Property definition

In so doing we have omitted the nonnegative term 5 p a)ij,aij — a)f). Since satisfies (5.11), and because the coefficients Uijki,bijki have the positive definiteness property (5.10), the inequality (5.20) results in the estimate... 

In the component s type definition, properties are shown textually below the line that separates model from behavior the implementor is obliged to make the property externally visible. But, as usual, the attribute need not be implemented directly as a stored variable but can instead be computed when required. 

In order to change definite properties of the coating and/or to reduce its coast, various actions were undertaken to substitute part of zinc dust by other pigments (12.13). However, in general this led to the decrease in protective properties of the modified coating. 

Fiber Name Definition Properties Typical Uses (Sample)... 

Therefore, it became clear that those methods are reliable tools to detect, to analyze and to optimize all sorts of materials, and in many cases they already turn out to be some sort of cheap, fast and reliable alternative to standard experimental methods in materials science. But still, a lot of work is needed to be done in gaining a more profound experience in what could be called materials engineering , which means systematical understanding and development of new nanoscaled materials with definite properties, and in looking for the mechanism of the so called self-assembling of boron- and carbon-based materials to propose, predict and create nanodevices towards manufacturing of useful solids [1]. 

Once a description of the electronic structure has been obtained in these terms, it is possible to proceed with the evaluation of spectroscopic properties. Specifically, the hyperfine coupling constants for oligonuclear systems can be calculated through spin projection of site-specific expectation values. A full derivation of the method has been reported recently (105) and a general outline will only be presented here. For the calculation of the hyperfine coupling constants, the total system of IV transition metal centers is viewed as composed of IV subsystems, each of which is assumed to have definite properties. Here the isotropic hyperfine is considered, but similar considerations apply for the anisotropic hyperfine coupling constants. For the nucleus in subsystem A, it can be... 

Observation IL-3 expresses the transitive nature of thermal equilibrium, i.e., that if A shares this property with B, and B shares it with C, then A also shares it with C. This observation may seem such an obvious aspect of experience as not to warrant special mention, but it guarantees that we can consistently speak of a definite property that is shared by all bodies in thermal equilibrium. We call this property temperature, denoted (provisionally) by the symbol . 

This section presents the definitions, properties and relationships of quasi-convex, quasi-concave, pseudo-convex and pseudo-concave functions. 

Mimetic catalysis designs a real model (a mimic) which simulates objects and processes of enzymatic catalysis by their basic (but deficient) characteristics (selectivity, mildness of condition, active site action mechanism, etc.). Since only definite properties of the enzyme are simulated, it does not profess to a complete enzyme description, though optimal parameters by some properties may be approached. The mimetic model of enzyme helps in synthesizing suitable catalysts using inaccurate and sometimes ambiguous information. 

Synthesis chemists were very inventive when they were developing effective peptide catalysts simulating definite properties of modeled enzymes. Despite a series of successful syntheses of biomimics, their action rate and selectivity were much worse than those of natural biocatalysts. 

Levine RD. Free energy of activation. Definition, properties, and dependent variables with special reference to linear free energy relations. J Phys Chem 1979 83(1) 159-170. 

A system will have, at any instant, some definite properties. Properties, which are relevant to the thermodynamic study of the system, are called thermodynamic properties. These can... 

PP1.5 A chemical reaction takes place, creating a new substance with definite properties of its own. The powder is not an element it is a compound (a chemical combination of die shiny substance—a metal— and somediing else). 

From the definitive property of the <5 function, the zero-order contribution to the dipole moment is, for example, given by (the unperturbed state functions are denoted by 0>, /c>)... 

The reaction between the analjrte and the bioreceptor produces a physical or chemical output signal normally relayed to a transducer, which then generally converts it into an electrical signal, providing quantitative information of analytical interest. The transducers can be classified based on the technique utilized for measurement, being optical (absorption, luminescence, surface plasmon resonance), electrochemical, calorimetric, or mass sensitive measurements (microbalance, surface acoustic wave), etc. If the molecular recognition system and the physicochemical transducer are in direct spatial contact, the system can be defined as a biosensor [76]. A number of books have been published on this subject and they provide details concerning definitions, properties, and construction of these devices [77-82]. 

The total work W done in the process will then be equal to the sum of a continuous series of PdV terms, as the volume changes from its value in the initial state (Fi) to that in the final state (F2). Since P and V are definite properties of the system, which is always in a virtual state of thermodjmamic equilibrium, dV is a complete differential. The sum of the PdV terms may... 

The mass of a substance is a definite property which can be used as a measure of quantity. The weight of the substance is the force which results from the interaction of the gravitational force on the substance. Weight is thus the product of mass and acceleration due to gravity. 

In the kinetic theory of gases we shall only have to do with mean values, such as time averages, space averages, mean values over all directions, and so on. Individual values entirely elude observation. If Ua denotes the number of molecules per unit volume with a definite property a, e.g. with a velocity of definite magnitude, or with a definite ic-component of velocity, then by the mean value of a we understand the quantity d, where... 

Yet the Ether is a physical thing it is not a physical entity, it has definite properties. It is not matter any more than hydrogen and oxygen are water, but it is the vehicle of both matter and spirit.. . ... 

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