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lithium bis trifluoromethanesulfonyl imide imide litfsi  (Tokyo Chemical Industry)

 
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    Structured Review

    Tokyo Chemical Industry lithium bis trifluoromethanesulfonyl imide imide litfsi
    (a) XRD patterns of LPSCl, ball-milled LPSCl, and <t>LiTFSI-LPSCl</t> composite solid electrolytes. (b) Calculated electronic and (c) ionic conductivities of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. CCD measurements of the Li symmetric cell with (d) pristine, (e) ball-milled, (f) 1TFSI-, (g) 2TFSI-, (h) 4TFSI-, (i) and 8TFSI-LPSCl solid electrolytes under 5 MPa. (j) Galvanostatic lithium plating/stripping cycling performances of Li symmetric cell with pristine and TFSI (4TFSI)-LPSCl solid electrolyte.
    Lithium Bis Trifluoromethanesulfonyl Imide Imide Litfsi, supplied by Tokyo Chemical Industry, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/lithium bis trifluoromethanesulfonyl imide imide litfsi/product/Tokyo Chemical Industry
    Average 86 stars, based on 1 article reviews
    lithium bis trifluoromethanesulfonyl imide imide litfsi - by Bioz Stars, 2026-05
    86/100 stars

    Images

    1) Product Images from "Self-Healing Lithium Dendrites through Spontaneous Passivating Layer Formation for Stable Solid-State Lithium–Metal Batteries"

    Article Title: Self-Healing Lithium Dendrites through Spontaneous Passivating Layer Formation for Stable Solid-State Lithium–Metal Batteries

    Journal: ACS Nano

    doi: 10.1021/acsnano.6c01373

    (a) XRD patterns of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. (b) Calculated electronic and (c) ionic conductivities of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. CCD measurements of the Li symmetric cell with (d) pristine, (e) ball-milled, (f) 1TFSI-, (g) 2TFSI-, (h) 4TFSI-, (i) and 8TFSI-LPSCl solid electrolytes under 5 MPa. (j) Galvanostatic lithium plating/stripping cycling performances of Li symmetric cell with pristine and TFSI (4TFSI)-LPSCl solid electrolyte.
    Figure Legend Snippet: (a) XRD patterns of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. (b) Calculated electronic and (c) ionic conductivities of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. CCD measurements of the Li symmetric cell with (d) pristine, (e) ball-milled, (f) 1TFSI-, (g) 2TFSI-, (h) 4TFSI-, (i) and 8TFSI-LPSCl solid electrolytes under 5 MPa. (j) Galvanostatic lithium plating/stripping cycling performances of Li symmetric cell with pristine and TFSI (4TFSI)-LPSCl solid electrolyte.

    Techniques Used: Stripping Membranes



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    (a) XRD patterns of LPSCl, ball-milled LPSCl, and <t>LiTFSI-LPSCl</t> composite solid electrolytes. (b) Calculated electronic and (c) ionic conductivities of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. CCD measurements of the Li symmetric cell with (d) pristine, (e) ball-milled, (f) 1TFSI-, (g) 2TFSI-, (h) 4TFSI-, (i) and 8TFSI-LPSCl solid electrolytes under 5 MPa. (j) Galvanostatic lithium plating/stripping cycling performances of Li symmetric cell with pristine and TFSI (4TFSI)-LPSCl solid electrolyte.
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    (a) XRD patterns of LPSCl, ball-milled LPSCl, and <t>LiTFSI-LPSCl</t> composite solid electrolytes. (b) Calculated electronic and (c) ionic conductivities of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. CCD measurements of the Li symmetric cell with (d) pristine, (e) ball-milled, (f) 1TFSI-, (g) 2TFSI-, (h) 4TFSI-, (i) and 8TFSI-LPSCl solid electrolytes under 5 MPa. (j) Galvanostatic lithium plating/stripping cycling performances of Li symmetric cell with pristine and TFSI (4TFSI)-LPSCl solid electrolyte.
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    (a) XRD patterns of LPSCl, ball-milled LPSCl, and <t>LiTFSI-LPSCl</t> composite solid electrolytes. (b) Calculated electronic and (c) ionic conductivities of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. CCD measurements of the Li symmetric cell with (d) pristine, (e) ball-milled, (f) 1TFSI-, (g) 2TFSI-, (h) 4TFSI-, (i) and 8TFSI-LPSCl solid electrolytes under 5 MPa. (j) Galvanostatic lithium plating/stripping cycling performances of Li symmetric cell with pristine and TFSI (4TFSI)-LPSCl solid electrolyte.
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    Image Search Results


    (a) XRD patterns of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. (b) Calculated electronic and (c) ionic conductivities of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. CCD measurements of the Li symmetric cell with (d) pristine, (e) ball-milled, (f) 1TFSI-, (g) 2TFSI-, (h) 4TFSI-, (i) and 8TFSI-LPSCl solid electrolytes under 5 MPa. (j) Galvanostatic lithium plating/stripping cycling performances of Li symmetric cell with pristine and TFSI (4TFSI)-LPSCl solid electrolyte.

    Journal: ACS Nano

    Article Title: Self-Healing Lithium Dendrites through Spontaneous Passivating Layer Formation for Stable Solid-State Lithium–Metal Batteries

    doi: 10.1021/acsnano.6c01373

    Figure Lengend Snippet: (a) XRD patterns of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. (b) Calculated electronic and (c) ionic conductivities of LPSCl, ball-milled LPSCl, and LiTFSI-LPSCl composite solid electrolytes. CCD measurements of the Li symmetric cell with (d) pristine, (e) ball-milled, (f) 1TFSI-, (g) 2TFSI-, (h) 4TFSI-, (i) and 8TFSI-LPSCl solid electrolytes under 5 MPa. (j) Galvanostatic lithium plating/stripping cycling performances of Li symmetric cell with pristine and TFSI (4TFSI)-LPSCl solid electrolyte.

    Article Snippet: Lithium bis (trifluoromethanesulfonyl) imide (LiTFSI) (Tokyo Chemical Industry, purity >99.0%) was dried at 180 °C overnight in a glovebox.

    Techniques: Stripping Membranes