MoS₂-modified In₂S₃ (x wt.%MoS₂-In₂S₃) samples (0 ≤ x ≤ 20) were fabricated through a facile one-pot hydrothermal process. All In₂S₃ samples modified by MoS₂ deliver an excellent Cr⁶⁺ removal ability under visible-NIR-light-driven, and 5% MoS₂-In₂S₃ can reduce 20 mg/L Cr⁶⁺ solution completely within 30 min with a trace photocatalyst concentration (0.27 mg/mL) which is 3.2-hold higher than that of single In₂S₃. Further investigations demonstrate that the loaded MoS₂ can not only enhance the absorption of light scope but also promote the interfacial electron transfer from In₂S₃ to MoS₂ and then to Cr⁶⁺, thus greatly improving the Cr⁶⁺ removal ability. ESR shows that the modifying of MoS₂ can accelerate the transformation of electrons from the In₂S₃ to MoS₂ which results in that the intensity of O₂⁻• significantly increased. PL, photocurrent, and EIS further identified that the modification of MoS₂ can greatly improve the charge carrier separation efficiency. The fabricated MoS₂-In₂S₃ samples also exhibit characteristic features such as stable and reducing Cr⁶⁺ in the weak alkaline environment for the first time, which could always be a great challenge for wastewater purification in alkaline condition.

的MoS ₂修饰的在₂ š ₃（X％（重量）的MoS ₂ -In ₂ š ₃）的样品（0≤  X  ≤20）通过一个浅显一锅水热法制造的。MoS ₂改性的所有In ₂ S ₃样品在可见光-近红外光驱动下均具有出色的Cr ⁶⁺去除能力，5％MoS ₂ -In ₂ S ₃可以在30^分钟内完全还原20 mg / L Cr ⁶⁺溶液。 min时的痕量光催化剂浓度（0.27 mg / mL）比单一In _2的浓度高3.2-holdS ₃。进一步的研究表明，负载的MoS ₂不仅可以增强光的吸收，还可以促进界面电子从In ₂ S ₃到MoS ₂再到Cr ^6+的转移，从而大大提高了Cr ^6+的去除能力。ESR表明，硫化钼的改性₂可以加速电子从转化在₂小号₃到的MoS ₂这导致的O-强度₂ ^- •显著增加。PL，光电流和EIS进一步确定了MoS ₂的修饰可以大大提高电荷载流子的分离效率。制备的MoS ₂ -In ₂ S ₃样品还首次表现出诸如在弱碱性环境中稳定并还原Cr ^6+的特征，这对于碱性条件下的废水净化总是一个巨大的挑战。