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Dermott's law is an empirical formula for the orbital period of major satellites orbiting planets in the Solar System. It was identified by the celestial mechanics researcher in the 1960s and takes the form: for Where T(n) is the orbital period of the nth satellite, T(0) is of the order of days and C is a constant of the satellite system in question. Specific values are: * Jovian system: T(0) = 0.444 d, C = 2.03 * Saturnian system: T(0)=0.462 d, C = 1.59 * Uranian system: T(0) = 0.760 d, C = 1.80

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  • Ley de Dermott (es)
  • Dermott's law (en)
  • Loi de Dermott (fr)
  • Legge di Dermott (it)
  • 德莫特定律 (zh)
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  • La loi de Dermott est une formule empirique concernant la période de révolution des principaux satellites en orbite autour des planètes du système solaire. Elle a été établie par le chercheur en mécanique céleste dans les années 60. (fr)
  • La legge di Dermott è una relazione empirica che lega i periodi di rivoluzione dei principali satelliti naturali dei giganti gassosi del sistema solare. La sua enunciazione, ad opera del meccanico celeste , risale agli anni 1960. (it)
  • 德莫特定律 是太陽系中行星主要天然衛星軌道週期的經驗公式。它是一位天體力學的研究員,在1960年代確定的,他採用的形式為: for 此處的T(n)是第n顆衛星的軌道週期,T(0)是以日為單位,而C是在這個問題中衛星系統需要的常數。一些特定的值如下: * 木星系統: T(0) = 0.444 d,C = 2.03 * 土星系統: T(0) = 0.462 d,C = 1.59 * 天王星系統: T(0) = 0.488 d,C = 2.24 這個強有力的定律可能是塌縮星雲模型和衛星系統擁有各種對稱性的結果;參見提丟斯-波德定律。它們可能也反映在不同系統中的諧振相對於通約性的影響。 (zh)
  • Dermott's law is an empirical formula for the orbital period of major satellites orbiting planets in the Solar System. It was identified by the celestial mechanics researcher in the 1960s and takes the form: for Where T(n) is the orbital period of the nth satellite, T(0) is of the order of days and C is a constant of the satellite system in question. Specific values are: * Jovian system: T(0) = 0.444 d, C = 2.03 * Saturnian system: T(0)=0.462 d, C = 1.59 * Uranian system: T(0) = 0.760 d, C = 1.80 (en)
  • La ley de Dermott es una fórmula empírica para el periodo orbital de la mayoría de los satélites que orbitan los planetas en el sistema solar. Fue identificada por el investigador de mecánica celeste en los años 60, y toma la expresión: for Donde T(n) es el periodo orbital del n-ésimo satélite, T(0) es del orden de días, y C es una constante del sistema de satélites en cuestión. Los valores específicos son: * Sistema joviano: T(0) = 0.444 d, C = 2.03 * Sistema saturniano: T(0) = 0.462 d, C = 1.59 * Sistema uraniano: T(0) = 0.488 d, C = 2.24 (es)
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  • Dermott's law is an empirical formula for the orbital period of major satellites orbiting planets in the Solar System. It was identified by the celestial mechanics researcher in the 1960s and takes the form: for Where T(n) is the orbital period of the nth satellite, T(0) is of the order of days and C is a constant of the satellite system in question. Specific values are: * Jovian system: T(0) = 0.444 d, C = 2.03 * Saturnian system: T(0)=0.462 d, C = 1.59 * Uranian system: T(0) = 0.760 d, C = 1.80 Such power-laws may be a consequence of collapsing-cloud models of planetary and satellite systems possessing various symmetries; see Titius-Bode law. They may also reflect the effect of resonance-driven commensurabilities in the various systems. (en)
  • La ley de Dermott es una fórmula empírica para el periodo orbital de la mayoría de los satélites que orbitan los planetas en el sistema solar. Fue identificada por el investigador de mecánica celeste en los años 60, y toma la expresión: for Donde T(n) es el periodo orbital del n-ésimo satélite, T(0) es del orden de días, y C es una constante del sistema de satélites en cuestión. Los valores específicos son: * Sistema joviano: T(0) = 0.444 d, C = 2.03 * Sistema saturniano: T(0) = 0.462 d, C = 1.59 * Sistema uraniano: T(0) = 0.488 d, C = 2.24 Tal "Ley del más fuerte" puede ser una consecuencia de modelos de colapso de nube de sistemas planetarios y de sistemas que poseen varias simetrías; ver Ley de Titius-Bode. También pueden reflejar el efecto de la resonancia conducida conmensurabilidades en los diferentes sistemas. (es)
  • La loi de Dermott est une formule empirique concernant la période de révolution des principaux satellites en orbite autour des planètes du système solaire. Elle a été établie par le chercheur en mécanique céleste dans les années 60. (fr)
  • La legge di Dermott è una relazione empirica che lega i periodi di rivoluzione dei principali satelliti naturali dei giganti gassosi del sistema solare. La sua enunciazione, ad opera del meccanico celeste , risale agli anni 1960. (it)
  • 德莫特定律 是太陽系中行星主要天然衛星軌道週期的經驗公式。它是一位天體力學的研究員,在1960年代確定的,他採用的形式為: for 此處的T(n)是第n顆衛星的軌道週期,T(0)是以日為單位,而C是在這個問題中衛星系統需要的常數。一些特定的值如下: * 木星系統: T(0) = 0.444 d,C = 2.03 * 土星系統: T(0) = 0.462 d,C = 1.59 * 天王星系統: T(0) = 0.488 d,C = 2.24 這個強有力的定律可能是塌縮星雲模型和衛星系統擁有各種對稱性的結果;參見提丟斯-波德定律。它們可能也反映在不同系統中的諧振相對於通約性的影響。 (zh)
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