COST Action CM1301 (CELINA) has, since 2013, brought together experts from all research areas related to FEBID. The Action has thus made significant contributions towards the fundamental understanding and consequent advancement of this technology while, at the same time, linking European research to the most recent developments worldwide in the more general area of focused electron beam induced processing (FEBIP).
The achievements of CELINA will be published in a Thematic Series ‘Chemistry for electron-induced nanofabrication’ of the Beilstein Journal of Nanotechnology. This Thematic Series will cover all relevant aspects of FEBIP and in particular FEBID, including:
The performance of these nanofabrication processes and the properties of the resulting nanomaterials depend decisively on how precisely the underlying chemistry can be controlled. In fact, it is the interplay of electron-induced and thermal precursor chemistry together with the reactivity of the surface where these reactions take place that determines the composition and the spatial resolution of deposits fabricated by FEBIP. This calls for the development of novel precursors designed specifically for electron beam driven processing and optimized processes with respect to surface chemistry or added purification reagents, taking also into consideration new developments in precursor supply instrumentation.
Prof. Petra Swiderek / University of Bremen
Dr. Hubertus Marbach / Friedrich-Alexander University Erlangen-Nürnberg
Prof. Cornelis W. Hagen / Delft University of Technology
June 20, 2017
Please inform Petra Swiderek if you intend to submit a manuscript, and if so, in which format (Review, Research Article or Letter) or if you have questions regarding the scope of this Thematic Issue. When you are ready to submit your article, please upload it directly to the Beilstein Publishing System along with your cover letter containing the following information:
COST is supported by the EU Framework Programme Horizon 2020
Chemistry and Molecular Sciences and Technology