… breakdown phenomenon of nanofilms, a new type of dielectric breakdown apparatus for
nanopore … Figure 3(d) is our nanopore fabrication flow chart, which can be applied to fabricate a …

… Figure 2a), the applied electric field strength is typically one-third of the electric field strength
during the breakdown… In the context of dry membranes, the time-to-dielectric breakdown is …

… This article proposes the application of the transient high electric field dielectric breakdown
… The results in Figure 2b indicate the successful fabrication of a nanopore on the PMMA …

… The fabrication of nanopores through a dielectric breakdown … the breakdown can also be
observed after a short time (Figure 2… control the time by an applied voltage or current stimulus of …

… , due to the forming a folded structure, the smaller nanopores are preferentially blocked.
These results reveal that the clogging phenomena during the DNA translocation analysis for the …

… On the other hand, in the case of pH 1 to 11 where a nanopore was not created, the shape
of the I-V curve and I rec varied in accordance with the pH value. A convex upward I-V curve (…

… controlled dielectric breakdown (CDB) is the most accessible method for a single nanopore
… SEM) images (Figure 3b) indicate that there was only a single nanopore in the thinned area …

… nanopore fabrication with a controlled dielectric breakdown … form CDM-Nanopore with the
pulse current-stimulus dielectric … As shown in Figure 6, the electric potential and electric field …

… were formed in the fabricated membranes by dielectric breakdown. The noise of the ionic …
, the dielectric breakdown voltages of the fabricated membranes are discussed. Figure 5 …

… a nanopore is fabricated by utilizing the dielectric breakdown of a … of nanopore fabrication
via dielectric breakdown was … values shown in Figure 3a before dielectric breakdown at each …