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IX Average Percentage of Amino Acids in Fish Proteins

IX Bands Observed in the Laser-Raman Spectrum of Sucrose in Aqueous Solution

IX Bond polarizabilities

IX C-N.m.r. Chemical-shift Data for Glycopeptides Carrying a Glycosyl Group at the C-Terminal Part of the Peptide, and also for Some Related Model Compounds

IX Calculated Free Energies of Activation and Rate Constants for Desorption of Monolayers at Different Surface Pressures

IX Calculation of the f , y Angles of Minimum-Energy Conformers by the HSEA Algorithm

IX Cancer stem cells

IX Carbohydrate Compositions of Porcine and

IX Carbohydrate-binding Specificity of Wheat-germ Agglutinin

IX Carbon-13 Chemical-Shifts of Polysaccharides, Disaccharides, and Relevant Monomers

IX Change in Carbohydrate Content of Calf Procollagen during RecrystaUieation

IX Characterized Methyl Ethers and Their Derivatives

IX CHCl CHCi CH4

IX Chemical analysis of combustible gas from pulp sludge

IX collects data as the square root of the orientationally averaged square of the nonlinearity, permitting a comparison between linear and trigonal results in a tripling of NLO response, consistent with the increase in number of ligated metal centers, but extending the 7i-system by replacing the tra J5-disposed chloro by a phenylalkynyl ligand results in no further increase.

IX comparies model predictions with experimental values for solid-liquid fluidized beds. As mentioned earlier, in fluidized beds of very flne heavy particles, transition occurs because of radial nonuniformity. Further, almost all reported data on fluidized beds have mentioned that the sparger resistance was very large. Therefore, the comparison is made for the limiting case of the model, i.e., Eq. . Also, to bring out the limitation of the unbounded analysis, the same system data are compared. The comparison is favorable using the model of the present work. Table X shows the comparison for gas-solid fluidized beds. Again, fairly good agreement can be seen between the model predictions and the experimental observations.

IX Comparison Between the Experimental J Values Given in Table P

IX Comparison of Adhesive Properties--Strength, Wood Failure, Swelling of Several Types of Adhesives1

IX Comparison of Critical Surface Tension of Wetting for Twelve Metals and

IX Comparison of Experimental and Theoretical Yields of Maltodextrins from Amylose by Action of Hog-pancreas alpha-Amylase

IX Comparison of Work of Cohesion with Work of Adhesion to Water, at 20

IX Compounds Tentatively Identified by GC MS in Toluene Subtraction of Sephadex LH-20 Fraction 3 and 4 of Tar Trap Tar.

IX Conductivity of 0-Maltoae in Boric Add Solutions

IX contains an example of results obtained when the proteins of rabbit reticulocytes, after the incorporation of labeled amino acids, were submitted to a variety of treatments. All the results are in accord with the interpretation that the labeled amino acids were incorporated by peptide bonds. Practically none of the incorporated amino acids groups in the

IX contains C NMR data for both homo- and heteronuclear allenyl clusters. The C NMR chemical shifts of these cluster-bound hydrocarbyl ligands differ substantially from those of the binuclear analogs. However, there appears to be a correlation between bonding type and the number of metal atoms involved. Thus Cy of a 3-i7, i7-,i7--bound allenyl ligand resonates at high field, 8 20.1-38.1 ppm, of the corresponding carbon in a u,-i7, i7 -coordination environment, 8 67.24-70.53 ppm . These trends reflect changes in S 0 for other cluster-bound hydrocar-byls including acetylides.



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