Ion track
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- Heavy-Ion Track Spectra in Lunar and Analogous Materials S, R
- Latent Ion Tracks in Polymers for Future Use in Nanoelectronics: an Overview of T He Present State-Of-The-Art
- Redox Response of Actinide Materials to Highly Ionizing Radiation
- Applications of Particle Accelerators in Europe 2 Table of Contents Applications of Particle Accelerators in Europe 1.2
- Electronic Setup for Etching Ion Tracks and Electrochemical Deposition of Materials Inside Nanopores Cristian Zet1, Ionuţ Encul
- Ion Tracks in Silicon Formed by Much Lower Energy Deposition Than the Track Formation Threshold H
- Accelerator Complex Based on Dc-60 Cyclotron M
- Analysis of Nanometre Sized Aligned Conical Pores Using SAXS
- Track-Etched Ultrafiltration Polymer Membranes Produced by Light Ion Irradiation
- Investigation of the Formation Mechanisms of the High Burnup Structure in the Spent Nuclear Fuel - Experimental Simulation with Ions Beams Yara Haddad
- Controlled Fabrication of Ion Track Nanowires and Channels
- Track Structure Ionizing Radiation Produces Tracks Defined by the Geometry of the Energy Deposition Events
- Metal Nanotube/Nanowire-Based Unsupported Network Electrocatalysts
- Role of Compression Metallization in UO2 Fission-Product Energy
- Track Structure Modelling for Ion Radiotherapy
- Formation of Nanoporous Structures of Polypropylene Irradiated by High Energy Heavy Ions A.M
- Ionizing Radiation in Nanotechnology in Europe
- Precipitation of Pt Nanoparticles Inside Ion-Track-Etched Capillaries