u ub ud uf ug uh ui uk ul um un up ur us ut uu uv ux uz

Перевод: unbounded

[прилагательное]
неограниченный; беспредельный; безграничный

Тезаурус:

1. As anticipated in the discussion in Section 7.2, it may be observed that this expression contains the necessary multiples of and that are required to cancel the effects of the unbounded term on the boundary.
2. With unbounded patience they sought and sent plants, wrote requests and provided information, waited months for replies and maybe tried again, eventually to receive those novelties to be propagated in nurseries and distributed to gardens on either side of the Atlantic.
3. In this case either I or J must be unbounded, and a curvature singularity occurs.
4. It can also be seen from (6.17), that this is the hypersurface on which the two opposing waves mutually focus each other, as the contraction of each wave here becomes unbounded.
5. We may conclude that, in all cases, the opposing waves mutually focus each other onto the hypersurface , on which the contraction of the waves is unbounded and the line element (6.20) is singular.
6. All profiles become unbounded as u approaches 1.
7. The coordinate singularities on the hypersurfaces and may thus either be quasiregular singularities if the curvature tensor on these surfaces is bounded, or they must be non-scalar curvature singularities if the curvature components become unbounded.
8. In this case, observers near a quasiregular singularity, including those who fall into the singularity itself, do not feel unbounded tidal forces.
9. The wavefront is unbounded if .
10. Cricket in Australia had been declining in popularity for some years, not helped by an abject England team two seasons before, and the excitement that West Indies generated by their enterprising play was unbounded, culminating in a vast ticker-tape send-off when the tour was over.
11. The kindness was unbounded.
12. Thus, it can be clearly seen that the approaching gravitational wave in region II is an impulsive wave if , has an unbounded wavefront if , has a step wavefront if , has a continuous wavefront if , and has a smooth wavefront if .
13. It is convenient to point out at this stage that, for colliding gravitational and electromagnetic waves, two of the scalar polynomial invariants (Penrose and Rindler, 1986) are given by (8.2) It follows from this that, in order to prove the existence of a scalar polynomial curvature singularity, it is sufficient merely to show that the component 2 is unbounded.