Documents
-
- Download
- Title pages_Contents
- open access
-
- Download
- Chapter 2
- open access
- Full text at publishers site
-
- Download
- Chapter 3
- open access
- Full text at publishers site
-
- Download
- Appendices
- open access
-
- Download
- Summary in English
- open access
-
- Download
- Summary in Dutch
- open access
-
- Download
- List of publications_Curriculum vitae
- open access
-
- Download
- Propositions
- open access
In Collections
This item can be found in the following collections:
Electrochemical and surface studies of the effect of naphthalene-based additives on tin electrodeposition
Tin electrodeposition applications have rapidly evolved in the past 25 years. Usage of tin coatings has advanced from being mainly used for corrosion protection and decorative purposes, to being used in modern technology such in electronic devices, photovoltaic cells and Li-ion batteries. The new tin coating applications have also come with challenges that require the production of nanostructured deposits, multilayers coatings and composites. Furthermore, the need to reduce energy and source consumptions, and the implementation of more environment-friendly processes, require detailed and fundamental knowledge of the electrodeposition process.
The emphasis throughout this thesis is therefore to obtain detailed mechanistic information of tin electrodeposition process.
The experimental and theoretical work presented in this thesis attempts to understand the mechanism of tin electrodeposition, and the effect of electrolyte anions and naphthalene-based additives, during the...
Show moreTin electrodeposition applications have rapidly evolved in the past 25 years. Usage of tin coatings has advanced from being mainly used for corrosion protection and decorative purposes, to being used in modern technology such in electronic devices, photovoltaic cells and Li-ion batteries. The new tin coating applications have also come with challenges that require the production of nanostructured deposits, multilayers coatings and composites. Furthermore, the need to reduce energy and source consumptions, and the implementation of more environment-friendly processes, require detailed and fundamental knowledge of the electrodeposition process.
The emphasis throughout this thesis is therefore to obtain detailed mechanistic information of tin electrodeposition process.
The experimental and theoretical work presented in this thesis attempts to understand the mechanism of tin electrodeposition, and the effect of electrolyte anions and naphthalene-based additives, during the early and subsequent stages of the process.
Show less- All authors
- Aranzales Ochoa, D.M.
- Supervisor
- Koper, M.T.M.
- Co-supervisor
- Wijenberg, J.
- Committee
- Bouwman, E.; Overkleeft, H.S.; Mol, J.M.C.; Hubin, A.; Hetterscheid, D.G.H.
- Qualification
- Doctor (dr.)
- Awarding Institution
- Leiden Institute of Chemistry (LIC), Faculty of Science, Leiden University
- Date
- 2021-03-17
Funding
- Sponsorship
- Tata Steel Nederland Technology B.V. through the Materials Innovation Institute M2i and the Technology Foundation TTW, which is the applied science division of the Netherlands Organization for Scientific Research (NWO) and the Technology Programme of the Ministry of Economic Affairs of the Netherlands.