Differential Cross Sections of 9Be(d,p0)10Be, 9Be(d,p1)10Be, 9Be(d,α0)7Li and 9Be(d,α1)7Li reactions

In the present work, the cross sections of the 9Be(d,p0)10Be, 9Be(d,p1)10Be,9Be(d,α0)7Li and 9Be(d,α1)7Li in the deuteron energy range Elab= 1 – 2.2 MeV with an energy step of 20 keV and at detection angles between 120o and 170o were measured, suitable for nuclear reaction analysis. A Si3N4film coated with a thin Be layer was used and the cross sections are determined relatively to the cross section of the natSi(d,d)natSi elastic scattering. Additionally, proton and oxygen beam measurements were carried out in order to determine the atomic areal density which is required to determine the cross sections.

Obtaining of 186Re for Nuclear Medicine Using 13 MeV Deuterons

Results of obtaining of 186Re for nuclear medicine using 13 MeV deuterons were presented. Cross section and yield of 186W(d,2n)186Re reaction were experimentally measured in the deuterons energy range from the threshold up to 13 MeV. The total yield of 186Re in the energy range 12.5/6.43 MeV from natural tungsten was measured as (2.3 ± 0.15) MBq/(uA·h). The yield of the 186Re from enriched 186W for deuteron energy 12.5 MeV was evaluated as (8.2 ± 0.13)MBq/(uA·h). Possibility of 186Re obtaining in sufficient quantities for a radiopharmaceuticals synthesis was established. On the basis of data on the yield 186Re it is confidently expected that using of Tomsk Polytechnic University cyclotron can produce enough amount of 186Re for using in nuclear medicine

Spin Physics at NICA

The NICA-SPD project is under preparation at the 2nd interaction point of the NICA collider. The main purpose of this experiment is the study of the nucleon spin structure with high intensity polarized proton and deuteron beams. The design of the collider can allow us to reach a very high collision proton (deuteron) energy up to [Formula: see text]s [Formula: see text][Formula: see text]26 (12) GeV with the average luminosity up to 10[Formula: see text] (10[Formula: see text] cm[Formula: see text] Both proton and deuteron beams will be effectively polarized. The one gives us unique possibilities to investigate the polarized phenomena and nucleon spin structure at NICA. The comprehensive program of these studies is presented.

Experimental data on the dp → ppn reaction at the deuteron energy of 300–500MeV obtained at ITS at Nuclotron

The experiment on dp non-mesonic breakup at Internal Target Station at Nuclotron is presented. Recent results on the study of the dp-breakup reaction with 300–500[Formula: see text]MeV unpolarized deuteron beam at Internal Target Station at Nuclotron are discussed. Selection procedure of useful events for the [Formula: see text] reaction with the registration of two protons is shown. Further scientific program with polarized and unpolarized deuterons is discussed.