Secondary nuclear fragment beams for investigations of relativistic fragmentation of light radioactive nuclei using nuclear photoemulsion at Nuclotron

Abstract

Slowly extracted relativistic beams of light nuclei and a beam transportation line net system constitute a good base for secondary nuclear beams forming at the LHE accelerator facility. A recent years activity in the field at the Laboratory is connected with a project on study light nuclei structure by means the emulsion technique [1,2]. The paper shortly summarizes results of the work.

References in corpus (5)

• Special features of the ${}^9$Be$\to$2He fragmentation in emulsion at an energy of 1.2~A~GeV
• Fragmentation channels of relativistic ${}^7$Be nuclei in peripheral interactions
• Investigation of Light Nucleus Clustering in Relativistic Multifragmentation Processes
• Topology of "white" stars in relativistic fragmentation of light nuclei
• Peripheral fragmentation of the ${}^8$B nuclei at an energy of 1.2A GeV in nuclear track emulsion

Cited by in corpus (8)

• "Tomography" of the cluster structure of light nuclei via relativistic dissociation
• Charge Topology of the Coherent Dissociation of Relativistic C-11 and N-12 Nuclei
• Coherent Dissociation of Relativistic C-9 Nuclei
• Dissociation of relativistic ${}^{10}$C nuclei in nuclear track emulsion
• Exposure of Nuclear Track Emulsion to a Mixed Beam of Relativistic ${}^{12}$N, ${}^{10}$C, and ${}^7$Be Nuclei
• Coherent Dissociation of Relativistic N-12 Nuclei
• On a possible observation of "dihelion" in dissociation of relativistic ${}^9$C nuclei
• The ${}^8$Be nucleus and the Hoyle state in dissociation of relativistic nuclei