SPHER

Size, Thickness, Length, Number per Weight per Surface Area, Free Gas Spher. Diani. 

Nominal Size, In. WaU Thickness, In. O.D. and Leng[th, In. Approx. Avg. Number per Ft Approx. Avg. Weight per Ft , Lb Approx. Avg. Siuface Area, F /Ft Percent Free Gas Space Equivalent Spher. Diam. Dp, In. 

O.D. and WaU Approx. No. of Approx. Wt. Per Percent Approx. Equiv. Spher. 

Nominal Approx. Average Approx. Surface Area Percent Free Spher. Diam. 

There is no structure for an elongated core intermediate between that shown in Fig. 11, with three inner-core spher-ons, and that shown in Fig. 12, with four. The transition between these structures is calculated by use of Eq. 1, with n, = 22, to occur at nt = 69, that is, at N = 138. It is accordingly an expectation from the close-packed-spheron theory that, as observed, 90Ac13a2- 7 (formed by bombardment of Re- 20 with 11-Mev protons) gives a three-humped fission product distribution curve (23), which has been interpreted (24) as showing that both symmetric fission and asymmetric fission occur. 

SPHER [Shell Pellet Heat Exchange Retorting] A process for extracting oil from shale. The process is conducted in a fluidized bed in which heat is transferred by inert pellets of two... 

In aqueous solution, electron transfer between two solute redox reactants A+ and B may occur either by an outer-spher (o.s.) or an inner-sphere (i.s.) redox mechanism (ET stands for electron transfer)... 

D invasion from spherical structure into Matrigel 3-D from 3-D Reproducible, semiautomated, single spher-oids/well, ECM components can be varied, HT in 96-well format Central positioning of spheroids essential for automated quantification, Matrigel needs to be added slowly to maintain spheroids central location (61,78, 130, 131)... 

Where Nature locks her Gems, each costly spark Mocking the Stars, spher d in their Cloisters dark. 

ChiraDex, ChiraDex GAAMA, Whelk-O 1, ChiraSep DNBPG, Chira-Spher NT, Cellulosetriacetate... 

ChromSep-Chrom-Spher PAH, 5 fim 100 X 3 mm (two columns connected in series)... 

CP Spher C18 Chrompak as stationary phase, T = 40°C. Mobile phase heptane-sul-fonate-KH2P04-H3P04-MeOH (or ACN). 

The second formulation strategy includes the pelletization or spher-onization of micronized drug particles (Olsson and Trofast 1998). Weak agglomerates (sometimes referred to as soft pellets) are formed under carefully controlled process conditions (Fig. 8.12) and may consist either... 

Different combinations of gas and solids flow rates were tested in a 7.6 cm bore pipe with a common industrial granular material - polyethylene pellets. The pellets were spher-... 

For ionic amphiphiles it seems to be a general trend that, although the CMC is rather insensitive to temperature changes, the tendency to form micelles larger than spher-... 

Diblock copolymers of NIPA and EO showed somewhat different behavior [45]. The copolymers were synthesized using NIPA monomer and PEO-containing macroinitiator. The copolymers aggregated at high temperature with no collapse of individual macromolecules. The essential feature of the polymers in question consisted in the strong sensitivity of the shape of the particles to the polymer concentration and to the molar ratio of EO to NIPA monomer units. At low polymer concentration, the shape of the aggregates was mainly spherical, as indicated by the low Rg/Rh values (Fig. 12). The Rg/Rh ratio is informative of the shape of particles in solution. Anisotropic particles, such as rods and coils, possess high values of the ratio, while for particles of spheroid form, low values of the ratio are observed (for spher-... 

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