Berle

H. Risken, The Fokker-Planck equation Methods of solution and applications , Springer- Verlag, Berling, 1984, chapter 3. 

Funetions with higher 1-values and with sizes more in line with those of the lower-1 orbitals are also used to introduee additional angular eorrelation into the ealeulation by permitting polarized orbital pairs (see Chapter 10) involving higher angular eorrelations to be formed. Optimal polarization funetions for first and seeond row atoms have been tabulated (B. Roos and P. Siegbahn, Theoret. Chim. Aeta (Berl.) 17, 199 (1970) M. J. Friseh, J. A. Pople, and J. S. Binkley, J. Chem. Phys., 3265 (1984)). 

ZINDO/1 is based on a modified version of the intermediate neglect of differential overlap (INDO), which was developed by Michael Zerner of the Quantum Theory Project at the University of Florida. Zerner s original INDO/1 used the Slater orbital exponents with a distance dependence for the first row transition metals only. (See Theoret. Chim. Acta (Berl.) 53, 21-54 (1979).) However, in HyperChem constant orbital exponents are used for all the available elements, as recommended by Anderson, Edwards, and Zerner, Inorg. Chem. 25, 2728-2732,1986. 

P. Ehflich andj. Morgenroth, Dritte Mitteilung, Berl. Klin. Wochschr. 37, 453 (1900). 

E] Compared napthalene sublimination to aqueous absorption to obtain fBerl saddles, = diameter of sphere with same surface area as pacldug piece. Lc — operating void space = e —, where e =... 

For Raschig rings, Berl saddles, and spiral tile ... 

FIG. 14-67 Effective interfacial area based on data of Fellinger. (a) 1-in Raschig rings, (h) 1-in Berl saddles. To convert square feet per cubic foot to square meters per cubic meter, multiply by, 3.28 to convert pounds per hour-square foot to kilograms per second-square meter, multiply by 0.001,356. [Shul-man. Am. Inst. Chem. Eng. J., i, 2,57 (I,9,5,5).]... 

Jackson and Calvert [Am. Inst. Chem. Eng. J., 12, 1075 (1966)] studied the collection of fine fuel-oil-mist particles in beds of V2-iu glass spheres, Raschig rings, and Berl and Intalox saddles. The mist had a mass median particle diameter of 6 Im and a standard deviation of 2.0. The collection efficiency as a function of particle size and gas... 

Nonwetted carbon rings and wetted Berl saddles log-... 

K Muller, LD Brown. Theor Chim Acta (Berl) 53 75-93, 1979. 

Mirra flakes Berl saddles Raschig rings... 

Efficient solvent separation is indicated by absence of yellow color in the distillate. An 18-in. column packed with Berl saddles is satisfactory. 

BerL Ber., abbrev. (Berliner Berichte) Berickte der deutscken chemiachen Gesellscka/t. Berliner-blau, n. Berlin blue, Prussian blue, -blaus ure, /. hydrocyanic acid, -braun, n. Prussian brown, -griin, n. Prussian green, -rot, n. Berlin red (a red lake color), -saure,/. prussic acid, -weiss, n. a kind of white lead. Bernstein, m. amber. — schwarzer —, jet. Bernstein-, amber succinic, succinyl, succino-. -alaun, m. aluminous amber, -aldehyd, n. succinaldehyde. bemateinartig, a. amber-like. 

Chemical Stoneware and Ceramic Berl Saddle Packings ... 

Cost of the packing and its effect on the system costs must be considered, as some packings are much more expensive than others, yet produce very little improved performance. Table 9-17 presents some comparative information. The most common packings and hence the ones with the most available data are Raschig rings, Berl saddles, several saddle types and Pall Rings (Norton Co.) or equivalent. 

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