Abstract
A design of an ion trap apparatus for measurements of excitation functions of d(d,p)t and He3(d,p)He4 reactions with bare beam and target at energies below the Coulomb barrier is presented. It aims to deduce the exact astrophysical S factor (cross section) without any modification due to the atomic electrons of target or both projectile and/or target particles in the region 1.5<Ecm<12 keV and 6.5<Ecm<15 keV. The technology of electron beam ion sources and traps has been applied substantially to solve luminosity and background problems for the measurement of nuclear reactions with less than a nanobarn cross section for astrophysical interest.
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