.
• W4378783788 cites W3018196492 @default.
• W4378783788 cites W3085085976 @default.
• W4378783788 cites W3085925194 @default.
• W4378783788 cites W3105651927 @default.
• W4378783788 cites W3108060081 @default.
• W4378783788 cites W3119732981 @default.
• W4378783788 cites W3121672554 @default.
• W4378783788 cites W3127279601 @default.
• W4378783788 cites W3134425354 @default.
• W4378783788 cites W3154031037 @default.
• W4378783788 cites W3160442845 @default.
• W4378783788 cites W3160788407 @default.
• W4378783788 cites W3176667836 @default.
• W4378783788 cites W3187003699 @default.
• W4378783788 cites W3195681108 @default.
• W4378783788 cites W3204638570 @default.
• W4378783788 cites W4206192480 @default.
• W4378783788 cites W4220712625 @default.
• W4378783788 cites W4223628330 @default.
• W4378783788 cites W4281784381 @default.
• W4378783788 cites W4285587474 @default.
• W4378783788 cites W4292641124 @default.
• W4378783788 cites W4310276131 @default.
• W4378783788 cites W4317821613 @default.
• W4378783788 cites W4319873081 @default.
• W4378783788 cites W4320921874 @default.
• W4378783788 cites W945689079 @default.
• W4378783788 cites W984197940 @default.
• W4378783788 cites W2948675696 @default.
• W4378783788 doi "https://doi.org/10.1021/acsami.3c04816" @default.
• W4378783788 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37255027" @default.
• W4378783788 hasPublicationYear "2023" @default.
• W4378783788 type Work @default.
• W4378783788 citedByCount "0" @default.
• W4378783788 crossrefType "journal-article" @default.
• W4378783788 hasAuthorship W4378783788A5009674566 @default.
• W4378783788 hasAuthorship W4378783788A5009974127 @default.
• W4378783788 hasAuthorship W4378783788A5015996294 @default.
• W4378783788 hasAuthorship W4378783788A5016465349 @default.
• W4378783788 hasAuthorship W4378783788A5018755435 @default.
• W4378783788 hasAuthorship W4378783788A5025089494 @default.
• W4378783788 hasAuthorship W4378783788A5026736477 @default.
• W4378783788 hasAuthorship W4378783788A5038250423 @default.

• next