… : anatase–rutile heterostructure > rutile > anatase. The superior efficiency of the anatase–rutile
heterostructure … gC 3 N 4 for enhancing its photocatalytic U(VI) removal performance, and …

… under UV illumination but photoreduction of Se(VI) proceeding at … [41], who found E g of TiO
2 to decrease with increasing Se … The intimate heterojunction between rutile and brookite in …

… heterojunction (NH 2 -Ti 3 C 2 T x @COF) was constructed on the amino-modified Ti 3 C 2
T x MXene for efficient photoreduction U(VI) … heterojunctions for enhancing U(VI) capture. …

… The TNAs with anatase/rutile mixed phases achieved the highest U extraction efficiency.
In contrast, … Heterostructure of anatase-rutile aggregates boosting the photoreduction of U(VI) …

… CdS/CN-50), CdS aggregates would form again, leading to a … highly efficient photoreduction
rate for U(VI), where all U(VI) … that the formation of heterostructures broaden its optical …

… a highly active and stable catalysis for U(VI) photoreduction. Without adding any hole …
heterostructure exhibited obvious synergistic effect. The formation of rutile and anatase aggregates …

… the charge transfer and enhancing the separation efficiency of … heterojunction was prepared
as a catalyst and used to reduce … the possibility of spontaneous photoreduction of U(VI). …

… In this paper, the ZSGCN heterojunction was constructed as … pH on the photocatalytic
reduction of U(VI) is studied here by … sunlight adsorption extent, enhancing the charge transfer as …

… reduction of U(VI), while the presence of EDTA inhibited the photoreduction of U(VI). The
BT n … This can be attributed to the increasing electrostatic attraction between U(VI) and BT 2 …

… to study the simultaneous photodegradation of MXene and photoreduction of U(VI). …
increased with increasing UV irradiation time, enabling the formation of isotypic heterojunction at …