… In order to resolve the oxidation state of the surface Mo, XPS upon Ar + etching was
performed. After the Ar + etching, the fitting results of XPS signal from Mo 2 C/N-CNT reveals …

… 4 -O 2 -plasma-etching. The electrode design was simplified by … Due to the mesoporous
structure of the TiO 2 film and … ) on transparent conductive ITO glass and germanium (d = 360 μ m…

… Beyond that, mesoporous Cu 2 O was explored as a cathode … formed CuCl during the
electrochemical process (Figure 3b). … wire was prepared by electrochemical etching to serve as …

… Tan and Pumera synthesized MoWS x hybrids via one-step bipolar electrochemical …
chemical wet etching. Teflon tapes were applied to prevent the undesired area from being etched. …

… Another successful illustration is made by the synthesis of mesoporous Ni 0.3 Co 2.7 O 4
nanorods using Co/Ni-MOF-74 through a one-step facile microwave-assisted solvothermal …

The performance of electrochemical energy storage (EES) devices highly rely on the in-built
properties of the material. Due to the excellent properties of 2D materials, a much of …

… pores as in the pores of the etched foils of electrolytic capacitors. Because the double layer
… that do not stack face-to-face, forming mesopores that are accessible to and wettable by ionic …

… Photodetectors are commonly made from silicon, germanium… nm via-holes formed by
lithography and etching process. The … filamentary and bipolar RS behaviour produced by metallic …

… and germanene (monolayers of silicon and germanium), they can be acquired easily. …
employed bipolar electrochemistry to exfoliate BP. Thus, the prepared BP nanoparticles were used …

… The traditional approaches to the fabrications of μLEDs involve dry-etching processes, where
sidewall damages introduced during dry-etching processes cannot be avoided, resulting in …