Übersetzung für 'linear acceleration' von Englisch nach Deutsch

linear acceleration

lineare Beschleunigung {f}phys.

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four-acceleration <4-acceleration>

Viererbeschleunigung {f}phys.

Werbung

acceleration

Geschwindigkeitszunahme {f}

Vorfälligkeit {f}

Anzugsvermögen {n}

Geschwindigkeitserhöhung {f}

Anzugskraft {f}

Beschleunigen {n}phys.tech.

Vorverlegung {f} eines Termins

vorzeitige Fälligstellung {f}

vorzeitige Fälligkeit {f}

Antritt {m}sports

Akzeleration {f} [fachspr.] [Beschleunigung]phys.

Beschleunigung {f}

acceleration limiter

Beschleunigungs­begrenzer {m}tech.

acceleration torque

Beschleunigungs­moment {n}

re-acceleration

Wiederbeschleunigung {f} [auch: Wieder-Beschleunigung]astron.phys.

tanning acceleration

Bräunungs­beschleunigung {f}

momentary acceleration

Momentanbeschleunigung {f}

lateral acceleration

Querbeschleunigung {f}automot.

gravity acceleration

Schwerebeschleunigung {f}phys.

• Hair cells of the maculae in the utricle activate afferent receptors in response to linear acceleration, while hair cells of the maculae in the saccule respond to vertically directed linear force.
• This is the point to which a force may be applied to cause a linear acceleration without an angular acceleration.
• About the size of a pencil eraser, the vestibular system contains two distinct structures: the semicircular canals, which detect changes in angular acceleration, and the otolith organs (the utricle and the saccule), which detect changes in linear acceleration and gravity.
• The maximum linear acceleration of the satellites is 0.17m/s2, with an accuracy of 0.5 cm. The maximum angular acceleration is 3.5 rad/s2, with an accuracy of 2.5 degrees.
• In fish, the lagena is implicated in hearing and the registration of vertical linear acceleration, in amphibians is the latter only.

• The membrane serves to determine if the body or the head is tilted, in addition to the linear acceleration of the body.
• Design parameters for football helmets have traditionally been based on linear-acceleration models.
• They contain the sensory hair cells and otoliths of the macula of utricle and of the saccule, respectively, which respond to linear acceleration and the force of gravity.
• To emulate artificial gravity on Earth, spacecraft using linear acceleration gravity may be built similar to a skyscraper, with its engines as the bottom "floor".
• Galileo offered a conjecture in his 1632 "Dialogue" that the apparent linear acceleration of a stone falling from a tower was the result of two uniform circular motions acting in combination – the daily rotation of Earth, and a second uniform circular motion belonging to the stone and acquired from being carried along by the tower.

• While the interpretation of the rotation signals from the semicircular canals is straightforward, the interpretation of otolith signals is more difficult: since gravity is equivalent to a constant linear acceleration, one somehow has to distinguish otolith signals that are caused by linear movements from those caused by gravity.
• The addition in weight and inertia is vital to the utricle's ability to detect linear acceleration, as described below, and to determine the orientation of the head.