Diameter inner/outer

Reactor core barrel diameter, inner/outer, mm 3300/3700... 

Annulus, inner diameter Di outer diameter Do (Lamb, op. cit., p. 587) ... 

The inner (outer) diameter of the observed curved or coiled nanotubules produced by the catalytic method[8] varies from 20 to 100 A (150 to 200 A), which corresponds to the graphite layer order 3< <15 (Table 1). 

Dj = outside diameter of inner tube, ft Dj = inside diameter of outer pipe, ft r[, = hydraulic radius, ft = (radius of a pipe equivalent to the annulus cross-section)... 

Dg or Dgj = equivalent tube outside diameter, ft or, equivalent inside tube diameter, in. or, equivalent diameter of annulus (Dj = O.D. of inner tube, ft D = inside diameter of outer pipe, ft). 

Figure 26.13 shows the double-ring device currently being used. It consists of a 12 ft by 12 ft outer ring and a 5-ft diameter inner ring.22 Tensiometers are embedded at various depths to establish the depth of water penetration into the soil so that hydraulic conductivity can be calculated. 

Annular core inner/outer diameter m Average core power density W/cm3... 

Rg. P. (Ringpulver) is ring powder—and the figures indicate its dimensions (thickness, outer diameter, inner diameter) e.g. Rg. P. (3.25/5). 

D/D0 inner / outer diameter, a, tangential stress, ot residual tangential stress ar, a radial stress, a/stress ratio R, Ri radius, inner (J0.2 yield stress... 

The distribution of axon diameters, myelin thickness, and G-ratios (inner/outer diameters, the inner being the axoplasm, the outer including the myelin) can also be determined. 

Cover material Glass Capillary outer diameter, inner diameter 375 pm, 50-150 pm... 

Outside diameter of inner of concentric tubes Inside diameter of outer of concentric tubes Fin efficiency Radiation exchange factor Bypass correction factor, heat transfer Bypass correction factor, pressure drop Leakage correction factor, heat transfer Leakage correction factor, pressure drop Tube row correction factor... 

A compact sensor of greatly reduced dimensions (outer diameter x length 36 x 46 mm) has been constructed and is shown in Fig. 2. In order to conveniently accommodate enzyme columns and to ensure isolation from ambient temperature fluctuations, a cylindrical copper heat sink was included. An outer Delrin jacket further improved the insulation. The enzyme column (inner diameter x length 3x4 mm), constructed of Delrin, was held tightly against the inner terminals of the copper core. Short pieces of well-insulated gold capillaries (outer diameter/inner diameter 0.3/0.2 mm) were placed next to the enzyme column as temperature-sensitive elements. Microbead thermistors were mounted on the capillaries with a heat-conducting epoxy. Two types of mini system has been constructed as discussed below. 

Coaxial nozzle with 50 pm internal diameter for inner nozzle and 760 pm internal diameter for outer nozzle. 

An example of a PVC orientation depolarisation effect, measured with a combined TMA/TSD system is given in chapter 6. These orientation depolarisation effects were measured on small (i.e. 8 mm.) diameter, samples. Such samples proved to be too small, however, to detect the space charge depolarisation effects in non-polar SSBR rubbers. These non-vulcanised rubber samples were pressed, therefore, at 140°C between two (l mm thick) brass disks with a diameter of respectively 110 mm (high potential electrode) and 80 mm (low potential electrode) to a sample thickness of about 0.2 mm. A ring (inner/outer diameter 75/85 mm) of 50 micron thick Vespel foil avoided shortcircuiting between the two brass disks. 

Improved concepts of insulations have been developed for future large-size LH2 storage tanks, e.g. a spherical tank with inner / outer diameters of 36 m and 40 m, respectively, which means a volume of about 24,400 m or six times the NASA tank volume. The characteristic feature of the new insulation design is the partition of the interspace volume of approx. 9000 m into many (some 10 ) small insulation boxes which can be arranged as a combination of vacuum and foam layers on the inner tank wall. The insulation character is maintained even if a single box has lost its vacuum. Target boiloff is 0.1 % per day. Experimental and theoretical investigations have been conducted for... 

TTIP Inner diameter -5, outer diameter -8, length of 500-700 93 Anatase Ti02 Nanotubes (TiNT) 130 20 [111]... 

Fig. 7. Scattering curves from models of uniform scattering density, (a) A sphere of radius 6.5 nm and Rq 5.0 nm as used in Fig. 4. (b) A hollow sphere with an outer radius of 6.5 nm as in (a) and a ratio of inner/outer radii of 0.5. (c) A straight, cylindrical rod of length 59 nm and diameter 3.4 nm. (d) The cylindrical rod as in (c) is now bent into a circle of radius 9.4 nm.

The wire is a low voltage wire for telecommunications equipment. It has a total diameter of 1 mm. The conductor is around 0.6 mm diameter. The outer layer compound is manufactured by conventional processes, for example, dry blending, pellet manufacture, extrusion, and then irradiation up to 10 MRad dose level. The irradiation crosslinked outer layer offers sufficient abrasion resistance to protect the inner layer (polyethylene) and the conductor in usage for a wire in switchboard or main frame wiring. It also gives the required degree of non-flammability. 

Internal diameter Outer diameter Inner membrane surface area Outer membrane surface area Number of capillaries... 

The complexes included in this study can be classified into two categories according to the possibilities for rotational isomerism. First of all, clathrates of o -CyD These clathrates can have rotational isomers and show broad peaks above 300 K. The second category consists of/5-CyD or /-CyD clathrates. Unlike the first group, these complexes cannot have rotational isomers. The molecular structure of CyD is toroidal with an inner aperture of about 0.50 nm in diameter, an outer 1.35 nm and height of 0.85 nm. As the shortest Fe-Fe solid ferrocene is 0.59 nm(20), the molecular size of assumed to be about 0.60 nm. A molecular model for not be in symmetry, but molecular shape is rather... 

Internal pressure hollow fiber ultrafiltration membrane was used in the experiment. The membrane material is modified PVC with effective membrane area of 40 m, the inner diameter and outer diameter of the hollow fiber is 1.0 mm and 1.5 mm, respectively, and the average membrane pore size is 0.01 xm, the molecular weight cutoff (MWCO) is 100 Ku. 

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