Electrochemical cell for the preparation of large area Anodic Alumina Membranes

Performance evaluation Anodic Alumina Membranes-based fuel cell: CsH2PO4 pore-filler as proton conductor operating at room temperature

Final Report of the Oceanographic Survey NextData201. Project NEXTDATA WP-1.5 : Paleoclimatic Data from Marine Sediments

The retrieval of series of proxy data on the past climate will serve to acquire a deeper understanding of the climate system and a more accurate prediction of its future development, as a priority task for the scientific community. In particular, the analysis of climate data of the past is an essential tool for studying the dynamics of the earth's climatic system in conditions different from present ones, and irreplaceable for testing the validity of medium- and long-term forecasting models. The determination of the influence of anthropogenic impacts on the planet’s environment is predicated on a clear understanding of the natural ways in which the earth's climate responds to the complex se…

Composite Porous Alumina/CsH2PO4 membranes for H2/O2 room temperature fuel cell

Porous Anodic Alumina proton conductors composites for H2/O2 thin film fuel cell

Recent advance in Anodic Alumina Membranes-based fuel cell: CsH2PO4 pore-filler as proton conductor operating at room temperature

Core description collected during Oceanographic Survey NextData2013 (12 – 19 September 2013)

Size-confinement of CsH2PO4 in anodic alumina membranes for thin film electrolyte solid acid fuel cell

Improvements in H2/O2 thin film fuel cell working with Porous Anodic Alumina-supported electrolytes