No abstract available

[en] The nova model of hadron-hadron scattering is extended to treat the fragmentation of heavy nuclei, and the results are in agreement with recent experiments. (4 figures, 1 table) (U.S.)

No abstract available

No abstract available

No abstract available

[en] We discuss the consequences of the vector symmetry recently suggested by one of us for the decays of heavy quarks, b and c. (orig.)

[en] We point out that there might have been seen a structure in differential Ksub(S) regeneration cross sections in nuclei near the diffraction-like minimum. A few neutrons in the peripheral region which behave incoherently with the majority of nucleons can account for the observed structure. The number of neutrons is estimated to be 1.16 for Pb. (orig.)

[en] A listing is presented of the 297 articles from which the data in Part I were abstracted. These listings contain additional information on each of these articles: authors, title, abstract, closely related references, beam, momenta of experiment, target, etc. One also gives tables of the data as they appeared in the original articles. Systematic comments are made specifying how the final data were obtained; for example, mass cuts for resonance production cross sections, spectator momentum cuts, corrections for systematic biases, etc. This information, extracted from the papers, is given to aid the reader in his evaluation of the results and in any comparison with other experiments

[en] Probability of the delayed fission via hypernucleus induced by antiproton is calculated for ²³⁸U assuming a few loosely bound neutrons, a neutron halo. In this paper an analysis is given for the each stages of the elementary processes, annihilation, hadronization and formation of hypernucleus. The authors show that the rate of the delayed fission is the right order of magnitude

[en] The kinematical two-body fragmentation model is generalized to multibody fragmentation. Comparison with statistical model is given and possible experiments to distinguish the two models are suggested