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The demand of uniformity and porosity for composite supercapacitor material has triggered tremendous research efforts for the development of doping method. Herein, we report an effective strategy for homogeneous and polyporous MoO3@CuO composite by heating a POMs@MOFs template (POMs=polyoxometalates, MOFs=Metal-organic frameworks), in which the Mo-POMs are incorporated into Cu-MOFs as secondary building...
We have synthesized a composite of MoO2@Cu@CusingathermolysistemplateofPOM@MOFcrystal(POM=polyoxometalates, MOF=Metalorganic frameworks), in which the Keggin-type Mo-based POMs with negative charges exist as secondary building units of Cu-based MOF. In addition, the material is confirmed to exhibit an excellent capacity of 28.33mAhg1 at a current density of 1Ag1, which is much higher than MoO2-based...
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