For the application of durable micro-storage for autonomous systems and implants, 3D thin-
film batteries are leading candidates. Lithium ion batteries have the highest energy density …

We present a model for a novel fuel cell system incorporating hydrogen bromine
electrochemistry into a laminar flow fuel cell architecture. The proposed system integrates …

Metal supported cells (MSC) are considered as the next generation of Solid Oxide Fuel Cells
due to their robustness and costefficiency. However, improvement of their performances for …

All conventional electrode materials used for lithium-ion cell cathode suffer from poor
electronic conductivity, which is in range of 10-2–10-9 S/cm. Because electrode system of a …

We describe the research results produced from our focus on integrating GaN HEMTs and
LEDs into silicon CMOS integrated circuits. Although current component markets are driving …

We report RF Characteristics in a Low Power High Performance Ultra-thin Body and Box
(UTBB) FDSOI technology. The technology features Si-Channel nFETs and SiGe-Channel …

High temperature proton conductors (HTPCs) based fuel cells directly fed with methane
mixtures were investigated. Doped barium zirconate was chosen as electrolyte because of …

Metamorphic semiconductor devices often contain abrupt mismatched interfaces with
relatively high densities of misfit dislocations. For such mismatched structures there is …

Specular x-ray reflectivity has been used successfully to measure the cross section of
periodic nanopatterns on flat substrates and in most of the cases the effective medium …

A steam electrolysis method using Solid Oxide Electrolysis Cell (SOEC) is re-emerging as
the state-of-the art technology since water molecules are easier to split into hydrogen and …