First observation of spin dichroism with deuterons up to 20 MeV in a carbon target

TL;DR

This paper reports the first experimental observation of deuteron spin dichroism in the 6-20 MeV energy range using a carbon target, providing new insights into spin-dependent nuclear interactions.

Contribution

It presents the first experimental detection of deuteron spin dichroism at energies up to 20 MeV, expanding understanding of spin effects in nuclear physics.

Findings

Observation of deuteron spin dichroism in 6-20 MeV range

Experimental values measured for deuterons passing through carbon

First report of this phenomenon in this energy region

Abstract

The first observation of the phenomenom of deuteron spin dichroism in the energy region of 6-20 MeV is described. Experimental values of this effect for deuterons after passage of an unpolarized carbon target are reported.