Dimensions, listing

All data is computed from the nominal dimensions listed and the effect of tolerances is not taken into account. Values are computed by application of the following formulas ... 

A shell-and-tube heat exchanger is available with one-shell pass and two-tube passes (illustrated schematically in Figure 17) and with dimensions listed below. Is it suitable for the duty ... 

The vibrational frequencies were assigned by Catalano and Pitzer (7), on the basis of their own Infra-red spectra and other data. The molecular dimensions listed above were deduced from microwave spectra by Robinson (8), and are confirmed by electron-diffraction values compiled by Allen and Sutton (9,). The moments of inertia are weighted for the isotopes and were calculated from Robinson s dimensions by Giauque and Ott (10). Giauque and Ott (10) determined S (298.15 K) experimentally to be 67.81 cal k" mol", with which the value calculated here agrees, i.e. 67.816 cal K mol. The principal moments of... 

A systematic study of the structure of the series of l,3-dioxolan-2-ylium cations (46)-(49) as their hexafluoroantimonate salts has given the molecular dimensions listed in Table 1 and shows the structures to be essentially planar at C-2 <93CJC836>. The dimensions obtained from the x-ray structure of the 2-imino-l,3-oxathiole (50) are also presented in Table 1 <93JCS(Pl)35l>. New x-ray studies include the spiro benzodioxole compound (51) <93ACS999> and the bis-dioxolane (52), where the diffraction study was used to establish the relative configuration as being that shown <90BCJ2450>. 

The standard type thermowells manufactured and supplied are provided with the following bulb diameter-to-well bore relationship. The dimensions listed in catalogs are usually given as a 1/4-inch bulb fits into a 0.260-inch bore, a 3/8-inch into a 0.385-inch, a 1/2-inch into a 0.510-inch, a 9/16-inch into a 0.572-inch, a 5/8-inch into a 0.635-inch, an 11/16-inch into a 0.707-inch, a 3/4-inch into a 0.760-inch and a 7/8-inch into a 0.885-inch. 

The last two dimensions listed by Boyer also describe the nature of chemical education research. The scholarship of integration considers ways in which different disciplines inform and contribute to each other. There are numerous approaches to chemical education research that draw from theories and mediods common to anthropology, psychology, cognitive sciences, computer sciences, and statistics. While these may not proceed by the experimental paths that chemists are accustomed to seeing, they are nonetheless valid and useful scientific approaches for answering certain research questions. 

Experiments have been conducted to validate the speed model. The pro-tot rpe in Fig. 9.1(a) was used in the experiments, and a snapshot of the robot in motion is shown in Fig. 9.4. The methods for model parameter identification can be found in Chen et al. (2010). Three tails with different dimensions, listed in Table 9.1, were used in the experiments. Refer to... 

NOTE 1 The ranges of cell dimensions listed below are... 

Any physical quantity has dimensions - not just the usual dimensions of length and time, but others too. Base dimensions, listed in Table 5.1, are denoted by uppercase... 

Extraction towers. Cost depends on internal diameter, material of construction, internal pressure and method of closure. Some of the correlations in the literature (see [15] for example) present vessel costs as a function of total vessel weight, while others give costs directly in terms of vessel dimensions and material of construction. Over the restricted range of dimensions listed below, the graphical data given in [14] may be represented within 15% by... 

When sleeves are used, the minimum dimensions listed above should be increased as shown below. Additionally, when partial sleeves are used, a minimum clearance between the top of the bottom nut or bearing plate and the bottom of the sleeve shell should be provided to prevent the unexpected pullout of the anchor that may occur as a result of the interruption of the failure plane by the sleeve. For full length sleeves... 

J. Liu, F. Rybnikar, P. H. Geil, J. Polym. Sei., Part B Polym. Phys., 30, 1469 (1992). Note that the eeU dimensions listed for form II were deduced from the reeiprocal lattice values reported. 

After coating LSCF (Lao.6Sro.4Coo.2Feo.803.5) based composite cathode, dual- and triple-layer hollow fibers, with the dimensions listed in Table 10.4, were used for investigating the effects of AFL thickness on cell performance. 

If the total head is 150 cm, x will be around 30 cm at room temperature for water flowing through a tube with the dimensions listed in Table 7.9. When water is replaced by a dilute polymer solution, much larger values of x result. Typical results are shown in Figure 7.27 for polyaCTylamide (Separan AP30, Dow Chemical Co, Midland, Michigan) solutions. In engineering calculations, the Reynolds number... 

In this section, we concentrate on the relationship between diffraction pattern and surface lattice [5], In direct analogy with the tln-ee-dimensional bulk case, the surface lattice is defined by two vectors a and b parallel to the surface (defined already above), subtended by an angle y a and b together specify one unit cell, as illustrated in figure B1.21.4. Withm that unit cell atoms are arranged according to a basis, which is the list of atomic coordinates within drat unit cell we need not know these positions for the purposes of this discussion. Note that this unit cell can be viewed as being infinitely deep in the third dimension (perpendicular to the surface), so as to include all atoms below the surface to arbitrary depth. 

The program uses two ASCII input files for the SCF and properties stages of the calculation. There is a text output file as well as a number of binary or ASCII data files that can be created. The geometry is entered in fractional coordinates for periodic dimensions and Cartesian coordinates for nonperiodic dimensions. The user must specify the symmetry of the system. The input geometry must be oriented according to the symmetry axes and only the symmetry-unique atoms are listed. Some aspects of the input are cumbersome, such as the basis set specification. However, the input format is documented in detail. 

Table 10-30 lists sizes 1 to 12 in, and larger sizes can be obtained. Bell-and-spigot pipe is produced in the weights and dimensions shown in Table 10-30 fittings are available. New hubless pipe utilizing TFE gaskets and stainless steel clamps to make a mechanical joint are now available (the trade name is Duriron MJ). 

The properties required of a material in order for it to support a stable shock wave were listed and discussed. Rarefaction, or release waves were defined and their behavior was described. The useful tool of plotting shocks, rarefactions, and boundaries in the time-distance plane (the x-t diagram) was introduced. The Lagrangian coordinate system was defined and contrasted to the more familiar Eulerian coordinate system. The Lagrangian system was then used to derive conservation equations for continuous flow in one dimension. 

Material properties for ice are listed in Table 28.3. The fracture toughness is low (0.12 MPa m ). The tensile strength of ice is simply the stress required to propagate a crack of dimensions equal to the grain size d, with... 

FMEA can be used to provide a quantitative measure of the risk for a design. Because it can be applied hierarchically from system through subassembly and component levels down to individual dimensions and characteristics, it follows the progress of the design into detail. FMEA also lists potential failure modes and rates their Severity (S), Occurrence (O) and Detectability ( )). It therefore provides a possible means for linking potential variability risks with consequent design acceptability and associated costs. Note that the ratings of Occurrence and Detectability are equated to probability levels. 

Fireball Dimensions. Moorhouse and Pritchard (1982) published a list of accidents and the reported fireball diameters and heights. Table 6.8 relates these data to calculated dimensions. The following relationship can be used to calculate the fiieball diameter ... 

Each of the four columns was packed with CPG00120C d = 13.0 nm). The column dimensions and experimental conditions are listed in Table 23.1. The flow rates (solution and solvent) were set to be proportional to the cross section of the column, whenever possible. The number of drops collected in each test tube was almost proportional to the cross section, especially for the initial fractions that might show a shift in M. Figure 23.9 shows chromatograms for some the fractions separated using 2.1-, 3.9-, and 7.8-mm i.d. columns. The result with the 7.8-mm i.d. column is a reproduction of Fig. 23.2 (3). Chromatograms of the fractions obtained from the 1.0-mm i.d. column overlapped with the chromatogram of the injected polymer sample (not shown). 

Conductor or wire sizes are expressed in terms of the American Wire Gage (AWC) system. In this system, the ratio of any wire diameter to the next smaller gage or diameter is 1.123. The AWC sizes range from 40 to 0000. Table 2-37 lists the AWG number, wire dimension, and resistance for solid copper wire. Wires larger than 0000 (as well as smaller wires) are stranded to maintain flexibility. 

There are three important dimensions of any tubular product outside diameter (OD), inside diameter (ID) and wall thickness. Sizes of pipe are listed by the nominal, or approximate, ID and the wall thickness. The actual OD and the wall thickness list sizes of tubing. 

A listing of a house for sale states that there are 5 bedrooms, 4000 ft2 of living area, and a living room with dimensions 17 X 18.5 ft How many significant figures are there in each quantity (Your answer may include the words ambiguous and exact.)... 

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