Molybdenum disulfide electrode

Kubiak CP, Schneemeyer LF, Wrighton MS (1980) Visible fight driven generation of chlorine and bromine. Photooxidation of chloride and bromide in aqueous solution at illuminated n-type semiconducting molybdenum diselenide and molybdenum disulfide electrodes. J Am Chem Soc 102 6898-6900... 

Molybdenum disulfide electrodes, sloping discharge curve, 3 414 Molybdenum ditelluride, 17 26 Molybdenum enzymes, 17 321 Molybdenum hexacarbonyl, 7 594 ... 

Early in situ STM (and AFM) of nucleobases focused on adenine and guanine on molybdenum disulfide and highly oriented pyrolytic graphite [131-133]. Other early studies addressed all the nucleobases and Au(lll) electrode surfaces. The bases were concluded to form planar hydrogen-bonded networks on the surfaces... 

While the development of primary cells with a lithium anode has been crowned by relatively fast success and such cells have filled their secure rank as power sources for portable devices for public and special purposes, the history of development of lithium rechargeable batteries was full of drama. Generally, the chemistry of secondary batteries in aprotic electrolytes is very close to the chemistry of primary ones. The same processes occur under discharge in both types of batteries anodic dissolution of lithium on the negative electrode and cathodic lithium insertion into the crystalline lattice of the positive electrode material. Electrode processes must occur in the reverse direction under charge of the secondary battery with a negative electrode of metallic lithium. Already at the end of the 1970s, positive electrode materials were found, on which cathodic insertion and anodic extraction of lithium occur practically reversibly. Examples of such compounds are titanium and molybdenum disulfides. 

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