Enhanced photo-electrochemical, photo-degradation and charge separation ability of graphitic carbon nitride (g-C3N4) by self-type metal free heterojunction formation …
A novel metal free, graphitic carbon nitride self-type heterojunction was successfully created.
A self-type heterojunction between two different kind of graphitic carbon nitride with a
promote charge separation ability, one was prepared by solvothermal using the
dicyandiamide as precursor and other was prepared by direct heating from melamine
precursor. This synthesis process is facile, economical and environment friendly. The
confirmation of synthesis and heterojunction formation was based on the X-ray-Diffraction …
A self-type heterojunction between two different kind of graphitic carbon nitride with a
promote charge separation ability, one was prepared by solvothermal using the
dicyandiamide as precursor and other was prepared by direct heating from melamine
precursor. This synthesis process is facile, economical and environment friendly. The
confirmation of synthesis and heterojunction formation was based on the X-ray-Diffraction …
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