Image analysis of plasma using Labview

Producing and trapping of antihydrogen strongly depends on production of positron plasmas of low temperatures. Therefore the ALPHA experiment is immensely interested in reducing the temperature of positrons that are being attained in the current experiment. In recent experiments a new way of cooling of positrons has been demonstrated - sympathetic cooling. In this method the Beryllium (in our case) ions are cooled down by a laser to very low temperature and mixed with positrons. They collide with each other, resulting in cooled positrons

An evaluation of the alpha-cluster formation factor in

In this work we suggest some methods based on the statistical and knock-on models, for evaluation of the α-clustering factor or α-clustering probability in (n, α) reactions induced by slow and fast neutrons. The main purpose of this study is to compare the values of the α-clustering factors obtained by the compound and direct mechanisms for the same nuclear reactions. Also, our results are compared with values estimated by other authors

An evaluation of the alpha-cluster formation factor in (n, α) reactions

In this work we suggest some methods based on the statistical and knock-on models, for evaluation of the α-clustering factor or α-clustering probability in (n, α) reactions induced by slow and fast neutrons. The main purpose of this study is to compare the values of the α-clustering factors obtained by the compound and direct mechanisms for the same nuclear reactions. Also, our results are compared with values estimated by other authors