The basic physics behind the interaction of ions with solid-state matter is discussed, with an
emphasis on the formation of interaction products between the ions and target atoms …

The beam optics in a nuclear microprobe is considered on the basis of quality criteria for
focusing systems. In this consideration, empirical criteria with dominant chromatic or intrinsic …

A new scanning nuclear microprobe based on a single-ended 2MV Van de Graaff
accelerator has recently been designed and constructed at the Sumy Institute of Applied …

Согласно прогнозам ведущих экспертов, к середине XXI в. планируется значительный
рывок в использовании наноматериалов и нанотехнологий в авиации, космосе …

The beam emittance is maximized for a given beam spot size. Five magnetic quadrupole
systems (one triplet and four Russian quadruplets) are numerically investigated taking into …

Over the past decade, in MeV ion beam microanalysis efforts to achieve a spatial resolution
better than 0.1 μm with a beam current of∼ 100 pA have been connected with microprobes …

Accelerator-based analytical facility (AAF) of the Institute of Applied Physics of the National
Academy of Sciences of Ukraine is described. The research facility is based on a compact …

High-energy proton microbeam facilities are powerful tools in space science, biology and
cancer therapy studies. The primary limitations of the 50 MeV proton microbeam system are …

The lens strengths, demagnifications and spherical aberrations of many different quadrupole
focusing systems for an ion microprobe are calculated and compared. The paper studies …

This paper describes computer simulation of the optimum lens arrangement and collimator
slit dimensions in magnetic quadrupole probe forming systems based on separated Russian …