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Diagrammatic

Typically, the contractor carries the cost of exploration, appraisal and development, later claiming these costs form a tranche of the produced oil or gas ( cost oil ). If the cost oil allowance is insufficient to cover the annual costs (capex and opex), excess costs are usually deferred to the following year. After the deduction of royalty (if applicable) the remaining volume of production (called profit oil ) is then split between the contractor and the host government. The contractor will usually pay tax on the contractor s share of the profit oil. In diagrammatic form the split of production for a typical PSC is shown in Figure 13.11. [Pg.315]

Ulness D J and Albrecht A C 1996 Four-wave mixing in a Bloch two-level system with incoherent laser light having a Lorentzian spectral density analytic solution and a diagrammatic approach Rhys. Rev. A 53 1081-95... [Pg.1229]

This electrode, shown diagrammatically in Figure 4.4, is assigned zero potential when hydrogen gas at one atmosphere bubbles over platinised platinum in a solution of hydrogen ions of concentration 1 mol 1 (strictly, at unit activity). [Pg.97]

For the preparation of 4-substituted coumarins, a phenol may be condensed with ethyl acetoacetate under the influence of sulphuric acid. Thus resorcinol (II) readily undergoes this condensation (which is represented diagrammatically above) to give 7-hydroxy-4-methyl-coumarin (III). Note that the coumarins, like all 2 pyrones, are systematically lactones. [Pg.307]

Fig. 1.16 Diagrammatic representation of particles, (a) Square plates, of edge length J and thickness t. (h) Square rods, of overall length /, with sides of square having length d. Fig. 1.16 Diagrammatic representation of particles, (a) Square plates, of edge length J and thickness t. (h) Square rods, of overall length /, with sides of square having length d.
In principle, DSI is the simplest method for sample introduction into a plasma torch since the sample is placed into the base of the flame, which then heats, evaporates, and ionizes the sample, all in one small region. Inherent sensitivity is high because the sample components are already in the flame. A diagrammatic representation of a DSI assembly is shown in Figure 17.4. [Pg.114]

Three common types of nozzle are shown diagrammatically. Types A and K are similar, with sharp cutoffs on the ends of the outer and inner capillaries to maximize shear forces on the liquid issuing from the end of the inner tube. In types K and C, the inner capillary does not extend to the end of the outer tube, and there is a greater production of aerosol per unit time. These concentric-tube nebulizers operate at argon gas flows of about 1 1/min. [Pg.143]

Figure 27.4 is a diagrammatic representation of a typical MS/MS experiment in which a main ion beam selected for ions (precursor ions) of mass m and having kinetic energy zeV has been directed... [Pg.198]

A diagrammatic illustration of the effect of an isotope pattern on a mass spectrum. The two naturally occurring isotopes of chlorine combine with a methyl group to give methyl chloride. Statistically, because their abundance ratio is 3 1, three Cl isotope atoms combine for each Cl atom. Thus, the ratio of the molecular ion peaks at m/z 50, 52 found for methyl chloride in its mass spectrum will also be in the ratio of 3 1. If nothing had been known about the structure of this compound, the appearance in its mass spectrum of two peaks at m/z 50, 52 (two mass units apart) in a ratio of 3 1 would immediately identify the compound as containing chlorine. [Pg.340]

Diagrammatic representations of the functions in Equation (1.35) cannot be made until we convert them from imaginary into real functions. Exceptions are the functions with = 0, which are already real. [Pg.15]

The potential energy curve in Figure 6.4 is a two-dimensional plot, one dimension for the potential energy V and a second for the vibrational coordinate r. For a polyatomic molecule, with 3N — 6 (non-linear) or 3iV — 5 (linear) normal vibrations, it requires a [(3N — 6) - - 1]-or [(3A 5) -F 1]-dimensional surface to illustrate the variation of V with all the normal coordinates. Such a surface is known as a hypersurface and clearly cannot be illustrated in diagrammatic form. What we can do is take a section of the surface in two dimensions, corresponding to V and each of the normal coordinates in turn, thereby producing a potential energy curve for each normal coordinate. [Pg.184]

Fig. 9. Diagrammatic representation of and D. includes the volume of the soHd material forming the matrix of each bead. Fig. 9. Diagrammatic representation of and D. includes the volume of the soHd material forming the matrix of each bead.
Fig. 10. Linear recognition diagrammatic representation of the recognition of linear dicationic (a) and dianionic (b) substrates (c, d) typical examples of... Fig. 10. Linear recognition diagrammatic representation of the recognition of linear dicationic (a) and dianionic (b) substrates (c, d) typical examples of...
Fig. 21. (a) Diagrammatical representation of an allosteric receptor mechanism (b) allosteric binding of a thymine derivative promoted on uptake (34). [Pg.186]

Fig. 18. Diagrammatic representation of copper extraction using solvent extraction (273). Fig. 18. Diagrammatic representation of copper extraction using solvent extraction (273).
Fig. 1. Diagrammatic representation of fat globule separation in a centrifugal separator (5). Fig. 1. Diagrammatic representation of fat globule separation in a centrifugal separator (5).
Fig. 1. Diagrammatic representation of the succession of layers in some layer lattice siHcates (12) where 0 is oxygen , hydroxyl , siHcon o. Si—Al aluminum C, Al—Mg O, potassium , Na—Ca. Sample layers are designated as O, octahedral T, tetrahedral and B/G, bmcite- or gibbsitelike. The... Fig. 1. Diagrammatic representation of the succession of layers in some layer lattice siHcates (12) where 0 is oxygen , hydroxyl , siHcon o. Si—Al aluminum C, Al—Mg O, potassium , Na—Ca. Sample layers are designated as O, octahedral T, tetrahedral and B/G, bmcite- or gibbsitelike. The...
Conduction through Several Bodies in Series Figrrre 5-1 ilhrstrates diagrammatically the temperatrrre gradients accompanying the steady condrrc4ion of heat in series throrr three solids. [Pg.555]

Diagrammatic sketches of many of these machines are shown in Fig. 19-9. f There is also a mnller in which the turret is stationary hut the pan rotates. [Pg.1764]

A diagrammatic sketch of the complete apparatus for the laboratory production and use of ozone in organic reactions is shown in Fig. 2. [Pg.63]

Figure 4.11. Diagrammatic sketches of atomic lattice rearrangements as a result of dynamic compression, which give rise to (a) elastic shock, (b) deformational shock, and (c) shock-induced phase change. In the case of an elastic shock in an isotropic medium, the lateral stress is a factor v/(l — v) less than the stress in the shock propagation direction. Here v is Poisson s ratio. In cases (b) and (c) stresses are assumed equal in all directions if the shock stress amplitude is much greater than the material strength. Figure 4.11. Diagrammatic sketches of atomic lattice rearrangements as a result of dynamic compression, which give rise to (a) elastic shock, (b) deformational shock, and (c) shock-induced phase change. In the case of an elastic shock in an isotropic medium, the lateral stress is a factor v/(l — v) less than the stress in the shock propagation direction. Here v is Poisson s ratio. In cases (b) and (c) stresses are assumed equal in all directions if the shock stress amplitude is much greater than the material strength.

See other pages where Diagrammatic is mentioned: [Pg.1]    [Pg.1187]    [Pg.1210]    [Pg.94]    [Pg.186]    [Pg.399]    [Pg.154]    [Pg.96]    [Pg.157]    [Pg.18]    [Pg.18]    [Pg.170]    [Pg.164]    [Pg.165]    [Pg.221]    [Pg.34]    [Pg.74]    [Pg.535]    [Pg.5]    [Pg.12]    [Pg.90]    [Pg.1219]    [Pg.1677]    [Pg.60]    [Pg.79]    [Pg.879]    [Pg.84]    [Pg.8]   
See also in sourсe #XX -- [ Pg.101 ]




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Algebraic diagrammatic construction

Algebraic diagrammatic construction scheme

Correlation diagrammatical representations

Diagrammatic Approaches to the Excluded Volume Problem

Diagrammatic conventions

Diagrammatic coupled-cluster theory

Diagrammatic expansion

Diagrammatic formalism

Diagrammatic interpretation

Diagrammatic many body perturbation

Diagrammatic many-body perturbation theory

Diagrammatic reasoning

Diagrammatic representation

Diagrammatic representation, centroid

Diagrammatic space

Diagrammatic technique

Diagrammatic technique, nonlinear light

Diagrammatic technique, nonlinear light interaction

Diagrammatic traces

Diagrammatic valence-bond

Diagrammatical models

Diagrammatical representation

Diagrammatical representation crystal

ELISA diagrammatic representation

Electronic configuration diagrammatic representations

Extensions of the diagrammatic approach

Homologue diagrammatic representation

Interaction mechanisms diagrammatic representation

Many-body perturbation theory diagrammatic representation

Perturbation theory diagrammatic

Quantum mechanics diagrammatic techniques

Relaxation Diagrammatic example of stress retention versus time

Second-order diagrammatic perturbation

Solution chemical reactions and diagrammatic approaches

Some Diagrammatic Presentations

Third-order diagrammatic perturbation

Valence method, diagrammatic

Vertex, diagrammatic representations

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