Type size tables

TABLE 14-2 Typical Effects of Packing Type, Size, and Liquid Rate on K o in a Chemically Reacting System, KgO, kmol/(h m )... 

Type of table Feed size Feed capacity, tons/h Table speed, r/min Table stroke, in Water with feed, gakmin Dressing water, gakmin Size of deck... 

Crusher Product Sizes Table 20-10 relates product size to the discharge setting of the crusher in terms of the percent smaller than that size in the product. Size-distribution curves differ for various types of materials crushed, and a general set of curves is not vahd. 

Primary gyratories will accept feed directly from truck or railcar. Most manuracturers make both mechanical and hydraulically supported types. Figure 20-23 shows a Nordberg primaiy gyratoiy crusher with spider suspension. It is available in 1- to 1.5-m (42-, 48-, 54-, and 60-in) feed sizes. Table 20-11 gives capacity data for the Superior gyratoiy crusher (Allis-Chalmers). 

Ribosomes, the supramolecular assemblies where protein synthesis occurs, are about 65% RNA of the ribosomal RNA type. Ribosomal RNA (rRNA) molecules fold into characteristic secondary structures as a consequence of intramolecular hydrogen bond interactions (marginal figure). The different species of rRNA are generally referred to according to their sedimentation coefficients (see the Appendix to Chapter 5), which are a rough measure of their relative size (Table 11.2 and Figure 11.25). 

SEAL CHAMBER DATA (2.1.6Q.1.7) temperature (°C) PRESSURE (kPa) FLOW (m /h) n SEAL CHAMBER SIZE /TABLE 2.3) TUBING O CARBON STEEL PIPE STAINLESS STEEL PIPINGASSEMBLY (3.5.2.10.1) THREADED O UNIONS SOCKET WELDED FLANGED TUBE TYPE FITTINGS PRESSURE SWITCH /PLAN 52/53) TYPE... 

CH08 POWER AND SAMPLE SIZE Table 8.1 Type I and type II errors... 

The genomes of DNA viruses vary greatly in size (Table 24-1). Many viral DNAs are circular for at least part of their life cycle. During viral replication within a host cell, specific types of viral DNA called replicative forms may appear for example, many linear DNAs become circular and all single-stranded DNAs become... 

In the following material, sections taken from the original papers are presented in smaller type. Annotations are in the usual type size. For convenience, figures and tables are renumbered in sequence with those of this chapter. For access to references cited in excerpts, see the complete papers. Stereo illustrations of maps and models (not part of the papers) are derived from files kindly provided by Zhaohui Xu. I am indebted to Xu and to Leonard J. Banaszak for allowing me to use their work as an example and for supplying me with an almost complete reconstruction of this structure determination project. 

Coal combustion processes can be classified based on process type (see Table 9.1), even though classification based on the particle size, the flame type, the reactor flow type, or the mathematical model complexity is also possible [7]. 

The data in Table 2 are from groundwaters found in a variety of crystalline rock environments on several different continents. The ages and size of the rock complexes vary. The oldest are billions of years, the youngest tens of millions. Some are individual plutons or batholiths others are massive complexes composed of many rock types of variable age. To attempt to subdivide the data based on crystalline rock type, size of rock complex or rock age would result in so many subdivisions that any discussion of origin and evolution would be unnecessarily cumbersome. 

Big off-centre motions 1 A) have been reported from EPR measurements performed on IT (Ni+, Cu + or Ag +) [47, 65-67,120,121] and (Cr +j [212-214] impurities in some fluorite type crystals (Table 2). Experimental results collected in Table 2 again indicated that off-centre instabilities are not due to size effects. In fact, Ni moves off-centre in the three Cap2, Srp2 and SrCl2 lattices [68, 120,121], while the smaller isoelectronic Cu ion remains on-centre in Cap2, the fluorine ligands suffering an orthorhombic T2g t2g + eg) IT distortion [47,48,68]. 

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