Fig. 4: The measured photoactivity and its corresponding property factorization model for the maximum-residual compositions in two composition regions shown in Fig. 3. | npj Computational Materials

Fig. 4: The measured photoactivity and its corresponding property factorization model for the maximum-residual compositions in two composition regions shown in Fig. 3.

From: Materials structure–property factorization for identification of synergistic phase interactions in complex solar fuels photoanodes

Fig. 4: The measured photoactivity and its corresponding property factorization model for the maximum-residual compositions in two composition regions shown in Fig. 3.The alternative text for this image may have been generated using AI.

a The Bi0.07Cu0.17V0.76 photoanode composed of 33% BiVO4 and 67% CuV2O6; b The Bi0.11Cu0.39V0.50 photoanode composed of 42% BiVO4 and 58% Cu2V2O7. Note that these phase concentrations are labeled by prototype formula unit, although the composition within each phase may be different due to alloying.

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