fig11

Recent advances in MXenes-based photocatalysts for CO<sub>2</sub> reduction: a review on fundamentals and future directions

Figure 11. (A) Wavelength-dependent AQYs vs. the corresponding UV-vis DRS spectra of the pristine Ti3C2Tx and S-Ti3C2Tx (Ti:S = 1:8) catalysts; (B) Time-resolved transient PL emission decay of the pristine Ti3C2Tx and the S-Ti3C2Tx (Ti:S = 1:8); (C) The comparison of gas yields under different focused sunlight without or with temperature control (T = 293 K) using the pristine and the S-Ti3C2Tx (Ti:S = 1:8); (D) The photo of solar energy stove reactor without T control; (E) The comparison of gas yields under different focused incident sunlight (different dates) using the S-Ti3C2Tx (Ti:S = 1:8); (F) The photo of solar energy stove reactor with temperature control at T = 293 K under the focused sunlight; (G) The comparison of STF is measured at different dates using the S-Ti3C2Tx (Ti:S = 1:8). (A-G) Reproduced with permission[122]. Copyright John Wiley and Sons. AQYs: Action quantum yields; PL: photoluminescence; DRS: diffuse reflectance spectroscopy; STF: solar-to-fuel efficiency.

Chemical Synthesis
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