KSIĄŻKI POWIĄZANE ZE SŁOWEM «SPHERELIKE»
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VIII 3). But this is impossible, since (Ki \J K2) r\ M = xi U x2 and M contains at least
three points. 3.9 Theorem. In order that an open subset D of a spherelike n-gcm S
, n > 1, should have a spherelike (n — l)-gcm as boundary, it is necessary and ...
Raymond Louis Wilder, 1949
2
Sams Teach Yourself Java 2 in 21 Days
So, for example, go back to that definition of the Orange class, which
implemented both the Fruitlike interface (through its superclass, Fruit) and the
Spherelike interface. Here you can cast instances of Orange to both classes and
interfaces: ...
Rogers Cadenhead, Laura Lemay, 2003
3
Handbook of Applied Analysis
DEFINITION 4.4.6 We say that F £ C1 (X) defines a spherelike constraint at /3GM,
if M^3 =tp~1 ({/?}) is a spherelike manifold (see Definition 4.4.4). We would like to
have concrete and easily verifiable conditions on ip C C1(X), which imply that ...
Nikolaos S. Papageorgiou, Sophia Th. Kyritsi-Yiallourou, 2009
4
Encyclopedia of Surface and Colloid Science
U8-139' Then, it is concluded that hyperbranched polymers take hard spherelike
behavior in a dilute solution. The same authors'140' have presented a power-law
dependence of RG on A/w with a scaling model for dendrimers. Fig. 7 shows ...
5
Structure in Nature Is a Strategy for Design
A spherelike polyhedron can be formed which is bounded by 180 triangles, none
of which are exactly equilateral [12.27], This triangulated truncated icosahedron
requires three different edge lengths, giving in this case isosceles triangles of ...
6
Transactions of the National Research Institute for Metals
Photograph 1(b) shows a spherelike phase seen in S-3 heat. This phase was
named spherelike delta ferrite by the author. Photograph 1(c) shows a rodlike
phase observed in S-5 heat. This phase is named rodlike delta ferrite by the
author.
Kinzoku Zairyō Gijutsu Kenkyūjo (Japan), 1985
7
Computational Single-Electronics
The first two are very suitable for spherical and spherelike objects. The source
point collocation method could be applied to any structure but gives better
accuracy with less source points in the case of "round" structures. A single source
point, ...
Christoph Wasshuber, 2001
8
Shape-Preserving Approximation by Real and Complex Polynomials
The other one is the case of barycentric coordinates on spheres or spherelike
surfaces, as for example the spherical triangles, which leads to a theory of
Bernstein-Bezier polynomials on spheres and spherelike surfaces, see, e.g., ...
Sorin Gal, George A. Anastassiou, 2010
9
Media Research: Technology, Art and Communication
Since the ear picks up sound from all directions at once, thus creating a spherical
field of experience, it is natural that electronically moved information should also
assume this spherelike pattern. Since the telegraph, then, the forms of Western ...
Marshall McLuhan, Michel Moos, 2014
10
Fundamentals of Materials Science and Engineering: An ...
Table 11.2 Microstructures and Mechanical Properties for Iron–Carbon Alloys
Mechanical Microconstituent Phases Present Arrangement of Phases Properties
(Relative) Spheroidite -Ferrite Fe3C Relatively small Fe3C spherelike Soft and ...
William D. Callister, David G. Rethwisch, 2012
