Body, defined

Using these results, the chemical status of the water bodies of the Ebro river basin can be evaluated. The chemical status is defined as the expression of the accomplishment of the environmental quality legislation considering the surface water bodies. Among the 643 water bodies defined in the Ebro river basin, 35 were diagnosed as bad chemicals status (5.4%). The distribution of these water bodies is shown in Fig. 1. This bad quality was concentrated around the city of Zaragoza,... 

Figure 10). In general, different bodies define separate, parallel trends with different (A O = - 0.52 5 0), reflecting the... 

Difficulties arise, however, when one considers more than two bodies. The motions in a system of three interacting bodies, defining (sensibly enough) the three-body problem, cannot fully be treated analytically, meaning that one cannot derive on paper a single equation to predict the positions and velocities of the three bodies in the system at some arbitrary time in the future. An analytic solution is likewise impossible for a larger system of some number N of objects, and this seemingly intractable situation is called the N-body problem. 

However, real molecules are quantum mechanical objects and they do not have a finite body defined in precise geometrical terms and a finite boundary surface that contains all the electron density of the molecule. The peripheral regions of a molecule can be better represented by a continuous, 3D electronic charge density function that approaches zero value at large distances from the nuclei of the molecule. This density function changes rapidly with distance within a certain range, but the change is continuous. The fuzzy, cloud-like electronic distribution of a molecule is very different from a macroscopic body [251], and no precise, finite distance can be specified that could indicate where the molecule ends. No true molecular surface exists in the classical, macroscopic sense. 

The dose-response relationship is the basis by which regulatory bodies define under what limits humans can be exposed to potentially toxic chemicals and yet not suffer adverse effects. A number of different government bodies establish regulations to define safe exposure conditions. The acceptable daily intake (ADI) is... 

The modeling formalism is enriched with concepts to model a service as a functional module, i.e. on the one hand to define the export and the import interface of the service service description), whereas imports are either other services or functions of business objects. On the other hand, the body of the service has to be specified. The body defines the control flow between the imports, i.e. sequences, alternatives, and loops of service or function calls with according execution conditions service composition). 

Figures 1 is an example for (non-dimensionalized) thermal stresses (von Mises stress) under steady-state heat conduction in a rectangular body defined over (a ,j/),0 < x < 1,0 < y < 1 subject to the Dirichlet type homogeneous boundary condition (T = 0 and Ui — 0) on the boundary with a uniform internal heat generation [5]. The thermal conductivity, elastic modulus and thermal expansion coefficient are all assumed to vary in the form of ko -f kix + k2y where fc, s are constants. For the purpose of illustrations, the values of all the material properties are taken to be unity.

The subscripts 1, 2, 3 refer to the principal axes of translation, which are three mutually perpendicular axes fixed to the body defined such that if the body translates without rotation parallel to one of them it will experience a force only in that direction. 

In Table 18.12, t (f is the effective half-life of the radionuclide in the body, defined by... 

Since Pluto was first discovered in 1930, there has always been some uncertainty about its properties and how they compare to those of the other celestial bodies defined as planets in our solar system. In large part, it is Pluto s small size that led to it being removed from the list of bodies classified as planets. 

Our consideration of the laws of radiation starts with the concept of a black body, defined as a solid that emits and absorbs (but does not reflect) radiation of all wavelengflis in certain proportions, the absolute and relative amounts governed by the Stefan-Boltzmann Law, Planck s Law, and Wien s Displacement Law, Even though the ideal black body is a theoretical concept, radiant emission from a hole in an otherwise enclosed heated cavity, such as a tube furnace, and from certain dark substances, such as carbon, oxidized iron, and the metal platinum, approximates the black body emission. 

The separation of a body, defined both as rapture of the surface without complete separation of the laminate and as complete separation of a body because of external ot internal forces. 

The determination of the mass of an object can be carried out using two separate approaches, both based on the physical properties of a mass inertia and gravitational attraction. The inertia can be deducted from the momentum of a body, defined as... 

Ontology calculus formalism is transformed into XML formalism as follows. The entity type Rule defines the condition Service level is 100 %. It contains two arguments, inventory and demand. The entity Body defines the relationship between these two arguments according to the condition identified in the parent Rule entity s Name property. 

Note 2 There are other legal limits on doses for specific groups of people, tissues, and parts of the body defined in Reference 12.2. 

Fourier number A dimensionless number, Fo, used in unsteady-state heat and mass transfer calculations that characterize the connection between the rate of change of temperature, the physical properties, and the dimensions of the body defined as ... 

Seismic Texture Attributes. Subsection 1.2 introduced seismic sequence stratigraphy as a means of explaining the structure of the subsurface, helping determine the depositional environments and possible rock type distributions. Essentially, this process boils down to an analysis of seismic bodies defined by their internal textures and external shape, often referred to as seismic facies analysis. This type of analysis is a must in seismic interpretation to locate potential reservoirs, especially in complex oilfields. 

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