Specific description

NOTE 1. Vertical columns indicate valves acceptable as equivalent to the specification description. 

NOTE 1. Vertical columns indicate valves acceptable as equivalent to the specification description. 2. V-l 1 is a typical valve code to use on flowsheets and piping drawings. 

Techniques used in experimental measurements of reaction rates are reviewed in Vol. 1 of this series, including specific descriptions of methods used to study homogeneous and heterogeneous rate processes by Batt [112] and by Shooter [113]. A number of experimental approaches to the investigation of reactions of solids are described by Budnikov and Ginstling [1]. 

Computer applications allow for defining and managing several important nonclinical data types that are managed by the system itself. Such data are referred to as metadata or control data. These are information such as domain-specific descriptions, application conditions, parameters, and methods in a repository. Control data fields can be part of the data collection forms or in system-defined tables. Some of these control fields include electronic signatures, form status, transmission date, transmission number, field completed, and memo fields (large text format). The database contains tables for reference ranges, visit schedule, form schedule, labels, and drug codes. 

PLANT-SPECIFIC DESCRIPTION OF CASE HISTORIES 5.4.1 Plant A Case History... 

Specific Descriptions of Porcelain Enameling Industrial Plants. 316... 

SPECIFIC DESCRIPTIONS OF PORCELAIN ENAMELING INDUSTRIAL PLANTS... 

Catalysis provides a coherent set of abstraction techniques and also provides the rationale to relate more-detailed accounts to the abstractions and to document the conformance with specific descriptions. 

Typically, acid soils are titrated with a sodium or calcium hydroxide [NaOH or Ca(OH)2] solution and basic soils with hydrochloric acid (HC1), and pH changes are most commonly followed using a pH meter. Carbonates in basic soils release C02 during treatment with HC1, thus making the titration more difficult. For this reason, carbonates are often determined by other methods. It is important to keep in mind that basic solutions react with carbon dioxide in air and form insoluble carbonates. This means that either the basic titrant is standardized each day before use or the solution is protected from exposure to carbon dioxide in air. Specific descriptions of titrant preparation, primary standards, and the use of indicators and pH meters in titrations can be found in Harris [1] and in Skoog et al. [2],... 

The recombination zone falls into the burned gas or post-flame zone. Although recombination reactions are very exothermic, the radicals recombining have such low concentrations that the temperature profile does not reflect this phase of the overall flame system. Specific descriptions of hydrocarbon-air flames are shown later in this chapter. 

Thermodynamic methods, which have been those most widely used in the past, utilize isotherms and heats of adsorption as their foundations. Entropy changes calculated from such data are not easy to transform unambiguously into specific descriptions of the adsorbed phase. 

No specific descriptions of (hydrous) oxides of other metals are offered here. However, the references given in Table 1.1.2 can direct the reader to the published studies on relevant systems. 

There are four chapters to the handbook with specific terms, acronyms and terminology pertinent to each section and the data contained therein. This chapter provides first an overview of the informational data base and second, it provides specific description of the terms pertinent to the four chapters. 

Class A Explosive Under the U.S. Department of Transportation (DOT) safety regulations, as per 49 CFR 173.53, there are nine types of Class A explosives including solid or liquid explosives, and ammunition, which can be detonated under conditions specified by DOT. These regulations provide specific descriptions of tests for the different types of Class A explosives. 

Finally in September and October of 1962, satisfactory herbarium material reached us. when we were in San Jose Tenango, on which Dr. Epling could base his specific description. Tenango, at about 1200 meters altitude, is close to and above the tierra Caliente of Vera Cruz. 

Others place them in more specific, descriptive subcategories. The National Institute on Dmg Abuse identifies six ... 

Pfizer alleged that the claimed invention was invalid for, among other things, failure to comply with the written description requirement. The District Court found for Pfizer, holding that Rochester s claimed invention was invalid for failure to comply with the written description because the Rochester patent neither disclosed a nonsteroidal compound that selectively inhibits the COX-2 enzyme nor provided any idea how such a compound could be made other than by trial and error research.23 Instead of a specific description of the invention all the public received was a method of identifying and using compounds without any description of the compounds themselves. As the District Court explained in its decision,... 

Considerable progress has been achieved in understanding the technology from the experimental point of view, with the establishment of many empirical correlations. On the other hand, their theoretical interpretation by means of reliable models is not accordingly advanced. The first model devoted to membrane emulsification, based on a torque balance, was proposed in 1998 by Peng and Williams [13], that is, ten years later the first experimental work was published, and still nowadays, a theoretical study aiming at a specific description of the premix membrane emulsification process is not available. 

Over the past two decades many biotechnology-derived products have been approved in the United States. A selected list of these products is provided in Table 6.2. The products include recombinant endogenous-replacement proteins, cytokines, monoclonal antibodies, and fusion molecules. Other chapters in this book give more detailed product-class-specific descriptions of the preclinical development programs for many of these molecules. 

The present review is organized as follows in Section 7.1.1 we present the TDDFT-PCM methodology for the calculation of excited state properties of solvated molecules in Section 7.1.2 we describe a TDDFT-PCM linear response approach to a state-specific description of the solute-solvent interaction finally, in Section 7.1.3 we present a time-dependent extension of the PCM to describe the solvent relaxation processes accompanying the formation and relaxation of excited state solutes. 

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