Kaonic nuclei studied based on a new framework of antisymmetrized molecular dynamics
We have developed a new framework of antisymmetrized molecular dynamics (AMD), to adequately treat the I=0 KN interaction, which is essential to study kaonic nuclei. The improved points are 1) pK{sup -}/nK{sup 0} mixing and 2) total spin and isospin projections. These improvements enable us to investigate various kaonic nuclei (ppnK{sup -}, pppK{sup -}, pppnK{sup -}, {sup 6}BeK{sup -}, {sup 9}BK{sup -}, and {sup 11}CK{sup -}) systematically. We have found that they are deeply bound and extremely dense with a variety of shapes.
A bibliography containing 109 references is presented on the non- destructive analysis of irradiated and unirradiated reactor fuel assemblies. A description of the theory of each method, the equipment utilized, and estimates of the precision obtainable are cortained. Problems presented by variations in enrichment, alloying, cladding, geometrical arrangement, etc., are discussed. (C.J.G.)