Survey of Inelastic Scattering of Deuterons by Heavy Elements

Abstract

4 The author is greatly indebted to M. Baranger for explanations of most of these ideas. 5 M. Baranger, Phys. Rev. 120, 957 (1960); see also R.

A Note on Wave Phenomena Due to a Moving and Oscillating Dipole in a Compressible Plasma Column

“…I t is well lcnown (Cohen 1961) that in a plasma medium, the phase velocity of light being greater than that in vacuum, a moving charge does not radiate. I t may, however, produce a n acoustical shock wave which may be called acoustical Cerenlcov radiation.…”

“…Correspondingly, the angles of emission in plasma and vacuum, respectively, are given by (Field 1956;Cohen 1961) that the set of equations in (1) can be deco~nposed into two groups. One group contains all the magnetic field and no charge accumulation representiilg an ordinary electroinagiletic wave ill a plasina without a pressure term.…”

“…We start with linearized plasma equations containing a n isotropic pressure term (Cohen 1961) plus a n external moving dipole in i\/Iaxwellls equations. Although the differential equations of fields can be decomposed into the electromagnetic mode and the plasma mode, they become coupled through the boundary.…”

Structure ofSn120and the Effect of the Pairing Correlation on the Reduction ofE2Transition inIkegami1, Udagawa2 1961Phys. Rev.39000View full textAdd to dashboardCite

“…1 The firstexcited 2+ state is known to be a collective state from the Coulomb excitation experiment 4 and from a recent experiment on the (d,d') reaction performed by Cohen and Price. 16 KS calculated the energy of this collective vibrational state and the 2 + -*0~f E2 transition probability by introducing collective coordinates to describe the collective motion. Their calculated values are 1.22 Mev for the energy and 0.28X10~4 8 e 2 cm 4 for the B(E2), which are in very good agreement with the experimental values 1.17 Mev and 0.22X10~4 8 e 2 cm 4 , respectively.…”

Levels in 115Sn

“…The level structure for this nucleus has not been well established. Level energies determined from previous studies mainly on particle transfer reactions [1][2][3][4] are not precise and the amount of information obtained from decay studies [5, 61 has been highly limited.…”