Quantum Calculation of Cooperative Muon-Nuclear Processes: Discharge of Metastable Nuclei During Negative Muon Capture

SENSING NEW g- QUANTUM-MUON-NUCLEAR INTERACTION EFFECTS: DISCHARGE OF METASTABLE NUCLEI DURING MUON CAPTURE

“…This paper goes on our studies [1,2] on carrying out theoretical schemes for sensing new γ quantummuon-nuclear interaction effects , which can be used for creation of the new type sensors in tasks of nuclear technologies. Let us note at beginning that in last years with appearance of the intensive neutron pensils, powerful laser sources new interest attracts a class of problems, connected with the γ quantummuon-nuclear interactions (c.f.…”

“…Let us note at beginning that in last years with appearance of the intensive neutron pensils, powerful laser sources new interest attracts a class of problems, connected with the γ quantummuon-nuclear interactions (c.f. [1][2][3][4][5]). In fact, speech is about processes of elementary particle-nuclear interactions, which were studied ealier (c.f.…”

“…It had been studied a possibility of action on processes of decay of the nuclei with participating the electrons of atomic shells (K-capture and internal conversion)by means their ionization (c.f. [1,2,7]). It had been considered a possibility of accelerating discharge of a metastable nucleus by means of the angle momentum part to electron shell of atom [2,6].…”

“…[1,2,7]). It had been considered a possibility of accelerating discharge of a metastable nucleus by means of the angle momentum part to electron shell of atom [2,6]. A comprehensive QED theory of cooperative laser-electronnuclear processes is developed in refs.…”

“…A comprehensive QED theory of cooperative laser-electronnuclear processes is developed in refs. [1,2,[10][11][12][13][14][15]. An effect of electron shell is quite small as the parameter r n /r a is small (r n is a radius of nucleus and r a is a radius of atom).…”