“…Aggregating contaminants in the vicinity of a photocatalyst can promote target collision to improve the utilization of photogenerated ˙OH. 7,8 This goal can be realized by strengthening the electrostatic interaction of contaminant molecules with the solid. 8 Generally, contaminants like phenols with polarity can offer electric dipole moment to form weak electrostatic attraction to a charged solid (Fig.…”
mentioning
confidence: 99%
“…7,8 This goal can be realized by strengthening the electrostatic interaction of contaminant molecules with the solid. 8 Generally, contaminants like phenols with polarity can offer electric dipole moment to form weak electrostatic attraction to a charged solid (Fig. 1).…”
mentioning
confidence: 99%
“…2 and S9†). 8,14 This will undesirably slow ˙OH generation and phenol mineralization in salt-free wastewater (Fig. S8 and S10†).…”
To suppress the undesired reaction of hydroxyl radicals with Cl-, we here aggregate contaminant molecules near the photocatalyst to promote target collision by strengthening electrostatic interaction. This strategy realized by...
“…Aggregating contaminants in the vicinity of a photocatalyst can promote target collision to improve the utilization of photogenerated ˙OH. 7,8 This goal can be realized by strengthening the electrostatic interaction of contaminant molecules with the solid. 8 Generally, contaminants like phenols with polarity can offer electric dipole moment to form weak electrostatic attraction to a charged solid (Fig.…”
mentioning
confidence: 99%
“…7,8 This goal can be realized by strengthening the electrostatic interaction of contaminant molecules with the solid. 8 Generally, contaminants like phenols with polarity can offer electric dipole moment to form weak electrostatic attraction to a charged solid (Fig. 1).…”
mentioning
confidence: 99%
“…2 and S9†). 8,14 This will undesirably slow ˙OH generation and phenol mineralization in salt-free wastewater (Fig. S8 and S10†).…”
To suppress the undesired reaction of hydroxyl radicals with Cl-, we here aggregate contaminant molecules near the photocatalyst to promote target collision by strengthening electrostatic interaction. This strategy realized by...
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