Sentence examples for Oblique relation from inspiring English sources

Hewing to the music's structure and dynamics in a straightforward and predictable manner, the dance has a more oblique relation to the original story of sacrifice.

There are top-down histories, bottom-up histories, and sideways histories, histories in which causes have an oblique relation to effects.

Snow will fall, and when the wind picks up, as it nearly always does, the snow will drift into a whole new landscape, bearing only an oblique relation to the past.

As a tangential result, this may be the occasion to inquire: Do such choices — does any catalogue of preferences, for movies, plays, TV shows, or even paintings — bear more than a pale, oblique relation to the actual experience of a year's watching?

A similar oblique relation between the wind vector and the plume axis was also simulated for plume P3 (Fig. 9d) and plumes P7 and P9 (shown below in Fig. 13b, f) under quick changes in the dominant wind direction.

Since the party had cravenly supported the French repression of Algeria, and since Derrida was an Algerian Jewish colonial, his oblique relations to official Marxism were understandable.

I think that for many of us in childhood the ability to attach intently to a few cultural objects, objects of high or popular culture or both, objects whose meaning seemed mysterious, excessive, or oblique in relation to the codes most readily available to us, became a prime resource for survival.

On the basis of the oblique-impact relations, then, the dynamic equation of such an oblique-impact vibrating system is established.

This is because of the rotation of the vertebrae, which now lie in an oblique position in relation to the X-ray beam.

This pattern emerges in oblique space orientation, in relation to the trail trajectory of the microcrystal ejected from the core of the system, in relation to the high friction that leaves the interstice and represents the journey of the crystal molecule in an interval space of time that we have called CCET.

Using Equations 14 and 15 and doing lengthy velocity integrations, now the dispersion relation of oblique whistler wave is obtained from above for n = 1, p = 1 and Jp = 1, Jq = 1: D k, ω = 1 + ω p 2 ω 2 ω + ω * k α Z ξ + A T 1 + ξ Z ξ, Open image in new window (16).