InnoEMat - Innovative Elektrochemie mit neuen Materialien
Elektrochemische Prozesse sind essentiell für die Herstellung von neuen Materialien und damit in fast allen Industriezweigen präsent.
InnoEMat - Innovative Elektrochemie mit neuen Materialien
Werkstofftechnologien.de
Informationen zu Bekanntmachungen, Veranstaltungen, Projekten sowie Kompetenzkarten zu Akteuren aus dem Bereich der Materialforschung
Elektrochemische Prozesse
Sie gelten als entscheidende Schlüsseltechnologie, um den Herausforderungen des Klimawandels und der Energiewende zu begegnen.
3. InnoEMat-Statusseminar
Am 18. und 19. September 2019 fand das dritte InnoEMat-Statusseminar in Dresden statt.
Teilnehmer des 1. InnoEMat-Statusseminars in Leipzig
Positives Fazit nach erfolgreichem erstem Statusseminar am 23./24.11.2017 in Leipzig
Publikationen der Förderinitiative InnoEMat
Projektband der InnoEMat-Förderinitiative
Im Projektband sind alle 17 InnoEMat-Verbundprojekte mit einem übersichtlichen Projektsteckbrief sowie mit einer ausführlichen Projektbeschreibung zusammengefasst. Mit dem Projektband erhalten Sie einen Überblick zu den jeweiligen Forschungsschwerpunkten, zu den beteiligten Projektpartnern und zu aktuellen Forschungsergebnissen.
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Sie wünschen eine Printversion des InnoEMat-Projektbandes? Bitte setzen Sie sich dafür mit Herrn Dr. Daniel Meyer vom wissenschaftlichen Begleitvorhaben InnoEMatplus in Verbindung!
Ergebnispapier des InnoEMat-Workshops "Digitalisierung elektrochemischer Prozesse"
Am 28.05.2019 fand in Frankfurt der InnoEMat-Workshop zum Thema "Digitalisierung elektrochemischer Prozesse" statt. Das Dokument fasst die Ergebnisse der Diskussionsveranstaltung zusammen und spiegelt die Einschätzungen von Fachleuten aus dem Bereich der Elektrochemie wieder, ist aber zugleich auch auf andere Branchen bzw. Fachbereiche übertragbar.
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Wissenschaftliche Publikationen der InnoEMat-Verbundprojekte
| Verbundprojekt | Journal | Jahr | Titel | Link |
|---|---|---|---|---|
| eDx | ChemElektroChem | 2016 | Potential‐Pulse‐Assisted Formation of Thiol Monolayers within Minutes for Fast and Controlled Electrode Surface Modification | Klick |
| eDx | ChemPlusChem | 2017 | Amperometric Detection of dsDNA Using an Acridine‐Orange‐Modified Glucose Oxidase | Klick |
| eDx | Electrochimica Acta | 2018 | Potential-pulse assisted thiol chemisorption minimizes non-specific adsorptions in DNA assays | Klick |
| eDx | Electroanalysis | 2019 | Controlling DNA/Surface Interactions for Potential Pulse‐Assisted Preparation of Multi‐Probe DNA Microarrays | Klick |
| PrintEnergy | Batteries | 2018 | Mechanical Coating of Zinc Particles with Bi2O3-Li2O-ZnO Glasses as Anode Material for Rechargeable Zinc-Based Batteries | Klick |
| PrintEnergy | Batteries | 2019 | Improved Discharge Capacity of Zinc Particles by Applying Bismuth-Doped Silica Coating for Zinc-Based Batteries | Klick |
| FluorousSens | Analytical and Bioanalytical Chemistry | 2017 | Introduction to polymer-based solid-contact ion-selective electrodes—basic concepts, practical considerations, and current research topics | Klick |
| VEProSi | IEEE | 2017 | Approaches for wafer level packaging and heterogeneous system integration for CMOS and MEMS sensors | Klick |
| VEProSi | Nanomaterials | 2019 | ToF-SIMS 3D Analysis of Thin Films Deposited in High Aspect Ratio Structures via Atomic Layer Deposition and Chemical Vapor Deposition | Klick |
| EPSYLON | Science Advances | 2017 | Unexpected high robustness of electrochemical cross-coupling for a broad range of current density | Klick |
| EPSYLON | ChemElektroChem | 2018 | Leaded Bronze: An Innovative Lead Substitute for Cathodic Electrosynthesis | Klick |
| EPSYLON | ChemElektroChem | 2019 | Influence of the Nature of Boron‐Doped Diamond Anodes on the Dehydrogenative Phenol‐Phenol Cross‐Coupling | Klick |
| EPSYLON | Synlett | 2019 | Solvent Control in Electro-Organic Synthesis | Klick |
| EPSYLON | Synlett | 2019 | Selective and Scalable Dehydrogenative Electrochemical Synthesis of 3,3′,5,5′-Tetramethyl-2,2′-biphenol | Klick |
| GALACTIF | ECS Transactions | 2016 | Influence of Fluid Dynamics on the Electrochemical Deposition of Tantalum | Klick |
| GALACTIF | ECS Transactions | 2018 | Ultrasound Application and Multi-Step Reactions in Electrodeposition of Refractory Metals | Klick |
| GALACTIF | Transactions of the IMF | 2018 | Electrodeposition of Pd from a deep eutectic solvent system: effect of additives and hydrodynamic conditions | Klick |
| GALACTIF | Materials Science and Engineering | 2018 | Electrodeposition and characterisation of Al-W alloy films from ionic liquid | Klick |
| GALACTIF | Journal of The Electrochemical Society | 2018 | On the Electrodeposition of Titanium from TiCl4 in 1-butyl-1-methylpyrrolidinium bis(trifluoromethylsulfonyl)amide: In Situ AFM and Spectroscopic Investigations | Klick |
| GALACTIF | small methods | 2019 | Electrochemical Scanning Probe Microscopies in Electrocatalysis | Klick |
| GALACTIF | WOMAG | 2019 | Neue galvanotechnische Beschichtungsprozesse aus ionischen Flüssigkeiten | Klick |
| GALACTIF | Surface Engineering | 2019 | Pulse plating of Pd–Ag alloy films from deep eutectic solvents | Klick |
| GALACTIF | Electrochimica Acta | 2019 | Electrochemical reduction mechanism of NbF5 and NbCl5 in the ionic liquid 1-butyl-1-methylpyrrolidinium trifluoromethanesulfonate | Klick |
| ELOBEV | Materials Testing | 2018 | Testmethode zur Bewertung von Fügeelementen hinsichtlich der Gefahr einer wasserstoffunterstützten Kaltrissbildung (HACC-Prüfung) | Klick |
| ELOBEV | Metals | 2019 | Determination of Hydrogen Transport Behaviour in Boron-Manganese Steels Using Different Methods and Boundary Conditions | Klick |
| GEP | ACS Catalysis | 2017 | Ultrasmall CoO(OH)x Nanoparticles As a Highly Efficient “True” Cocatalyst in Porous Photoanodes for Water Splitting | Klick |
| GEP | Journal of The Electrochemical Society | 2018 | Water Interaction with Sputter-Deposited Nickel Oxide on n-Si Photoanode: Cryo Photoelectron Spectroscopy on Adsorbed Water in the Frozen Electrolyte Approach | Klick |
| GEP | Journal of The Electrochemical Society | 2018 | The Impact of Different Si Surface Terminations in the (001) n-Si/NiOx Heterojunction on the Oxygen Evolution Reaction (OER) by XPS and Electrochemical Methods | Klick |
| GEP | The Journal of Physical Chemistry C | 2018 | Chemical, Structural, and Electronic Characterization of the (010) Surface of Single Crystalline Bismuth Vanadate | Klick |
| GEP | The Journal of Chemical Physics | 2019 | High resolution transmission electron microscopy and electronic structure theory investigation of platinum nanoparticles on carbon black | Klick |
| GEP | Surfaces | 2019 | Interface Science Using Ambient Pressure Hard X-ray Photoelectron Spectroscopy | Klick |
| GEP | Journal of Materials Chemistry C | 2019 | Photoanodic pyramid texturization of n-Ge(100) in HCl solution: unexpected anisotropy in the surface chemistry of etching | Klick |
| GEP | ChemPhysChem | 2019 | Adsorption of Acetate on Au(111): An in‐situ Scanning Tunnelling Microscopy Study and Implications on Formic Acid Electrooxidation | Klick |
| GEP | Journal of Chemical Theory and Computation | 2019 | Grand Canonical ReaxFF Molecular Dynamics Simulations for Catalytic Reactions | Klick |
| GEP | Journal of Catalysis | 2019 | Oxygen-terminated BiXenes and derived single atom catalysts for the hydrogen evolution reaction | Klick |
| SwitchECM | COMSOL Conference Proceedings | 2018 | Numerical Investigation of Electrolyte Flow in a Multi-cathode Systemfor Electrochemical Machining | Klick |
| SwitchECM | INSECT - International Symposium on Electrochemical Machining Technology | 2018 | Experimental Derivation of Process Input Parameters for Electrochemical Machining with Differentially Switched Currents | Klick |
| SwitchECM | INSECT - International Symposium on Electrochemical Machining Technology | 2019 | Deburring and Edge Shaping by Electro-chemical Machining with Differentially Switched Currents | |
| SwitchECM | COMA - Conference on Competitive Manufacturing | 2019 | Simulation-based Design of an Electrolyte System for Electrochemical Machining with Differentially Switched Currents |
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