106 research outputs found
Li4NiTeO6 as a positive electrode for Li-ion batteries
Get PDFLayered Li4NiTeO6 was shown to reversibly release/uptake B2 lithium
ions per formula unit with fair capacity retention upon long cycling. The
Li electrochemical reactivitymechanism differs from that of Li2MO3 and
is rooted in the Ni4+/Ni2+ redox couple, that takes place at a higher
potential than conventional LiNi1�xMnxO2 compounds.We explain this
in terms of inductive effect due to Te6+ ions (or the TeO6
6� moiet
AES, XPS AND TEM CHARACTERIZATION OF BORON NITRIDE DEPOSITED UNDER CHEMICAL VAPOR INFILTRATION (CVI) CONDITIONS
Full text linkLi4NiTeO6 as a positive electrode for Li-ion batteries
Get PDFLayered Li4NiTeO6 was shown to reversibly release/uptake B2 lithium
ions per formula unit with fair capacity retention upon long cycling. The
Li electrochemical reactivitymechanism differs from that of Li2MO3 and
is rooted in the Ni4+/Ni2+ redox couple, that takes place at a higher
potential than conventional LiNi1�xMnxO2 compounds.We explain this
in terms of inductive effect due to Te6+ ions (or the TeO6
6� moiet
Stabilization of Phosphinidene and Phosphirene by Complexation on Phosphorus. Theoretical and PE Studies
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Interactions de type 1–4 dans la piperazine, le dioxanne-1, 4, le dithianne-1,411Partie IV de ”Applications de la spectroscopie photoélectronique aux propriétés moléculaires”.
Full text linkChemInform Abstract: ELEKTRONENSTRUKTUR VON SCHWEFELVERBINDUNGEN 3. MITT. 1,2-DITHIOLTHION-(3) UND 3-MERCAPTO-1,2-DITHIOLYLIUMKATION
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