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Elevatrum spatiale

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Diagram of a space elevator. At the bottom of the tall diagram is the Earth as viewed from high above the North Pole. About six earth-radii above the Earth an arc is drawn with the same center as the Earth. The arc depicts the level of geosynchronous orbit. About twice as high as the arc and directly above the Earth's center, a counterweight is depicted by a small square. A line depicting the space elevator's cable connects the counterweight to the equator directly below it. The system's center of mass is described as above the level of geosynchronous orbit. The center of mass is shown roughly to be about a quarter of the way up from the geosynchronous arc to the counterweight. The bottom of the cable is indicated to be anchored at the equator. A climber is depicted by a small rounded square. The climber is shown climbing the cable about one third of the way from the ground to the arc. Another note indicates that the cable rotates along with the Earth's daily rotation, and remains vertical.
Elevatrum spatiale tamquam capulum quoddam aequatori fixum spatiumque exaequans percipitur. Aequipondium in parte summa sustinet centrum molis super orbitae geostaticae fastigium. Quod vim centrifugam producit satis sursum a Telluris rotatione, ad gravitatem omnino exaequandam, quo facto capulum tenet.
Elevatrum spatiale in motu cum Tellure rotatum, de polo septentrionali spectatum. Satelles qui libere volat praebetur in orbita geostatica post capulo.

Elevatrum spatiale[1] vel anabathrum spatiale? est genus systematis vectorii a planeta in spatium tendentis, quod scientistae proposuere. Praecipuum eius componens est capulum quod tamquam ancora ad superficiem deligatur ac in spatium extenditur. Ratio designata insuper efficere potuerit vehicula per capulum a superficie planetaria commeare, sicut in Tellure, immediate in orbitam, sine ingentium missilium usu. Elevatrum spatiale in Tellure innixum consistere potuerit ex capulo partim ex parte infima superficiei Telluris adnexo. partim ex parte summa in spatio super orbitam geostaticam fixo. Gravitatis vires aemulae, graviores in summa parte, et vis centrifuga externa, gravior in summa parte, capulum ipsum tenebunt. Fixo quidem capulo, ii qui enituntur iterum iterumque enitentur in spatium mediis mechanicis, onere in orbitam emisso. Ii qui reptant descendere quoque possunt ut reportentur onera in superficiem ab orbita.

Conceptum turris orbitam geostaticam assequentis primum in lucem edidit Constantinus Tsiolovsky. Proposuit enim turrim de Telluris superficie ad summam orbitam geostaticam orbitam assequentem. Sicut aliis in aedificiis, Tsiolkovskyiana structura sub vi compressionis fuerit, pondus eius desubter sustentans. Ex anno 1959, consilia ad talia elevatra construenda mere ad structuras tensiles concentrabantur, viribus centrifugis systematis pondere sustentatis.

Nexus interni

Notae[recensere | fontem recensere]

  1. Warning icon.svg Fons nominis Latini desideratur (addito fonte, hanc formulam remove)