Sandra Noehren

Title: Inventor Sandra Noehren: Pioneering Innovations in Surface Discharge Electrodes

Introduction: Sandra Noehren, an inventive mind based in Osterroenfeld, Germany, has made noteworthy contributions to the field of material science and electrical engineering. With a patent to her name, she has developed a novel method for creating surface discharge electrodes that significantly enhance their functionality and application.

Latest Patents: Sandra's patent, titled "Method for producing surface discharge electrodes and semifinished product for carrying out the method", introduces a groundbreaking process for manufacturing metallic surface discharge electrodes on nonmetallic substrates. This method encompasses several key steps: first, a metallic seed layer is applied to the substrate. Next, this seed layer is electrically connected with a metal wire network and an electrolyte containing metal ions. The process includes electrodepositing a metal film from the electrolyte onto the seed layer, embedding the metal wire network within the film. A unique aspect of her invention involves the arrangement of movable metal wire filaments which form an electrically percolating network. This network is encapsulated in a dried gel matrix, which is then applied to the substrate using a solvent.

Career Highlights: Sandra Noehren currently works at the Christian-Albrechts-University of Kiel, where she continues her research in the field of materials and engineering. Her efforts have led to the development of innovative techniques that marry electrical engineering with materials science, showcasing her ability to bridge multiple disciplines effectively.

Collaborations: Throughout her career, Sandra has collaborated with esteemed colleagues such as Joerg Bahr and Juergen Carstensen. Their collective expertise has played a pivotal role in advancing the research and development of sustainable and efficient surface discharge technologies.

Conclusion: Sandra Noehren stands out as a significant inventor with her innovative approach to producing surface discharge electrodes. Her pioneering methods not only push the boundaries of current technology but also pave the way for future advancements in various applications. As she continues her research at the Christian-Albrechts-University of Kiel, the impact of her work is likely to resonate throughout the engineering community and beyond.