… Significantly, we also find that these hybrid electrolytes manifest reasonable lithium
transference numbers and good electrochemical and interface stability in the presence of lithium. …

… electrolytes is also studied by means of electrochemical and PFG–NMR analysis. We find
that liquid electrolytes confined in nanopores … is apparent even at nanopore sizes well above …

… Here we reported on a hybrid electrolyte membrane based on nanostructured yttria-stabilized-zirconia,
sintered by means of High Pressure-Field Assisted Sintering Technique (HP-…

… 3b), because the excess MnO 2 seals the nanopores of the nanoporous gold and prevents
effective contact between the nanocrystalline MnO 2 and the electrolyte. For comparison, the …

… Nanostructured MnO 2 was deposited into the nanopore channels of NPG at the constant
potential of 0.45 V in a 0.05 M Mn(AC) 2 /Na 2 SO 4 electrolyte at room temperature. The as-…

… A novel nanoporous carbon/electrolyte hybrid material is … a hybrid material of nanoporous
metal containing perchloric acid.22 Here, we show that the nanoporous-carbon-based hybrid …

… based SPEs, the hybrid electrolyte has five orders of magnitude higher modulus and enhanced
ionic conductivity. Thus, the hybrid PI/PEO solid electrolyte demonstrates cycling stability …

… transfer resistance of the dealloyed honeycombed nanoporous/glassy hybrid, implying that
the most efficient HER kinetics is achieved at the hybrid/electrolyte interface (Figure 2e). The …

… performance in the mixture electrolyte system (vanadium … a hybrid energy storage system
exhibiting both battery-like and supercapacitor-like features via asymmetric redox electrolytes …

… reconstruction of the nanoporous medium by transmission … from the parallel alignment of
the nanopores led to significant … of nanoporous composites from the single nanopore up to …