Results 241 to 250 of about 2,054,397 (288)

Fundamental relation on fuzzy hypermodules

Soft Computing, 2019
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Davvaz, B., Firouzkouhi, N.
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CROSSED POLYMODULES AND FUNDAMENTAL RELATIONS

2015
In this paper, we introduce the notion of crossed polymodule of polygroups and we give some of its properties. Our results extend the classical results of crossed modules to crossed polymodules. One of the main tools in the study of polygroups is the fundamental relations.
Alp, Murat, Davvaz, Bijan
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Fundamental Concepts Concerning Relations

1976
Some words and expressions point out the relations existing between various objects. To words of this kind belong, for example: ‘over’, ‘under’, ‘beyond’, ‘at’, ‘after’, ‘brotherhood’, ‘superiority’, ‘authority’, etc. Rela¬tions between objects are described by means of propositions such as, for instance, ‘John is Peter’s brother’, (that is to say ...
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Fundamentals and Basic Relations

2002
Geometrically, a crack is an inner material surface, the crack surface, split into two unconnected crack faces (Fig. 1.1) . Note the difference between the crack surface area, or simply the crack area, and the area of the crack faces which is twice as much. For twodimensional problems, the crack length is considered instead of the crack area. The crack
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Fundamentality and Non-Symmetric Relations

2020
The first part of this chapter argues that there are no non-symmetric relations at the fundamental level. The second part identifies different ways in which asymmetry and order can be introduced into a world that only contains symmetric but no non-symmetric fundamental relations.
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Fundamental Relations

2022
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Fundamental axioms for preference relations

Synthese, 1968
The basic theory of preference relations contains a trivial part reflected by axioms A1 and A2, which say that preference relations are preorders. The next step is to find other axims which carry the theory beyond the level of the trivial. This paper is to a great part a critical survey of such suggested axioms.
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Relations Between Fundamental Physical Constants

Science, 1932
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A materials physics perspective on structure–processing–function relations in blends of organic semiconductors

Nature Reviews Materials, 2023
Natalie Stingelin, Harald Ade, Jasper J Michels   +2 more
exaly  

FUNDAMENTAL RELATIONS

2013
CHAS. R. BURROWS, STEPHEN S. ATTWOOD
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