Search Results - Sapakal, Suchitra N

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  1. 1
    Synthesis of MoO2 on steel substrate for hydrogen evolution reaction in water splitting: a new approach

    Synthesis of MoO2 on steel substrate for hydrogen evolution reaction in water splitting: a new approach by Sapakal, Suchitra N., Khan, Ayesha, Khobragade, J. M., Kadam, Anamika V.

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  2. 2
    Experimental and DFT study of the MoO2@Fe2O3 catalyst for overall water splitting in acidic and alkaline electrolytes

    Experimental and DFT study of the MoO2@Fe2O3 catalyst for overall water splitting in acidic and alkaline electrolytes by Sapakal, Suchitra N, Singh, Arvind, Khan, Ayesha, Gaikwad, Mayur, Kim, Jin H, Kadam, Anamika

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  3. 3
    MoO2-based cost effective catalyst for hydrogen evolution via water splitting

    MoO2-based cost effective catalyst for hydrogen evolution via water splitting by Sapakal, Suchitra N., Khan, Ayesha, Khobragade, Jairam M., Kadam, Anamika V.

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  4. 4
    Tailoring tungsten trioxide (WO3): pH-dependent synthesis, structural insights, and exceptional electrochromic performance

    Tailoring tungsten trioxide (WO3): pH-dependent synthesis, structural insights, and exceptional electrochromic performance by Khan, Ayesha, Sapakal, Suchitra N., Kadam, Anamika

    Published in Next Sustainability
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  5. 5
    Synergistic MoO2@Co3O4 electrocatalysts: A cost-effective approach for efficient alkaline water splitting using electrochemical process

    Synergistic MoO2@Co3O4 electrocatalysts: A cost-effective approach for efficient alkaline water splitting using electrochemical process by Sapakal, Suchitra N., Gaikwad, Mayur, Kim, Jin H., Kadam, Anamika

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  6. 6
    Comparative analysis of graphene oxide (GO) reduction methods: impact on crystallographic, morphological, and optical properties

    Comparative analysis of graphene oxide (GO) reduction methods: impact on crystallographic, morphological, and optical properties by Khan, Ayesha, Sapakal, Suchitra N., Kadam, Anamika

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  7. 7
    Experimental and DFT study of the MoO 2 @Fe 2 O 3 catalyst for overall water splitting in acidic and alkaline electrolytes

    Experimental and DFT study of the MoO 2 @Fe 2 O 3 catalyst for overall water splitting in acidic and alkaline electrolytes by Sapakal, Suchitra N., Singh, Arvind, Khan, Ayesha, Gaikwad, Mayur, Kim, Jin H., Kadam, Anamika

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  8. 8
    Experimental and DFT study of the MoO@FeO catalyst for overall water splitting in acidic and alkaline electrolytes

    Experimental and DFT study of the MoO@FeO catalyst for overall water splitting in acidic and alkaline electrolytes by Sapakal, Suchitra N, Singh, Arvind, Khan, Ayesha, Gaikwad, Mayur, Kim, Jin H, Kadam, Anamika

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  9. 9
    Synthesis of MoO.sub.2 on steel substrate for hydrogen evolution reaction in water splitting: a new approach

    Synthesis of MoO.sub.2 on steel substrate for hydrogen evolution reaction in water splitting: a new approach by Sapakal, Suchitra N, Khan, Ayesha, Khobragade, J. M, Kadam, Anamika V

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