M. Betigeri

Study of the reactions 66Zn(3He, d) 67Ga and 66Zn(3He, α)65Zn

Abstract Angular distributions for α-particles and deuterons from the reactions 66Zn(3He, d)67Ga and 66Zn(3He, α)65Zn have been measured at an incident 3He energy of 18 MeV, using a broad-range magnetic spectrograph. DWBA analysis gives information about the 66Zn ground state configuration as well as the neutron hole states in 65Zn and the single-particle proton states in 67Ga. p]Analogue states in 65Zn corresponding to low-lying levels in 65Cu and in 67Ga corresponding to low-lying levels in 67Zn have been identified.

Simultaneous measurements of the p+d→(A=3)+π reactions

A stack of annular detectors made of high purity germanium was used to measure simultaneously

Analogue states in 73As via the 72Ge(p, p'e) reaction

pd\to {^3H} \pi^+

Multinucleon transfer studies in 12C+88Sr

and

Isobaric analogue states in 73As

pd\to {^3He} \pi^0

Investigation of two- and three-nucleon transfer reactions in12C +56Fe

differential cross sections at beam momenta of 750 MeV/c, 800 MeV/c, and 850 MeV/c over a large angular range. The extracted total cross sections for the

Differential cross section measurement for the pp -> d(pi)+ reaction at 850 MeV/c

pd\to {^3He} \pi^0

Investigation of multi-nucleon transfer reactions in 12C + 115In

reactions bridge a gap between near threshold data and those in the resonance region. The ratio of the cross sections for the two reaction channels taken at the same

Study of the reaction 115In(12C, 11B)116Sn

\eta={p^{cm}_\pi}/m_\pi

Excited atomic state of Li

yields