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electrode bending was obtained by successful cycling of LTO flex-TFBs in statically bent condition. This study could initialize a new branch for facile manufacturing of flexible thin film battery cells.
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How do you study people, things and futures that do not yet exist? Based on 10 years of scholarship and practice on emerging technologies, this talk will draw on theories around the posthuman and the
nsof turbulent domains and are characterized by universalcritical exponents. More generally, our study demonstratesthat even high-dimensional systems far from equilibrium suchas turbulence exhibit universality
Titanium dioxide and its multiple applications • Band gap tuning, methods and mechanisms • A case study: “The deaggregation mechanism” • Monte Carlo simulations for uncertainties estimations • Introduction
Rezwan . ACS Applied Materials & Interfaces (2015) 7 , 13821–13833. doi:10.1021/acsami.5b01900 To study the importance of the surface charge for cellular uptake of silica nanoparticles (NPs), we synthesized
further enhanced by tuning the interlayer distance via compression. We reveal by a tight-binding study that the QSH state in graphene is driven by the Kane–Mele interaction in competition with Kekulé
setup with two spectrographs and detectors or two measurements must be performed sequentially. This study presents a simple and straightforward approach to recording both polarization components simultaneously
structural modifications, which in turn affect its catalytic activity. We present a real-time in situ study of the structural transformations of cerium oxide particles on ruthenium(0001) at high temperatures
using simulations for binary GaN as an ideal model system. We then present a detailed experimental study of SrTiO 3 yielding atomic electric fields, validated by comprehensive simulations. With this in
nonmagnetic metal. This work opens up a new branch of hypercoordinate two-dimensional materials for study.