Results 261 to 270 of about 60,650 (278)
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Periodic Orbits and Resonances
1999From the Greeks’ epicycles (which, as we have already remembered, in the last century were reincarnated in terms of Fourier series) to the present studies on the periodic solutions of dynamical systems, the attention to closed orbits (for a topologist always equivalent to circles) has been continuous.
Dino Boccaletti, Giuseppe Pucacco
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3d-orbital resonance in divalent sulphides—VI
Tetrahedron, 1964Abstract The rates of base-catalysed hydrogen-isotope exchange reactions of various sulphides and their corresponding oxygen analogues have been measured in order to compare the relative acidifying effects of mercapto and alkoxy groups toward α-hydrogen atoms.
S. Oae, A. Ohno, W. Tagaki
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Resonant Orbits due to Evection Resonance
Proceeding Series of the Brazilian Society of Computational and Applied Mathematics, 2022Jean Paulo S. Carvalho +2 more
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Characteristics of resonant periodic orbits
Astrophysics and Space Science, 1982We study the families of periodic orbits in a time-independent two-dimensional potential field symmetric with respect to both axes. By numerical calculations we find characteristic curves of several families of periodic orbits when the ratio of the unperturbed frequencies isA1/2/B1/2=2/1.
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2004
The aim of this paper is to expound some important results achieved in the last 30 years about the dynamics of celestial bodies in spin-orbit resonance. First, we identify three distinct categories among these celestial bodies and we explain the differences between these categories.
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The aim of this paper is to expound some important results achieved in the last 30 years about the dynamics of celestial bodies in spin-orbit resonance. First, we identify three distinct categories among these celestial bodies and we explain the differences between these categories.
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Resonant driving of chaotic orbits
Physical Review E, 1995, Kandrup, , Abernathy, , Bradley
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Magnetic Resonance Imaging of Orbital Tumors
International Ophthalmology Clinics, 1993P, De Potter +3 more
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