Conversion factors, list

Refer to Section 1-9, the conversion factors listed in Table 1-8, and Example 1-9. 

The value for P is presented in various dimensions in the literature. One can convert from various dimensions to the desired ones with the help of the conversion factors listed in Table 9-1. 

Numbers in parentheses are vs. SCE, converted using conversion factors listed in Table I. b irreversible — ir quasireversible — qr. 

D is the Debye-Huckel term in molal units and / , the ionic strength converted to molal units by using the conversion factors listed in [76BAE/MES] (p.439). The following list gives the details of this calculation. The resulting uncertainties in log p are obtained based on the rules of error propagation as described in Section C.6.2. 

Write the English-metric conversion factors listed on Table 8.1. 

The concentrations used in Equation (5.1) are in milliequivalents per liter (meq L-1), which can be calculated from milligrams per liter (mg L ) using conversion factors listed in Hem (1985). See Table 5.2. 

D is the Debye-Hiickel term in molal units and the ionic strength converted to molal units by using the conversion factors listed in Table II-5. The following list... 

A conversion factor does not change the size of a number or measurement, only its name, as in Fig. 1-1. This systematic approach does not eliminate the requirement for thoughtfiilness on your part. You must deduce the form of the appropriate conversion factor. To do this, you must become familiar with the conversion factors listed in Appendix A. 

Crystal-field parameters that were obtained by fitting the optical spectra for various lanthanides in the host crystal are reported. In cases where more than one such analysis appears in the literature for a given lanthanide, we report all sets of Bkm that are appreciably different. In all cases, we have converted reported crystal-field parameters to the Wyboume notation (eq. (33)) by means of the conversion factors listed in table 4. In addition, if the Bb are complex, we have rotated the coordinate system such that the first Bkm in table 5 with m > 0 is real. 

The conversion factors listed here have been used throughout the book. Data originaily suppiied in a variety of metric and imperial units has been presented in a standardised set of units based on the Systdme Internationale dVnites (S.I.), taking into account the differences between UK and US quantities. Multiple units and prefixes are also given. 

A representative list of conversion factors from non-SI to SI units is presented herewith. Factors are given to four significant figures. Exact relationships are followed by a dagger. A more complete Hst is given in the latest editions of ASTM E380 (4) and ANSI Z210.1 (6). 

Units employed in diffusivity correlations commonly followed the cgs system. Similarly, correlations for mass transfer correlations used the cgs or Enghsh system. In both cases, only the most recent correlations employ SI units. Since most correlations involve other properties and physical parameters, often with mixed units, they are repeated here as originally stated. Common conversion factors are listed in Table 1-4. 

The Excel spreadsheet is constructed so that on page one, the referenced properties are listed in Column C, and the same with conversion factors to SI units in Column D. Conversion formulas and values calculated in SI Units are in Column E. Column F is a duplicate of Column E, and this can be used for additional calculation by changing to other conditions or to an entirely new case. It is recommended toleave Column E alone for a comparison case and to copy Column F to another page to execute calculations. 

To determine emission data, as well as the effect that fuel changes would produce, it is necessary to use the appropriate thermal conversion factor from one fuel to another. Table 6-5 lists these factors for fuels in common use. 

This list contains various conversion factors and physical constants used by Gaussian in converting from standard to atomic units. 

This conversion factor is exact the inch is defined to be exactly 2.54 cm. The other factors listed in this column are approximate, quoted to four significant figures. Additional digits are available if needed for vary accurate calculations. For example, the pound is defined to be 453.59237 g. 

Designers, manufacturers, and operators of boilers continue to use many of these terms, without undue deference to unit standardization, to define, measure, and report on plant steam-raising capacities power output) and operating parameters. (In continuance of this common practice therefore, many of these various terms are freely used in discussions throughout this book.) However, to familiarize the reader and minimize confusion, some energy terms and notes are provided here. A more complete list of units and conversion factors is provided in the appendix. 

Units in this book conform to the SI system (Systeme International d Unites). They are listed in the following tables with the relevant conversion factors. 

If an inhalation study in animals, list conversion factors used in determining human equivalent concentration NA... 

If an inhalation study in animals, list the conversion factors used in determining human equivalent dose Va male Wistar rat = 0.23 mVday, BW = 0.217 kg Va human = 20 mVday, BW = 70 kg... 

The System Internationale (SI) unit for radioactivity is becquerel (Bq), which is defined as one disintegration per second. The SI units and the conversion factors between curie and SI units are listed in Table 15.2. 

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