Sentence examples for longitudinal tape from inspiring English sources
A tension feedback system is proposed, which uses time-varying controllers that adapt their frequency characteristics depending on the longitudinal tape position.
The application of wire-coil inserts or dimpled tube can be a better option compared to twisted tape, longitudinal strip or spiral rod inserts because the wire-coil inserts or dimpled tube largely interrupts the flow near the wall while the twisted tape or longitudinal tape inserts interrupts the whole flow field.
Longitudinal transport of the tape along the tape path is subject to lateral disturbances that cause displacement between the head and the desired track and hence increase position error.
In a particular transport speed range, longitudinal motion of the tape is self-excited through negative (unstable) damping for small amplitude vibration and positive (stable) damping for large amplitudes.
This paper investigated the quantitative current transport performance and thermal behaviour of a high temperature superconducting (HTS) coil, and the effect of the critical current inhomogeneity along the longitudinal direction of HTS tapes on the coil performances.
In winding process of the transposed segment, a slide of constituent tapes occurred in longitudinal direction and it resulted in slack of the constituent tape.
The longitudinal vibrations of a magnetic tape can cause distortion of a reproduced signal.
After the disappearance of the fasciculations in the face, the patient head was placed in the neutral position by aligning the occlusal surface of the maxillary molars' perpendicular to the operating table as follows: the angle finder's 'vertical arm' (Fig. 1) was placed on the longitudinal axis of the adhesive tape (Fig. 2), and the head was manipulated until the angle finder read 0°.
Of interest, the ALD taping technique has also demonstrated maintenance of an increase in medial longitudinal arch height following removal of tape after two weeks of continual wear [ 18].
Composite pressure vessels made by continuous winding of fibrous tapes reinforced in longitudinal and transverse directions are studied and proposed for commercial applications instead of traditional isotensoid vessels designed for minimum mass and made by winding of unidirectional fibrous bands.
If axial compressive force is no less than the critical unloaded compressive force, unloaded compressive stiffness equals to sum total compression stiffness of longitudinal rigid links and hyperelastic tape-spring hinges, that is EA = frac{{3left( {2l_{1} + l_{2} } right)}}{{frac{{2l_{1} }}{{E_{1} A_{1} }} + frac{{l_{2} }}{{n_{1} a_{11} }}}}.
