… reactions of the metal oxides. Among all the transition-metal oxides, cobalt oxide is considered
as … Meanwhile, a variety of nanostructured cobalt oxides can be directly fabricated on the …

… Although the OER activity of CoGeO 2 (OH) 2 is not as good as that of commercial RuO 2
(Figure S10), its η @10mA is lower than 400 mV for most typical bulk cobalt oxides (Table S2), …

… V), cobalt oxide (among all the transition-metal oxides) is deemed … In addition, a variety of
nanostructured cobalt oxides can be … Besides, a variety of nanostructured cobalt oxides can be …

… The electrochemical performance of the full cell consisting of Ge anode and lithium cobalt
oxide (LCO) cathodes obtained at the higher current density of 1 mA/cm 2 is presented in Fig. 5…

… With due account for oxygen existence in the samples found by EDX, one cannot exclude
the existence of some amount cobalt oxides (CoO or CoO 2 ). It is known that such oxides …

… germanium oxides, germanium sulfides, and germanium … cobalt oxide, was fabricated on
nickel foam after the initial discharge of the NW arrays. The as-prepared lithium cobalt oxide …

… Preliminary tests with lithium cobalt oxide cathodes clearly demonstrate the feasibility of Ge
… Copper germanide (Cu 3 Ge)-seeded germanium NW anodes were prepared following our …

… electrochemically active cobalt and germanium oxide. These … To the best of our knowledge,
wet compressed cobalt containing … of cobalt oxide and germanium oxide was also performed. …

… germanium dioxide, crystalline germanium dioxide, and elemental germanium films supported
by reduced graphene oxide (… cycling stability and good rate performance as LIB anodes. …

… alloying anode material with a high theoretical capacity (1624 mA hg –1 ), germanium (Ge) …
Co, along with the reversible transformation of cobalt oxide/hydroxide. The electrochemical …