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Since eigenfrequencies of an aircraft wing are small, it requires the following for the damper: (1) The damping force have to be large for low frequency because the vibration frequency of the wing is small.
The wings of most insects are evolved so that, during the upward stroke, the force on the wing is small.
The Drosophila wing is small relative to the wavelength of sound it produces by vibration, and thus the wing produces pressure waves inefficiently.
Similar(57)
The small wing phenotype was observed after knockdown of hui throughout the wing disc C765-Gal44; thentirere wing was small) or specifically in the P compartment (en-Gal4; only the P compartment was small).
The two-spar, all-metal wing was smaller and thinner than the I-180's wing, nearly as thin as that of the Supermarine Spitfire's wing at 13% at the root and tapered to 8% at the wing tip.
The wings were small, and its legs were slender for a bird of its size.
The iliac wings are small and squared and the acetabular roof is horizontal.
The wings are smaller, veinless and there are disruptions in the anterior margin bristle rows.
Coexpressing wings are smaller than either parental wing, veinless and have lost all their margin bristles (Figure 4E).
Coexpressing wings are smaller than UAS.MamN wings, have no veins and the anterior margin bristle rows are completely disorganized (Figure 4F).
The corresponding wings are smaller than normal in size, and these reductions are in part due to a lower than normal number of cells (Fig. 5J, Fig. 6L and Table S1).
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CEO of Professional Science Editing for Scientists @ prosciediting.com