Definition applications

Important applicable definitions that concern this subject follows ... 

Relevant sections of the Homeland Security Act of 2002 (HSA) [125] and the Safe Explosives Act of that law, which is Tide II of that Act, are presented with applicable definitions of explosives and terrorism. 

Assumptions 0 = 02 = 03 = 0 fr(Xj ) X., Xj 3 l D /K6 is independent of X 2 the A value considered and longitudinal diffusion is negligible these assumptions are practically valid for many reverse osmosis systems in water treatment applications. Definitions ... 

The definition of high-level waste in Clause (B) of NWPA given above represents a potentially significant departure from previous definitions in that it allows the development of a generally applicable definition of high-level waste that is not based on the source of the waste. However, as in Clause (A), highly radioactive and requires permanent isolation in Clause (B) are not quantified. 

In 1987, NRC announced its intent to develop a quantitative and generally applicable definition of high-level waste in response to the definition in Clause (B) of NWPA (NRC, 1987). NRC indicated that the definition would specify minimum concentrations of radionuclides constituting high-level waste and would be based primarily... 

Ohm s law. V = IR, where /is the potential across a circuit element, / is the current through it, and R is its resistance. This is not a generally applicable definition of resistance. It is only applicable to ohmic resistors, those whose resistance R is constant over the range of interest and V obeys a strictly linear relation to /. 

I he title of this symposium is Literature Sources for. Chemical Market Research. This is repeated here, because Webster s two most applicable definitions of literature are The body of writings having to do with a given subject and (colloquial) Any kind of printed matter." Some of the sources covered by this paper are agencies which may supply information on request. The distinction is that such information does not now exist as literature. 

Finally, various specific Web interfaces to EMBOSS exist, such as wEMBOSS (http //www.wemboss.org). In addition, EMBOSS has been incorporated into the SRS interface via generation of external-application definitions in SRS s Icarus language. 

Environmental standards for disposal of spent nuclear fuel, high-level and transuranic radioactive wastes—applicability, definitions, containment and individual protection requirements EPA 2001 i 40CFR191, Subpart B... 

In the previously eited documents — ANSI B11.TR3-2000 and ISO/IEC Guide 51 —very simple, identical, and generally applicable definitions of a hazard appear. This is the definition. 

We should recognize that a universally applicable definition of an acceptable risk level cannot be attained, other than in broad general terms, because of the many variables in individual risk situations. 

As is the case in most discussions of interfacial systems and their applications, definitions and nomenclature can play a significant role in the way the material is presented. The definition of an emulsion to be followed here is that they are heterogeneous mixtures of at least one immiscible liquid dispersed in another in the form of droplets, the diameters of which are, in general, greater than 0.1 (.m. Such systems possess a minimal stability, generally defined rather arbitrarily by the application of some relevant reference system such as time to phase separation or some related phenomenon. Stability may be, and usually is, enhanced by the inclusion of additives such as surfactants, finely divided solids, and polymers. Such a definition excludes foams and sols from classification as emulsions, although it is possible that systems prepared as emulsions may, at some subsequent time, become dispersions of solid particles or foams. 

Purpose, is very straightforward. It states exactly what you can expect from Part 390 as a whole — and that is to establish general applicability, definitions, requirements and information as they apply to persons subject to the FMCSRs. 

The specification of the system includes the definition of dangerous as well as the activation thresholds. Objectively dangerous refers to the criteria set within the specification. No generally accepted or universally applicable definition of dangerous exists. 

Answer by author It has been shown that for type 301 stainless steel that notched/unnotched tensile ratios of unity or higher indicate sufficient resistance to brittle fracture for structural applications. Definite correlations between notched/unnotched tensile ratios, axial fatigue data of complex welded joints and fatigue data of actual tanks have been obtained on the 300 series stainless steels. It is felt, however, that sufficient information is not presently available to quantitatively state the notched/unnotched tensile ratio required to insure sufficient toughness in other alloy systems such as the aluminum base alloys. 

As we proceeded with our studies, we found that developing a distinct, perhaps statistical, universally applicable definition of acceptable risk that did not contain general and judgmentally interpretive terms is not possible. But, with a studied understanding of risk, and risk taking, and the concept of As Low as Reasonably Practicable (ALARP), I dare to offer a practical definition of acceptable risk that can be effectively applied when dealing with workplace hazards, risks, and deficiencies in safety and health management systems. 

This subpart addresses electrical safety requirements that are necessary for the practical safeguarding of employees involved in construction work and is divided into four major divisions and applicable definitions as follows ... 

A near miss is described as an undesired event that under slightly different circumstances could have resulted in harm to people, damage to property, equipment or environment or loss of process. (32) Comparable and broadly applicable definitions of near misses appear elsewhere. 

This particular safety practice is not explicitly included in the definitions on the back of the observation sheet Add a pinpointed example to the applicable definition... 

One of the main objectives of Chapters 3 and 4 (Section II) is to devise, evaluate, and apply numerical techniques for employing computers to solve problems in chemical engineering. In Chapter 3, numerical methods are introduced with emphasis on elementary applications. Definitions of basic concepts are given areas and domain of numerical methods are identified and basic applications for many examples are presented. 

The size of the converter required for a given duty is determined primarily by the design space velocity for the specific reaction conditions. Space velocity is an indirect measure of the contact time between the gas and the catalyst. It is u.sually defined as the volume of gas at standard conditions pas.sing through a unit volume of catalyst per unit of time. However, space velocity is occasionally expressed in terms of actual flowing gas volume per volume of catalyst per unit of time, and it is extremely important that the applicable definition be known before a space velocity value is used for design. 

Let us first summarize some relevant aspects. As mentioned in the Introduction, although the aromaticity plays a central role in chemistry, this important concept lacks a precise and generally applicable definition [32,34]. 

What is aromaticity then As stated above, there is actnaUy no unique, generally applicable definition for it Instead, the coexistence of several properties of a given compound points toward its aromaticity. Several of these properties can be evalnated, which thns gives the possibility to qnantify the degree of aromaticity. Based on the... 

ETSI Intelligent Transport Systems (ITS) Vehicular Communications Basic Set of Applications Definitions. Technical Report TR 102 638, vl.1.1, ETSI, 650 Route des Lucioles, F-06921 Sophia Antipolis Cedex, Prance (June 2009)... 

It is absolutely vital to continue to explore the fundamental aspects of aromaticity, to strive for a widely applicable definition, to probe the uni- or multidimensionality of the phenomenon, to discover whether the o- or jr-systems are responsible for the bond-equalized structures, and to develop as widely applicable quantitative scale of aromaticity as possible. Much progress has been made in these endeavors, but much remains to be done. However, from a pragmatic stance, recognizing a compound as (qualitatively) aromatic is usually easily achieved by a combination of the criteria surveyed above. As pointed out in numerous review articles, relying on just one criterion in assigning aromaticity, or not, is perilous... 

Further development of braiding machines for the production of 3-D braids to obtain larger and more complex cross sections for nearly every application. Definition of algorithms between machine controls and the position of threads in the braid. 

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