sail close hauled - перевод на русский
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sail close hauled - перевод на русский

DIRECTION OF TRAVEL UNDER SAIL RELATIVE TO TRUE WIND DIRECTION OVER SURFACE
Close Hauled; Dead run; Close hauled; Points of sailing; Point of sailing; Broad Reach; Broad reach; Close-hauled; Closehauled; Close reach; Close Reach; Head To Wind; Head to wind; Head-to-wind; Running (sailing); Reaching (sailing); Points of sail; In irons (sailing); Running before the wind; Running downwind
  • weatherly]] watercraft
  • Iceboats parked in irons with sails loose and not generating power.
  • The points of sail:<br/>
A.&nbsp;Into the wind; shaded:&nbsp;"no-go zone" where a craft may be "in irons".<br />
B.&nbsp;Close-hauled (used when beating to windward)<br />
&nbsp;''between B and C.&nbsp;Close reach''<br />
C.&nbsp;Beam reach<br />
D.&nbsp;Broad reach<br />
E.&nbsp;Running downwind
Найдено результатов: 467
sail close hauled      
идти в крутой бейдевинд
light sails         
  • An artist's depiction of a Cosmos&nbsp;1-type spaceship in orbit
  • The model of IKAROS at the 61st [[International Astronautical Congress]] in 2010
  • A photo of the experimental solar sail, NanoSail-D.
  • [[NEA Scout]] concept: a controllable [[CubeSat]] solar sail spacecraft
  • Force on a sail results from reflecting the photon flux
  • A solar sail can spiral inward or outward by setting the sail angle
  • Proposed material for the construction of solar sails - carbon fiber.
  • NASA illustration of the unlit side of a half-kilometre solar sail, showing the struts stretching the sail.
  • Znamya-2 (Знамя-2) after its deployment
TYPE OF SPACECRAFT PROPULSION THAT TAKES ADVANTAGE OF SOLAR RADIATION
Solar Sail; Light sail; Solar sails; Fast solar sailing; Sunsailor; Light sails; Light propulsion; Solar sailer; Photon Sail; Photon sails; Solar-sail; Sunsail; Deorbit sail; User:Rickyrt/Deorbit sail; Solar sailing; Wikipedia talk:Articles for creation/Deorbit sail; Sun sail; Sun sails; Photon sail; Laser sails; Laser sail; Stellar sail; Stellar sails; Star sail; Star sails; Solar-Sail; Solarsail; Solarsails; Solar-Sails; Solar-sails; Solar Sails; Photon-sail; Photon-Sail; Photonsail; Photon-sails; Photon-Sails; Photonsails; Photon Sails; Laser-sail; Laser-Sail; Laser Sail; Lasersail; Laser-sails; Laser-Sails; Laser Sails; Photonic sail; Lasersails; Photonic Sail; Photonic sails; Photonic Sails; Light-sail; Light-Sail; Light Sail; Light-sails; Light-Sails; Light Sails; Lightsails; Draft:Icarus deorbit sail
верхние летучие паруса
solar sail         
  • An artist's depiction of a Cosmos&nbsp;1-type spaceship in orbit
  • The model of IKAROS at the 61st [[International Astronautical Congress]] in 2010
  • A photo of the experimental solar sail, NanoSail-D.
  • [[NEA Scout]] concept: a controllable [[CubeSat]] solar sail spacecraft
  • Force on a sail results from reflecting the photon flux
  • A solar sail can spiral inward or outward by setting the sail angle
  • Proposed material for the construction of solar sails - carbon fiber.
  • NASA illustration of the unlit side of a half-kilometre solar sail, showing the struts stretching the sail.
  • Znamya-2 (Знамя-2) after its deployment
TYPE OF SPACECRAFT PROPULSION THAT TAKES ADVANTAGE OF SOLAR RADIATION
Solar Sail; Light sail; Solar sails; Fast solar sailing; Sunsailor; Light sails; Light propulsion; Solar sailer; Photon Sail; Photon sails; Solar-sail; Sunsail; Deorbit sail; User:Rickyrt/Deorbit sail; Solar sailing; Wikipedia talk:Articles for creation/Deorbit sail; Sun sail; Sun sails; Photon sail; Laser sails; Laser sail; Stellar sail; Stellar sails; Star sail; Star sails; Solar-Sail; Solarsail; Solarsails; Solar-Sails; Solar-sails; Solar Sails; Photon-sail; Photon-Sail; Photonsail; Photon-sails; Photon-Sails; Photonsails; Photon Sails; Laser-sail; Laser-Sail; Laser Sail; Lasersail; Laser-sails; Laser-Sails; Laser Sails; Photonic sail; Lasersails; Photonic Sail; Photonic sails; Photonic Sails; Light-sail; Light-Sail; Light Sail; Light-sails; Light-Sails; Light Sails; Lightsails; Draft:Icarus deorbit sail

[səulə'seil]

космонавтика

солнечный парус

close reach         
крутой бейдевинд
close hauled         
идущий в бейдевинд
close-hauled         
close-hauled adj. naut. идущий в крутой бейдевинд
close-hauled         

[kləus'hɔ:ld]

прилагательное

морской термин

идущий в крутой бейдевинд

broad reach         
полный бейдевинд
topgallant sail         
SAIL OR SAILS ABOVE TOPSAILS AND BELOW ROYALS
Top gallant sail
брамсель
close harmony         
MUSIC GENRE
Close harmony duet; Close Harmony; Close-harmony; Close harmony singing; Close position; Barbershop harmony; Open harmony; Block harmony; Close harmony; Close chord; Open-harmony; Open and closed harmony

[kləus'hɑ:məni]

общая лексика

четырёхголосное пение (мужских голосов)

музыка

музыка из нот в пределах одной октавы

узкая гармония

Определение

topgallant sail

Википедия

Point of sail

A point of sail is a sailing craft's direction of travel under sail in relation to the true wind direction over the surface.

The principal points of sail roughly correspond to 45° segments of a circle, starting with 0° directly into the wind. For many sailing craft 45° on either side of the wind is a no-go zone, where a sail is unable to mobilize power from the wind. Sailing on a course as close to the wind as possible—approximately 45°—is termed beating, a point of sail when the sails are close-hauled. At 90° off the wind, a craft is on a beam reach. The point of sail between beating and a beam reach is called a close reach. At 135° off the wind, a craft is on a broad reach. At 180° off the wind (sailing in the same direction as the wind), a craft is running downwind.

A given point of sail (beating, close reach, beam reach, broad reach, and running downwind) is defined in reference to the true wind—the wind felt by a stationary observer. The motive power, and thus appropriate position of the sails, is determined by the apparent wind: the wind relative to an observer on the sailing craft. The apparent wind is the combined effect of the velocities of the true wind and of the sailing craft.

A sail with the airflow parallel to its surface, while angled into the apparent wind, acts substantially like a wing with lift as a force acting perpendicular to its surface. A sail with the apparent wind perpendicular to its surface, acts substantially like a parachute with the drag on the sail as the dominant force. As a sailing craft transitions from close-hauled to running downwind, the lifting force decreases and the drag force increases. At the same time, the resistance to sidewards motion needed to keep the craft on course also decreases, along with the sideways tipping force.

There is a zone of approximately 45° on either side of the true wind, where a sail cannot generate lift, called the "no-go zone". The angle encompassed by the no-go zone depends on the airfoil efficiency of the craft's sails and the craft's lateral resistance on the surface (from hydrofoils, outriggers, or a keel in the water, runners on ice, or wheels on land). A craft remaining in its no-go zone will slow to a stop—it will be "in irons".

Как переводится sail close hauled на Русский язык