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Functional continuous

Weak cation exchanger—macroreticular type—carboxylic acid or phenolic functionality continued) ... [Pg.1113]

Conventional extmsion or coextrusion may be performed on vertical or horizontal rotary or shuttle mold configurations. In shuttie blow mol ding the extmder and die are in fixed horizontal and vertical position two or more molds shuttie into and out of position beneath the die. By reciprocating in two planes, the mold may remove a parison and permit the extmder to function continuously. [Pg.455]

Formation, thermodynamic functions (continued) enthalpy (continued)... [Pg.461]

As kidney function continues to decline and the GFR falls less than 60 mL/minute/1.73 m2, phosphorus excretion continues to decrease and calcitriol production decreases, causing PTH levels to begin to rise significantly, leading to secondary hyperparathyroidism (sHPT). The excessive production of PTH leads to hyperplasia of the parathyroid glands, which decreases the sensitivity of the parathyroid glands to serum calcium levels and calcitriol feedback, further promoting sHPT. [Pg.387]

Donaldson RM Normal bacterial populations of the intestine and their relation to intestinal function (continued). N Engl J Med 1964 270 994-1001. [Pg.20]

Boltzmann s W-function is not monotonic after we perform a velocity inversion of every particle—that is, if we perform time inversion. In contrast, our -function is always monotonic as long as the system is isolated. When a velocity inversion is performed, the 7f-function jumps discontinuously due to the flow of entropy from outside. After this, the 7f-function continues its monotonic decrease [10]. Our -function breaks time symmetry, because At itself breaks time symmetry. [Pg.149]

Thus, in critically ill patients where catheters are conventionally inserted for diagnostic or therapeutic interventions, incorporation of the appropriate fiber optics to commercial catheters would enable the monitoring of hepatic function continuously and simultaneously with other medical interventions. Previous studies by the absorption method also found a close correlation between invasive and noninvasive ICG plasma elimination kinetics [157,160]. [Pg.51]

In the mammalian CNS powerful inhibitory systems function continually to slow the number of action potentials generated. The effects of stimulating an excitatory pathway can appear to be exaggerated if normal inhibitory influences to that region are diminished. Correspondingly, an inhibitory pathway will appear exaggerated if part of the excitatory influence to that system has been removed. [Pg.282]

Although in principle batteries can power any device that runs on electricity, in many cases the amount of electricity would require an excessive number of batteries. Another problem is that batteries have a limited life or, in the case of rechargeable batteries, require frequent recharging. But imagine an electrochemical system in which the reactants continually flowed in the cell. The consumed reactants are replaced as the reaction proceeds, so the cell can function continuously with no need for recharging. In this situation, the flowing reactants can be considered as the fuel, and the cell is known as a fuel cell. [Pg.139]

IV. Discrete Fourier Transform and Discrete Function Continuation... [Pg.261]

Function continuation procedures are applied to many other problems besides inverse-filtered Fourier spectral continuation and will be discussed in a separate section. [Pg.266]

IV. DISCRETE FOURIER TRANSFORM AND DISCRETE FUNCTION CONTINUATION... [Pg.271]

The sum u(k) + v(k) yields the restored function. The coefficients in v(k) are varied to satisfy the constraints. Because u(k) is constant for all function continuations discussed here, no useful purpose is served by writing out its Fourier series expression, and so the series representation will always be suppressed. [Pg.277]

Typically, one can assess the nature of the state (ground vs. excited) after convergence of the wave function. Continuing with our example, let us say that we have optimized the A state. We can then take that wave function, alter it so that the occupation number of the highest occupied a orbital is zero instead of one, and the occupation of the lowest formerly... [Pg.186]


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See also in sourсe #XX -- [ Pg.27 ]




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Addition reactions (continued functionalized

Adsorption continuous function

Analytical methods Continuous functions

Continuity of a Function

Continuous Hepatic Function Monitoring with Exogenous Organ-Specific Clearance Markers

Continuous Monitoring of Hepatic Function by Absorption Technique

Continuous Renal Function Monitoring with Radiopharmaceuticals

Continuous distribution function

Continuous fiber reinforced glass composites functional

Continuous function

Continuous function

Continuous function charts

Continuous functions, linear least squares

Continuous models function

Continuous state function

Continuous time function

Continuous time random walk correlation functions

Continuous time random walk functions

Control functions piecewise continuous

Copper (continued function

Derivative Continuity of the Basis Function at its Ends

Derivatives continuous functions

Discrete Approximation of Continuous Transfer Functions

Distribution functions continuous probability

Enantioselective reactions (continued functionalized

Energy continued density functions

Energy continued flux functions

Ethanol—continued functional group

Fourier Transform and Discrete Function Continuation

Function continuity

Function continuity

Function semi-continuity

Functional weak continuity

Functions, Limits, and Continuity

Kinetic Models in the Form of Equations Containing Piecewise Continuous Functions

Number density function continuous

PLASMA POLYMERIZATION Functional group continued

Piecewise continuous functions

Polarization continued) functions

Representing Data by Continuous Functions Regression Analysis

Single-Valued and Continuous Functions

Source, continuous distribution function

Structure-function relationship continued)

System, continued state function

Taguchi loss functions, as continuous quality

Taguchi loss functions, as continuous quality cost models

The Use of a Continuous Function

The Wave-Function Continuity

Vitamins, continued functions

Vitamins, continued metabolic function

Wave functions continuity

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