The wrap composed of trigonometric function can form the biggest value of Vs, while the least suction volume Vs will be reached as the cubic polynomial is taken.
The wrap composed of trigonometric function forms the biggest absolute value of the gas force Fp and the middle peak value of the force acting on rotor by blades, while the least absolute value of the gas force Fp and the biggest contact force Fnc of blade head will be reached as the cubic polynomial is taken.
Here we tethered a fly rigidly within a flight simulator composed of a wrap-around electronic display and equipped with an odor port to measure the optomotor impulse response to a rapid rotation of the visual panorama [ 21].
From the working principle of this type of compressor, it is explained in mathematics why the wrap is composed of four parts: arc of circle, main curve, and two segments of transit curves, and the conditions that the wrap needs to satisfy are derived simultaneously.
Approximately 147 base pairs of DNA wrap around an octomer composed of two H2A H2B dimers and one H3 H4 tetramer to form nucleosomes, the fundamental repeating unit of chromatin [1], [2].
The nucleosome, the basic unit of eukaryotic chromatin, consists of a 146-bp DNA wrapped around a histone octamer composed of two copies of core canonical histones, H2A, H2B, H3, and H4.
The regulation of eukaryotic gene expression occurs in the context of DNA fibres compacted by interactions with proteins - the chromatin, where on the first level of compaction the DNA is wrapped around a protein octamer composed of the four core histone proteins types H2A, H2B, H3 and H4 forming the nucleosome.
A mononucleosome consists of a core particle composed of an octamer of two copies each of histones H2A, H2B, H3 and H4, around which a stretch of helical DNA 146 base pairs in length is wrapped.
The right ventricle (RV) is composed of a free wall containing a wrap-around circumferential muscle at its base and a septum composed of helical fibers that are oblique and cross each other at 60° angles.
Wrap 'n' Shake (WnS) is a new method composed of consecutive algorithms, the Wrapper and the Shaker (Fig. 1, Additional file 1: Supporting Movie 1) offering a systematic search for multiple binding sites and modes.
Here such a pattern composed of interlocking trefoil knots has been wrapped around a sphere - or, more precisely, an icosahedron.
