工学博士
博士研究生
E-Mail:0dfb114b840bde5d1153fc076e8b398bfb41e16d6f0ccd16b4485f9ee14e286128801e28cec4c43ce23a8af2558c8d21e959524ff2ad700fd549901c04e3d987803e524938628f3bbe7ca876b74026e77945c68a6b2add3f65f9f3ee23446a470a6cb0d3007bc2bec5bb8e80925ebaa6b8a922449f140820550f9abdec03de97
Email : 0dfb114b840bde5d1153fc076e8b398bfb41e16d6f0ccd16b4485f9ee14e286128801e28cec4c43ce23a8af2558c8d21e959524ff2ad700fd549901c04e3d987803e524938628f3bbe7ca876b74026e77945c68a6b2add3f65f9f3ee23446a470a6cb0d3007bc2bec5bb8e80925ebaa6b8a922449f140820550f9abdec03de97
Key Words:In-situ growth Abstract: Volume:798 Issue: Translation or Not:no
Pre One:Oxygen-vacancy Bi2O3 nanosheet arrays with excellent rate capability and CoNi2S4 nanoparticles immobilized on N-doped graphene nanotubes as robust electrode materials for high-energy asymmetric supercapacitors
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