Source Words

This Wordfinder comprises all listed source words (CAPITALIZED) as well as other subheadings, keywords, or synonyms (written in lower case). Each of the latter is immediately followed by the recommended source entry CAPITALIZED ITALICIZED). 

Many source words are also cross-referenced, and these source words (again CAPITALIZED ITALICIZED) appear below each entry. 

Asano, H., Nakajima, H., Mizuno, H., and Oku, M. Long Vowel Detection for Letter-to-sound Conversion for Japanese Sourced Words Transliterated into the Alphabet. n Proceedings of Interspeech 2004 (2004). 

Hydrocarbons are divided into two mam classes aliphatic and aromatic This classifi cation dates from the nineteenth century when organic chemistry was devoted almost entirely to the study of materials from natural sources and terms were coined that reflected a substance s origin Two sources were fats and oils and the word aliphatic was derived from the Greek word aleiphar meaning ( fat ) Aromatic hydrocarbons irre spective of their own odor were typically obtained by chemical treatment of pleasant smelling plant extracts... 

Analytical chemists make a distinction between error and uncertainty Error is the difference between a single measurement or result and its true value. In other words, error is a measure of bias. As discussed earlier, error can be divided into determinate and indeterminate sources. Although we can correct for determinate error, the indeterminate portion of the error remains. Statistical significance testing, which is discussed later in this chapter, provides a way to determine whether a bias resulting from determinate error might be present. 

Spark (source) ionization. Occurs when a solid sample is vaporized and partially ionized by an intermittent electric discharge. Further ionization occurs in the discharge when gaseous atoms and small molecular moieties interact with energetic electrons in the intermittent discharge. It is recommended that the word source be dropped from this term. 

Coke Coke is the solid, cellular, infusible material remaining after the carbonization of coal, pitch, petroleum residues, and certain other carbonaceous materials. The varieties of coke generally are identified by prefixing a word to indicate the source, if other than coal, (e.g., petroleum coke) or the process by which a coke is manufactured (e.g., oven coke). 

The potential for power recovery from liquid streams exists whenever a liquid flows from a high-pressure source to one of lower pressure in such a manner that throttling to dissipate pressure occurs. Such throtthng represents a system potential for power that is the reverse of a pump—in other words, a potential for power extraction. Just as in a pump, there exists a hydraulic horsepower and a brake horsepower, except that in the recoveiy they are generated or available horsepowers. 

The auto-synchronizing relay monitors AV, Af and phase shift (Ad), between the two voltage phasors. In other words it monitors the residual voltage, It also ensures that G is slightly ahead of the existing source at the instant of synchronization. 

Titles of periodicals are defined as in the Chemical Abstracts Service Source Index (CASSI), except that full stops have been omitted after each abbreviated word. Abbreviations of words in the texts of Chapters 4, 5 and 6 are those in common use and are self evident, e.g. distn, filtd, cone and vac are used for distillation, filtered, concentrated and vacuum. 

Today a very wide range of acrylic materials is available with a broad property spectrum. The word acrylic, often used as a noun as well as an adjective in everyday use, can mean quite different things to different people. In the plastics industry it is commonly taken to mean poly(methyl methacrylate) plastics, but the word has different meanings, to the fibre chemist and to those working in the paint and adhesives industries. Unless care is taken this may be a source of some confusion. 

The pollutant sources IG.i and y G 2 niay be without any buoyancy forces or they may be sinks, in other words negative sources or filters. 

It is important to quantify the sound pressure levels in dB generated by each source and for each frequency (31.5-8000 Hz) in order to establish which noise will be masked or prevalent. It must be noted that when the pressure levels of two noises differ by more than 10 dB, the resulting level is equal to that of the higher-level source in other words, the noise at the higher level masks the noise at the lower level, which will not be perceptible to the listener (or the phonometer). In this case it is useless to reduce the latter noise, as the composed noise will remain the same, being influenced by the higher-level noise only. 

From this table one can see that all the additional requirements in ISO/TS 16949 were sourced from one or more of the four national quality system requirement documents. The location and wording of the requirements changed on incorporation into ISO/TS 16949. Many requirements from QS-9000 have been incorporated verbatim, whereas extracts from VDA, AVSQ, and EAQF were reworded so as to phrase the statements as requirements. 

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