Equivalent feel

Ejectors, steam/water requirements, 371 Electrical charge on tanks, 537 Electrical precipaiaiors, 280 Applications, 280, 282 Concept of operation, 281 Emergency relief, 450 Engineering, plant development, 46 Equipment symbols, 19—2 L Abbreviations, 25 Instruments, 21, 26. 29 Piping, 22 Valve codes, 26 Equivalent feel (flow), 86 Estimated design calculation time,... 

Control valves, 90-96 Dowtherm liquid, friction loss chart, 94 Dowtherm vapor, 113 Equivalent feel concept, 86 Equivalent feet, non-viscous liquids, 89 Fittings, 71... 

At this point the reader may feel that we have done little in the way of explaining molecular synnnetry. All we have done is to state basic results, nonnally treated in introductory courses on quantum mechanics, connected with the fact that it is possible to find a complete set of simultaneous eigenfiinctions for two or more commuting operators. However, as we shall see in section Al.4.3.2. the fact that the molecular Hamiltonian //coimmites with and F is intimately coimected to the fact that //commutes with (or, equivalently, is invariant to) any rotation of the molecule about a space-fixed axis passing tlirough the centre of mass of the molecule. As stated above, an operation that leaves the Hamiltonian invariant is a symmetry operation of the Hamiltonian. The infinite set of all possible rotations of the... 

The lambda type is nongelling, and functions as a thickner. Iota-carrageenan has been recommended (45) for use in formulating low fat ground beef due to its abihty to retain moisture, especially through a freeze—thaw cycle which is typical for ground beef patties. Oat bran and oat fiber can also be used to improve moisture retention and mouth feel. Modified starches can be used as binders to maintain juiciness and tenderness in low fat meat products. Maltodextrins (dextrose equivalent less than 20) may be used as binders up to 3.5% in finished meat products. Other carbohydrates such as konjac flour, alginate, microcrystalline cellulose, methylceUulose, and carboxymethylceUulose have also been used in low fat meat products (see CELLULOSE ETHERs). 

Most people will tolerate greater risk from activities when the threat to life is offset in time from when the risk (and the benefit) is originally accepted. For example, people may feel worse (and usually accept less risk) about a threat of immediate harm (e.g., the blast wave from an explosion) than a threat of latent harm (e.g., an increase in the chance of getting a fatal disease following a 20-year exposure to a hazardous material, like asbestos), even though the risks may be equivalent. 

When I arrived last Friday night, the bar at Hearth was crowded with filthy wine drinkers—prosperous types who can take up two bar stools and not feel bothered to move. There were three women in dark day-to-evening suits who looked like editors at literary publishing houses haircuts as opposed to hairdos, light makeup and small, sensible earrings—the fashion equivalent of political correctness. 

In this volume dedicated to Yngve Ohm we feel it is particularly appropriate to extend his ideas and merge them with the powerful practical and conceptual tools of Density Functional Theory (6). We extend the formalism used in the TDVP to mixed states and consider the states to be labeled by the densities of electronic space and spin coordinates. (In the treatment presented here we do not explicitly consider the nuclei but consider them to be fixed. Elsewhere we shall show that it is indeed straightforward to extend our treatment in the same way as Ohm et al. and obtain equations that avoid the Bom-Oppenheimer Approximation.) In this article we obtain a formulation of exact equations for the evolution of electronic space-spin densities, which are equivalent to the Heisenberg equation of motion for the electtons in the system. Using the observation that densities can be expressed as quadratic expansions of functions, we also obtain exact equations for Aese one-particle functions. 

Capecitabine is an oral prodrug of 5-FU that also is effective in the adjuvant setting and is being evaluated as a replacement for 5-FU for patient convenience and safety reasons. Data suggest that capecitabine is at least equivalent to 5-FU and leucovorin in efficacy and is better tolerated by patients.24 Consequently, most practitioners feel that capecitabine is an acceptable alternative to IV 5-FU plus leucovorin. However, the role of capecitabine with additional chemotherapy agents such as oxaliplatin requires further study... 

The reason for including the CVMP in this list is that a number of the documents at their web sites are more recent versions of the equivalent human guidance at the CPMP site. Thus, it is possible to get a feel for the newest developments in particular fields (although those aspects relating exclusively to veterinary... 

While it is clear that some people will not accept a definition of safety that is relative, it appears that most people feel safe when they are convinced that risks to their well-being are sufficiently low, even if not completely absent. (There are some dramatic and important qualifications on this conclusion, as we shall see in the later section concerning people s perceptions of risk. While for the most part people accept that the condition of safety is not equivalent to the condition of being completely risk-free, most people do not perceive risk as simply a matter of probability, as do the experts. This intriguing and well-documented fact complicates greatly the public dialogue on matters of risk.)... 

Each ifi nucleus is shielded or screened by the electrons that surround it. Consequently each nucleus feels the influence of the main magnetic field to a different extent, depending on the efficiency with which it is screened. Each nucleus with a different chemical environment has a slightly different shielding and hence a different chemical shift in the H NMR spectrum. Conversely, the number of different signals in the iff NMR spectrum reflects the number of chemically distinct environments for iff in the molecule. Unless two iff environments are precisely identical (by symmetry) their chemical shifts must be different. When two nuclei have identical molecular environments and hence the same chemical shift, they are termed chemically equivalent or isochronous nuclei. Non-equivalent nuclei that fortuitously have chemical shifts that are so close that their signals are indistinguishable are termed accidentally equivalent nuclei. 

Finally, before we move on to look at statistical methods, it is worth mentioning that many people feel uncomfortable with the term non-inferiority. In a strict sense, any reduction in the mean response is saying that the new treatment is not as good as the existing treatment and so is inferior. We, however, are using the term non-inferiority to denote a non-zero, but clinically irrelevant reduction in efficacy, which we need to define in an appropriate way. Some practitioners use the term one-sided equivalence as an alternative to non-inferiority. 

The standard language used to describe rate phenomena in condensed phases has evolved from Kramers one dimensional model of a particle moving on a one dimensional potential, feeling a random and a related friction force. In Section II, we will review the classical Generalized Langevin Equation (GEE) underlying Kramers model and its application to condensed phase systems. The GLE has an equivalent Hamiltonian representation in terms of a particle which is bilinearly coupled to a harmonic bath. The Hamiltonian representation, also reviewed in Section II is the basis for a quantum representation of rate processes in condensed phases. Eas also been very useful in obtaining solutions to the classical GLE. Variational estimates for the classical reaction rate are described in Section III. 

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