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Sterling

Fig. XVII-23. (a) Entropy enthalpy, and free energy of adsorption relative to the liquid state of N2 on Graphon at 78.3 K (From Ref. 89.) b) Differential entropies of adsorption of n-hexane on (1) 1700°C heat-treated Spheron 6, (2) 2800°C heat-treated, (3) 3000°C heat-treated, and (4) Sterling MT-1, 3100°C heat-treated. (From Ref 18.)... Fig. XVII-23. (a) Entropy enthalpy, and free energy of adsorption relative to the liquid state of N2 on Graphon at 78.3 K (From Ref. 89.) b) Differential entropies of adsorption of n-hexane on (1) 1700°C heat-treated Spheron 6, (2) 2800°C heat-treated, (3) 3000°C heat-treated, and (4) Sterling MT-1, 3100°C heat-treated. (From Ref 18.)...
Fig. 2.11 Curves of the differential enthalpy of adsorption of nitrogen against surface coverage 0 (= for samples of Sterling carbon black heated at the following temperatures (a) 1500°C (fc) 1700°C (c) 2200 C (d) 2700°C. The curve for 2000°C was similar to (c). but with a lower peak. The calorimetric temperature was 77-5, 77-7, 77-4, 77-4 K in (a), (fc), (c) and (d) respectively. Fig. 2.11 Curves of the differential enthalpy of adsorption of nitrogen against surface coverage 0 (= for samples of Sterling carbon black heated at the following temperatures (a) 1500°C (fc) 1700°C (c) 2200 C (d) 2700°C. The curve for 2000°C was similar to (c). but with a lower peak. The calorimetric temperature was 77-5, 77-7, 77-4, 77-4 K in (a), (fc), (c) and (d) respectively.
Fig. 2.29 Comparison of nitrogen adsorption at 78 K on a carbon black (Sterling FT) before and after graphitization (a) The amount adsorbed on the ungraphitized sample plotted against the amount x, adsorbed on the graphitized sample, at the same pressure, b) The corresponding isotherms O, adsorption, , desorption on the ungraphitized sample (4 runs) A. adsorption A desorption, on the graphitized sample (4 runs). Fig. 2.29 Comparison of nitrogen adsorption at 78 K on a carbon black (Sterling FT) before and after graphitization (a) The amount adsorbed on the ungraphitized sample plotted against the amount x, adsorbed on the graphitized sample, at the same pressure, b) The corresponding isotherms O, adsorption, , desorption on the ungraphitized sample (4 runs) A. adsorption A desorption, on the graphitized sample (4 runs).
For high molecular weight polymers, n is large and the logarithm of large factorials is accurately given by Sterling s approximation. [Pg.45]

Taking logarithms of both sides in Eq. (1.26) and applying Sterling s approximation gives... [Pg.46]

J. W. Porter, Reycling at the Crossroads, Porter Associates, Sterling, Va., 1993. [Pg.234]

American Cyanimid Co. Leeben Color, Div. of Tricon Colors, Inc. International Dyestuffs Cotp. Hilton-Davis Chemical Group of Sterling Dmg, Inc. [Pg.406]

Most manufacturers sell a portion of their alcohol product on the merchant market, retaining a portion for internal use, typically for the manufacture of plasticizers. Sterling Chemicals linear alcohol of 7, 9, and 11 carbons is all used captively. Plasticizer range linear alcohols derived from natural fats and oils, for instance, octanol and decanol derived from coconut oil and 2-octanol derived from castor oil, are of only minor importance in the marketplace. [Pg.443]

A.luminum Jilkyl Chain Growth. Ethyl, Chevron, and Mitsubishi Chemical manufacture higher, linear alpha olefins from ethylene via chain growth on triethyl aluminum (15). The linear products are then used as oxo feedstock for both plasticizer and detergent range alcohols and because the feedstocks are linear, the linearity of the alcohol product, which has an entirely odd number of carbons, is a function of the oxo process employed. Alcohols are manufactured from this type of olefin by Sterling, Exxon, ICI, BASE, Oxochemie, and Mitsubishi Chemical. [Pg.459]

Pfi2er, Monsanto Sterling, Takeda Haarmann Reimer, Takeda EMC, Monsanto, RhcJ)ne-Poulenc... [Pg.444]

J. Levins, in Glass Production Technology International, Sterling PubHcations Limited, London, 1992, pp. 47—50. [Pg.317]

Sterling Chemicals, Inc. (Texas City, Tex.) Cy, C9, C linear alcohols 102 Co... [Pg.472]

D. Sterling, Trwobridge Technical College InternalEport, Wiltshire, U.K., 1991. [Pg.133]

Value is for metrizoate sodium (Isopaque, Sterling-Winthrop Pharmaceuticals) (14). [Pg.462]


See other pages where Sterling is mentioned: [Pg.592]    [Pg.631]    [Pg.631]    [Pg.447]    [Pg.65]    [Pg.105]    [Pg.512]    [Pg.516]    [Pg.931]    [Pg.217]    [Pg.217]    [Pg.406]    [Pg.423]    [Pg.184]    [Pg.454]    [Pg.30]    [Pg.316]    [Pg.307]    [Pg.511]    [Pg.513]    [Pg.514]    [Pg.451]    [Pg.554]    [Pg.483]    [Pg.13]    [Pg.203]    [Pg.389]    [Pg.452]    [Pg.457]    [Pg.458]    [Pg.343]    [Pg.462]    [Pg.463]   
See also in sourсe #XX -- [ Pg.346 ]

See also in sourсe #XX -- [ Pg.241 , Pg.245 , Pg.246 ]

See also in sourсe #XX -- [ Pg.118 ]

See also in sourсe #XX -- [ Pg.253 , Pg.256 ]




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Credit spreads Sterling market

Graphitized Sterling

Sterling Chemicals

Sterling Chemicals Inc

Sterling Drug

Sterling FTG

Sterling Power Plant

Sterling Products

Sterling Winthrop Pharmaceuticals

Sterling balances

Sterling bonds

Sterling carbon

Sterling engines

Sterling exchange rate

Sterling interest rate swaps, market

Sterling market

Sterling principle

Sterling silver

Sterling silver, 228 table

Sterling-Winthrop

Sterling-denominated bonds, market

Sterling’s approximation

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