s sa sb sc sd se sf sg sh si sj sk sl sm sn so sp sq sr ss st su sv sw sy

Перевод: singularity

[существительное]
оригинальность ; своеобразие; особенность ; странность ; сингулярность

Тезаурус:

1. The latter case would indicate that, if it were possible for real observers to pass through the horizon, then most would miss this singularity.
2. In all these solutions, the singularity that occurs when corresponds to a Cauchy horizon.
3. The naive singularity structure of this solution is thus as represented in Figure 3.2.
4. In the first exact solution of this type, given by Bell and Szekeres (1974), the singularity on the hypersurface was shown to be only a coordinate singularity that could easily be removed by a coordinate transformation.
5. These include the "big bang" and "black hole" types of singularity which closely correspond to one's intuitive concept of a real physical singularity.
6. In the exact solution of Khan and Penrose (1971) described in Chapter 3, there is a scalar curvature singularity in region IV on the hypersurface .
7. In this case, observers near a quasiregular singularity, including those who fall into the singularity itself, do not feel unbounded tidal forces.
8. This scheme describes the singularity structure of a space-time on which the Riemann tensor is C k .
9. As such a singularity is approached, some physical quantities diverge and all observers feel unbounded tidal forces.
10. Alternatively, it may be a C k (or C k- ) scalar curvature singularity or a scalar polynomial curvature singularity if some scalar does not tend to a C (or C -) function.
11. The presence of the second wave seems to change the character of the prior singularity.
12. 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.