von Nils Strodthoff ; Temesgen Mehari ; Claudia Nagel ; Philip J. Aston ; Ashish Sundar ; Claus Graff ; Jørgen K. Kanters ; Wilhelm Haverkamp ; Olaf Dössel ; Axel Loewe ; Markus Bär ; Tobias Schaeffter
London New York: Routledge, Taylor & Francis Group
vii, 169 Seiten.
Literaturangaben
Well-being; Economics -- Moral and ethical aspects
"Drawing on more modern expressions of economic analysis, this book explores the interplay between wellbeing, nature and moral values in economics. The book will be of significant interest to readers in the economics and social sciences, particularly behavioral economics and social psychology"--
New directions for child and adolescent development London : Hindawi Limited, 1998 2023(2023) vom: 14. Juli, Artikel-ID 9916294, Seite 1-9 Online-Ressource
von Gunther Wittstock ; Marcus Bäumer ; Wilke Dononelli ; Thorsten Klüner ; Lukas Lührs ; Christoph Mahr ; Lyudmila V. Moskaleva ; Mehtap Özaslan ; Thomas Risse ; Andreas Rosenauer ; Anne Staubitz ; Jörg Weißmüller ; Arne Wittstock
Nanoporous gold (Au) films are self-supported structures that possess a large surface area and extraordinary catalytic activity. Generally, nanoporous gold is obtained by solution-based dealloying where the less noble metal, often silver (Ag), is etched out. However, the residual amounts of the sacrificial metal are not well controlled, the impure samples show restructuring, and the residual metal prevents the study of the catalytic role of Au alone. Here, we fabricate impurity-free nanoporous gold films by a plasma-enabled dry synthetic route. The scheme does not include sacrificial metals or solution processing and is much more general. It is used to obtain self-supported ultra-pure nanoporous gold films with controllable pore sizes. The impurity-free nanoporous gold films possess highly curved ligaments, are remarkably robust, and stable over hundreds of electrochemical cycles. Furthermore, they contain many catalytically active sites, which is highly promising for electrocatalytic applications.
American Chemical Society ACS catalysis Washington, DC : ACS, 2011 13(2023), 17, Seite 11656-11665 Online-Ressource