Examples of 'reducibility' in a sentence
Meaning of "reducibility"
The quality or state of being able to be reduced in size, importance, or complexity. It is often used in scientific or mathematical contexts to describe the extent to which something can be simplified or broken down
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- The property of being reducible.
How to use "reducibility" in a sentence
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reducibility
Another quality required of these catalysts is reducibility.
Correlation between reducibility and range of covariance of pores.
Reducibility as a function of basicity and of stabilisation.
Another quality required for these catalysts is reducibility.
Reducibility among combinatorial problems.
The relativized hyperarithmetical hierarchy is used to define hyperarithmetical reducibility.
This reducibility can be measured by the capacity to capture hydrogen.
Enumeration operators are of central importance in the study of enumeration reducibility.
The most well known are arithmetical reducibility and hyperarithmetical reducibility.
Russell introduces a new axiom which he calls axiom of reducibility.
A reducibility result is included.
Another quality required for these constituents of catalysts is reducibility.
Reducibility as a function of stabilisation.
It has strong basicity and reducibility and is a strong reducing agent.
An increase in this time usually results in an increase in the level of reducibility.
See also
Good color reducibility.
The compositions of the invention advantageously exhibit a high degree of reducibility.
Degree of reducibility.
The specific surface varies inversely with respect to the level of reducibility.
The reducibility measurement is carried out by temperature programmed reduction in the following manner.
We can imagine a world in which the axiom of reducibility is not valid.
The maximum reducibility temperature is that corresponding to the maximum peak height on the curve.
A need thus exists for products having such reducibility properties.
This reducibility part of the work was independently double checked with different programs and computers.
A technical detail not discussed here but required to complete the proof is immersion reducibility.
The most fundamental reducibility notion is Turing reducibility.
The object of the invention is therefore the development of a catalyst having a low reducibility temperature.
Arithmetical reducibility is an intermediate notion between Turing reducibility and hyperarithmetic reducibility.
Many properties of semisimple Lie algebras depend only on reducibility.
An ongoing area of research in recursion theory studies reducibility relations other than Turing reducibility.
Heesch and his student Karl Dürre developed a computer program to test for reducibility.
In addition, the reducibility of the iron in the.
For this, we use the frameworks of reverse mathematics and of computable reducibility.
Many variants of truth-table reducibility have also been studied.
The reducibility is measured by temperature-programmed reduction in the following way.
This is a narrower notion of reducibility than what Böhm-Jacopini used.
In addition, the compositions of the invention can exhibit advantageous reducibility properties.
In these examples, the degree of reducibility is measured under the following conditions.
More specifically, a quality required for these oxides or constituents is their reducibility.
As the concentration increases, the reducibility of the extract increases.
In view of both reducibility and extraction performance, use of electrolytically reduced water is investigated.
In one embodiment, the magnesium compound having no reducibility is a magnesium halide.
This reducibility can be measured, for example, by a consumption of hydrogen within a given temperature range.
In one embodiment, the magnesium compound having no reducibility is a halogen containing magnesium compound.
Next, we study strong normalization proofs of typed lambda-calculi that use the reducibility technique.
Note, however, that complete reducibility fails for reductive groups in positive characteristic apart from tori.
The effect of mineralogy, sulphur, and reducing gases on the reducibility of saprolitic nickel ores.
This reducibility must, of course, be as high as possible.
The strong metal-support interactions are reduced greatly and the reducibility of the catalysts improved significantly.
This reducibility should, of course, be as high as possible.
