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Monte Carlo-based subcellular comparison of electron energy deposition by <sup>177</sup>Lu and <sup>161</sup> Tb: implications for targeted radiopharmaceutical therapy. [PDF]
EJNMMI PhysVelo AF, Carter LM, Humm JL.
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Kinetic description of changes in the size of casein microparticles under simulated gastric conditions. [PDF]
Sci RepGebhardt R, Hohn C.
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Design, Optimization, and Inference of Biphasic Decay of Infectious Virus Particles
Jérémy Seurat +4 more
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Nature, 1951
In 1947, Rochester and Butler twice observed that cosmic rays produced peculiar V-shaped tracks in a cloud chamber. These events, they suggested, reflected the decay of unknown particles with masses roughly 1,000 times that of an electron. In 1949 and 1951, Brown et al. and Armenteros et al.
R, ARMENTEROS +4 more
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In 1947, Rochester and Butler twice observed that cosmic rays produced peculiar V-shaped tracks in a cloud chamber. These events, they suggested, reflected the decay of unknown particles with masses roughly 1,000 times that of an electron. In 1949 and 1951, Brown et al. and Armenteros et al.
R, ARMENTEROS +4 more
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Annual Review of Nuclear Science, 1959
The theory- of weak interactions of elementary- particles is reviewed relative to the hypotheses of the universal rermi V--A interaction between particles and the composite model of strangely- interacting particles. Emphasis is placed on leptonic decays of strage particles. The properties of weak interactions are discussed.
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The theory- of weak interactions of elementary- particles is reviewed relative to the hypotheses of the universal rermi V--A interaction between particles and the composite model of strangely- interacting particles. Emphasis is placed on leptonic decays of strage particles. The properties of weak interactions are discussed.
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International Journal of Theoretical Physics, 1989
Applying a finite color symmetry group, it is shown that every “elementary particle” can be associated with a unique graph. This graph describes the gluon motions and is called the particle's strong graph. One also has an associated weak graph that describes the photon motions.
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Applying a finite color symmetry group, it is shown that every “elementary particle” can be associated with a unique graph. This graph describes the gluon motions and is called the particle's strong graph. One also has an associated weak graph that describes the photon motions.
openaire +1 more source