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Explicit atomistic modelling of solid-solid interfaces: from construction to design.
Chem Commun (Camb)Lavrinenko AK +4 more
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Ion track technology – a persisting challenge
New Astronomy Reviews, 1998Abstract A glimpse on the technological potential of ion tracks in solids is provided from research based at the heavy ion accelerator facility in Darmstadt. The high local energy density of swift heavy ions enables micro- and nanostructures previously impossible.
Reimar Spohr
exaly +2 more sources
Ion track template technology for fabrication of CdTe and CdO nanocrystals
Nuclear Instruments & Methods in Physics Research B, 2020Abstract CdTe and CdO nanocrystals were synthesized by chemical deposition into a-SiO2/n-Si ion track template formed by 200 MeV Xe ion irradiation with the fluence of 108 ions/cm2. Depending on the temperature of the solution CdTe + CdO and single-phase CdO with a hexagonal crystal structure were obtained, respectively.
Alma Dauletbekova +2 more
exaly +2 more sources
Ion Track Enabled High Aspect Ratio Flexible PCB Via Technology
MRS Proceedings, 2004 ABSTRACTBy combining ion track technology with ordinary low-resolution printed circuitboard lithography it is possible at low cost to create high aspect ratios via connectors, as solid plugs or consisting of bundles of sub-micron connector wires at a small total cross-section.Ion track enabled microwave circuits in flexible printed circuit boards are ...
Mikael Lindeberg +4 more
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Nanoclusters and nanotubes for swift ion track technology
Radiation Effects and Defects in Solids, 2007With interest rising recently in nanostructures of all kinds, attention was also given to etched ion tracks in insulators. The emerging nanopores with a very high aspect ratio enable one to create new functionalities, especially in thin polymeric foils and oxide-on-silicon structures, when combined with electronic, optical, catalytic or sensing ...
Dipak Sinha
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Status of ion track technology—Prospects of single tracks
Radiation Measurements, 2005Abstract A glimpse on the present status of ion track technology is provided: irradiation, etching and electro-replication of single and multiple ion tracks. The uses of an electrolytic cell for single and counted track studies are sketched. In connection with a data acquisition system such a device enables to determine in real-time: track and bulk ...
exaly +2 more sources
Colloid Journal
In the last two decades, the creation and research of superhydrophobic nanomaterials based on the “lotus effect” have attracted great interest. The effect is caused by the heterogeneous wetting of rough surfaces, when the grooves of a rough surface are filled with air (vapour) and water only contacts the tops of the protrusions. The drop forms a sphere
P Yu Apel
exaly +2 more sources
In the last two decades, the creation and research of superhydrophobic nanomaterials based on the “lotus effect” have attracted great interest. The effect is caused by the heterogeneous wetting of rough surfaces, when the grooves of a rough surface are filled with air (vapour) and water only contacts the tops of the protrusions. The drop forms a sphere
P Yu Apel
exaly +2 more sources
Ion tracks and microstructure technology
International Journal of Radiation Applications and Instrumentation. Part D. Nuclear Tracks and Radiation Measurements, 1988Abstract Present-day microtechnology depends very much on the availability of suitable lithographic techniques for generating smaller and smaller structures. On this road, conventional techniques using light particles, such as photons or electrons, are approaching their technological limits.
Bernd Eberhard Fischer, Reimar Spohr
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Tunable nanoporous silicon oxide templates by swift heavy ion tracks technology
Nanotechnology, 2016Nanoporous silicon oxide templates formed by swift heavy ion tracks technology have been investigated. The influence of the heavy ion characteristics, such as type of ion, energy, stopping power and irradiation fluence on the pore properties of the silicon oxide templates, has been studied. Furthermore, the process of pore formation by chemical etching
Kaniukov, Yu +6 more
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