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Journal of Mathematical Physics, 1971
A new analytic function method is utilized to study self-consistent vector interactions in the non-relativistic case. A mass formula is obtained as a function of the current and charge densities and found to yield particle radii near the Compton lengths for a number of elementary particles.
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A new analytic function method is utilized to study self-consistent vector interactions in the non-relativistic case. A mass formula is obtained as a function of the current and charge densities and found to yield particle radii near the Compton lengths for a number of elementary particles.
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Strong resonance in forced oscillatory convection
Physical Review A, 1987We report results of an experimental study of the flow regimes observed when time-periodic convection is forced with an external frequency. The physical system is a layer of mercury heated from below. When the temperature difference across the layer exceeds a critical value ΔT ο, the oscillatory instability of convection rolls leads to a time-periodic ...
, Chiffaudel, , Fauve
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Mastering Nature's Strong Force
Science, 1995The strong force that holds quarks together to make up protons and neutrons has long defied theorists' calculations. Lately, however, with the help of years of supercomputer calculations, they have predicted the properties of hypothetical offspring of the strong force called glueballs—collections of gluons, the particles that transmit the strong force.
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Many-Body Problem with Strong Forces
Physical Review, 1955A trial solution constructed from two-particle functions is applied to the problem of the $N$-particle system with strong interactions. In a variational treatment based on this wave function the expectation values, which cannot be factored into single-particle integrals, are evaluated by a cluster development in powers of the particle density.
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Force Unification: Is the Strong Force Simply Gravity?
2012Is the strong force simply relativistic gravity? The very good, semiquantitative agreement shown in Table 1.1 and in Chaps. 7–10 between experiment and the Bohr-type rotating neutrino model described in Chap. 6 and summarized in Table 1.1 or 7.1 provides strong support to a positive answer.
Constantinos G. Vayenas +1 more
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Strong acoustic forcing on conical premixed flames
Symposium (International) on Combustion, 1998Premixed conical flames deform to a quasi-hemispherical shape in the presence of an intense acoustic field. Visualizations show different behaviors of the flame that may be stable or unstable, according to the acoustic power. Effects of the burner geometry are analyzed, and emphasis is put on the influence of the burner exit on the flame shape ...
Durox, Daniel +2 more
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The Strong Force: Quantum Chromo Dynamics
2019Quantum Chromo Dynamics (in short QCD) is the field that studies the strong force between quarks. Like QED (Quantum Electro Dynamics) studies the electromagnetic force on the basis of quantum field theory, QCD does so as well. So we will find many similarities in applying fields, waves, interactions and how the force comes about.
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Strong Coupling Mesotron Theory of Nuclear Forces
Physical Review, 1943A theory of nuclear forces is developed, based on the hypothesis that the interaction between a nuclear particle and the mesotron field is strong. Two types of mesotron fields are considered, the charged scalar and the neutral pseudoscalar. The latter, for large enough separation, gives forces between two nuclear particles of the same type as those ...
Serber, R., Dancoff, S. M.
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