Unbundled system - traducción al español
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Unbundled system - traducción al español

Unbundled Access

Unbundled system      
Sistema disociable
respiratory system         
  • '''Fig. 14''' A graph showing the relationship between total atmospheric pressure and altitude above sea level.
  • '''Fig. 10''' A histological cross-section through an alveolar wall showing the layers through which the gases have to move between the blood plasma and the alveolar air. The dark blue objects are the nuclei of the capillary [[endothelial]] and alveolar type I [[epithelial]] cells (or type 1 [[pneumocyte]]s). The two red objects labeled "RBC" are [[red blood cell]]s in the pulmonary capillary blood.
  • '''Fig. 9''' The changes in the composition of the alveolar air during a normal breathing cycle at rest. The scale on the left, and the blue line, indicate the partial pressures of carbon dioxide in kPa, while that on the right and the red line, indicate the partial pressures of oxygen, also in kPa (to convert kPa into mm Hg, multiply by 7.5).
  • '''Fig. 16''' The anatomy of bird's respiratory system, showing the relationships of the trachea, primary and intra-pulmonary bronchi, the dorso- and ventro-bronchi, with the parabronchi running between the two. The posterior and anterior air sacs are also indicated, but not to scale.
  • '''Fig. 18''' Inhalation-exhalation cycle in birds.
  • '''Fig. 22.'''  A comparison between the operations and effects of a '''cocurrent and a countercurrent flow exchange system''' is depicted by the upper and lower diagrams respectively. In both, it is assumed that red has a higher value (e.g. of temperature or the partial pressure of a gas) than blue and that the property being transported in the channels, therefore, flows from red to blue. In fish a countercurrent flow (lower diagram) of blood and water in the gills is used to extract oxygen from the environment.<ref name=campbell3 /><ref name="Hughes1972" /><ref name=storer />
  • doi-access=free}}</ref> Blood or air with a high oxygen content is shown in red; oxygen-poor air or blood is shown in various shades of purple-blue.
  • digits]]; 27. [[alula]]
  • '''Fig. 3''' Output of a 'spirometer'. Upward movement of the graph, read from the left, indicates the intake of air; downward movements represent exhalation.
  • '''Fig. 1.''' Respiratory system
  • '''Fig. 6''' Real-time [[magnetic resonance imaging]] (MRI) of the chest movements of human thorax during breathing
  • '''Fig. 20''' X-ray video of a female [[American alligator]] while breathing.
SYSTEM IN AN ORGANISM THAT EXCHANGES RESPIRATORY GASES
Respiratory; Respiratory System; Human Respiration; Respiratory systems; Pulmonary system; Respitory System; Respiration organ; Breathing organ; Respiratory system agents; Pulmonary respiration; Respatory system; Respiratory organs; The respiratory system; Respiratory system disorders; Subglottic airway; Development of respiratory system; Respiration system; Respiration of human; Systema respiratorium; Resipaorty system; Respiratory apparatus; Ventilatory system; Respiration organs; Mammalian respiratory system
(n.) = sistema respiratorio
Ex: 611.2 is a subdivision of class "611 Anatomy" and represents the anatomy of the respiratory system.
respiratory         
  • '''Fig. 14''' A graph showing the relationship between total atmospheric pressure and altitude above sea level.
  • '''Fig. 10''' A histological cross-section through an alveolar wall showing the layers through which the gases have to move between the blood plasma and the alveolar air. The dark blue objects are the nuclei of the capillary [[endothelial]] and alveolar type&nbsp;I&nbsp;[[epithelial]] cells (or type&nbsp;1&nbsp;[[pneumocyte]]s). The two red objects labeled "RBC" are [[red blood cell]]s in the pulmonary capillary blood.
  • '''Fig. 9''' The changes in the composition of the alveolar air during a normal breathing cycle at rest. The scale on the left, and the blue line, indicate the partial pressures of carbon dioxide in kPa, while that on the right and the red line, indicate the partial pressures of oxygen, also in kPa (to convert kPa into mm Hg, multiply by 7.5).
  • '''Fig. 16''' The anatomy of bird's respiratory system, showing the relationships of the trachea, primary and intra-pulmonary bronchi, the dorso- and ventro-bronchi, with the parabronchi running between the two. The posterior and anterior air sacs are also indicated, but not to scale.
  • '''Fig. 18''' Inhalation-exhalation cycle in birds.
  • '''Fig. 22.'''  A comparison between the operations and effects of a '''cocurrent and a countercurrent flow exchange system''' is depicted by the upper and lower diagrams respectively. In both, it is assumed that red has a higher value (e.g. of temperature or the partial pressure of a gas) than blue and that the property being transported in the channels, therefore, flows from red to blue. In fish a countercurrent flow (lower diagram) of blood and water in the gills is used to extract oxygen from the environment.<ref name=campbell3 /><ref name="Hughes1972" /><ref name=storer />
  • doi-access=free}}</ref> Blood or air with a high oxygen content is shown in red; oxygen-poor air or blood is shown in various shades of purple-blue.
  • digits]]; 27. [[alula]]
  • '''Fig. 3''' Output of a 'spirometer'. Upward movement of the graph, read from the left, indicates the intake of air; downward movements represent exhalation.
  • '''Fig. 1.''' Respiratory system
  • '''Fig. 6''' Real-time [[magnetic resonance imaging]] (MRI) of the chest movements of human thorax during breathing
  • '''Fig. 20''' X-ray video of a female [[American alligator]] while breathing.
SYSTEM IN AN ORGANISM THAT EXCHANGES RESPIRATORY GASES
Respiratory; Respiratory System; Human Respiration; Respiratory systems; Pulmonary system; Respitory System; Respiration organ; Breathing organ; Respiratory system agents; Pulmonary respiration; Respatory system; Respiratory organs; The respiratory system; Respiratory system disorders; Subglottic airway; Development of respiratory system; Respiration system; Respiration of human; Systema respiratorium; Resipaorty system; Respiratory apparatus; Ventilatory system; Respiration organs; Mammalian respiratory system
respiratorio

Definición

selector
selector, -a
1 adj. Que selecciona.
2 m. Dispositivo de ciertos aparatos o máquinas que sirve para seleccionar la función deseada.

Wikipedia

Unbundled access

Unbundled access is an often practiced form of regulation during liberalization, where new entrants of the market (challengers) are offered access to facilities of the incumbent that are hard to duplicate (e.g. for technical or business case reasons). Its applications are mostly found in network-oriented industries (like telecommunication, mail and energy) and often concerns the last mile.

Unbundled access is similar to Bit-stream access, where the incumbent provider gives competitive access not to the actual copper wire of the local loop, but to a high-speed ADSL data connection. Both setups ensure competition for the backhaul but leave "last mile" infrastructure the responsibility of the incumbent carrier.