… for future hydrogen economies. Herein, we systematically examined the effect of tensile
lattice strain in CoRu nanoalloys supported on carbon quantum dots (CoRu/CQDs) on hydrogen …

… the data for the Ru 3p high resolution XPS spectra for Ru/CQDs, shown in Figure 2 d, was
inadvertently duplicated from the Ru 3p high resolution XPS spectra for CoRu 0.5 /CQDs. The …

… e) is due to the strong electron transfer caused by the highly … The strong electron interaction
between CoRu nanoalloy and Co s NC … Co 0.5 Ru 0.5 /Co s NC presents excellent hydrogen …

… Taking advantage of the synergistic effects of the porous, one… mV at 10 mA cm −2 and robust
durability for 2000 cycles, which … of highly dispersed ultrafine CoRu nanoalloys remains a …

… However, the strong hydrogen adsorption binding of Ru site to H atoms inhibit the … exhibited
abundant electronic states near the Fermi energy caused by the overlapping of Ru 3d and O …

… of metal nanoparticles, mitigates corrosion in strong alkalis, and enhances the activity and
… S10), suggesting the Co lattice tensile strain induced by the trace Ru doping enhanced the …

… caused by the numerous charge transfer between Ru and non… of Co and Ru in the CoRu
alloy further optimizes the Ru–H … a strong interfacial interaction between the CoRu alloy and …

… Both of strong and weak H adsorption are not conducive to … ability of Ru 0.6 Co 0.4 /P25
induced by lattice strain promote … Ru -1 ·min −1 in the absence of strong alkali. The compressed …

… iv) Bi-functional effects refer to the phenomenon where two … numerous catalytic materials to
exploit their properties is interesting. … Solid lines show the best fit for strong and weak binding. …

… show a strong electronic interaction between Co and Ru, which is … potential of 0 V vs reversible
hydrogen electrode (RHE) and the … modifications induced by alloying in Co and Ru was …