380 GeV e+e- collisions, Higgs type, PYTHIA8 generator: gev380ee_pythia8_zhiggs_nunugg
PYTHIA version 8. Z+Higgs, with Higgs production to g+g. Z decays to neutrinos (all 3 flavors). Pythia8 default tune.
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PYTHIA version 8. Z+Higgs, with Higgs production to g+g. Z decays to neutrinos (all 3 flavors). Pythia8 default tune.
PYTHIA version 8. Z+Higgs, with Higgs production to bbar. Z decays to neutrinos (all 3 flavors). Pythia8 default tune.
PYTHIA version 6. Z+Higgs, with Higgs production to g+g. Z decays to neutrinos (all 3 flavors). Pythia6 default tune.
PYTHIA version 6. Z+Higgs production, with Higgs decaying to mu+mu. Z decays to neutrinos (all 3 flavors). Pythia6 default tune.
PYTHIA version 6. Z+Higgs, with Higgs production to g+g. Z decays to neutrinos (all 3 flavors). Pythia6 default tune.
PYTHIA version 6. Z+Higgs production, with Higgs decaying to mu+mu. Z decays to neutrinos (all 3 flavors). Pythia6 default tune.
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Balloon-borne detector observations of primary cosmic ray electrons between 17 MeV and 1GeV
Primary interplanetary electron energy spectrum, using Pioneer 8 measurements
Origin of cosmic electrons with high energies from supernovae
Biological studies, proton carcinogenesis, the interaction of protons and gamma-rays on carcinogenesis, proton-induced acute mortality, and chemical protection against proton-induced acute mortality were studied in the rat and these proton-produced responses were compared to similar responses produced by gamma-rays or X-rays. Litter-mate mice were assigned to each experimental and control group so that approximately equal numbers of litter mates were placed in each group. Animals to be studied for mammary neoplasia were handled for 365 days post-exposure when all animals alive were killed. All animals were examined frequently for mammary tumors and as these were found, they were removed, sectioned and given a pathologic classification.
Recent observations of cosmic gamma-rays made subsequent to the discovery of energetic photons from the galactic plane are analyzed. Three main areas under current investigation are treated. They are: (1) gamma ray emission from the plane of the galaxy, with emphasis on observations made in the vicinity of the galactic center, (2) gamma ray emission from the Crab nebula and its pulsar, and (3) diffuse gamma radiation.
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Recent observations of cosmic gamma rays made subsequent to the discovery of energetic protons from the galactic plane are discussed. The main areas covered include: (1) gamma ray emission from the plane galaxy, with emphasis on observations made in the vicinity of the galactic center, (2) gamma ray emission from the Crab nebula and its pulsar, and (3) diffuse gamma radiation.