Apparent weight

Ml YOSHi H, OKUDA Y, KOSHi H (1986) Effect of rice fiber on fecal weight, apparent digestibility of energy and fat and degradation of neutral detergent fiber in young men. JNutr Sci Vitaminol, 32 581. 

Solute Molecular weight Apparent diffusion coefficient in the presence of structured flow system Enhanced diffusion transport rate" Linear transport rate (10 8 m s 1)... 

Temperature, 0 0. Vapour Density (Air=l). Molecular Weight. Apparent Number of Atoms per Molecule. 

Ushakumari et al. (2007) developed a process for the preparation of expanded ragi. After parboiling and decortication, the grains were conditioned to 40% moisture, flattened in a roller flaker, and then toasted in salt maintained at 220-225 °C for 6 s. Shape factor (ratio of measurements on two peripendicular axes), the expansion ratio (ratio of the volume of expanded millet to that of the decorticated millet of equal weight), apparent bulk density (volume of known weight of expanded millet), and sensory characteristics were the criteria used. The optimum conditions to prepare a product with the highest expansion ratio was then determined. 

If we represent the true weight of an object as Wtme, the apparent weight apparent of an object due to total or partial immersion is thus ... 

The authors would like to thank Prof. Berny Schlegel for his contribution in the discussion that led to the idea of the area-weighted, apparent surface charges. Also we would like to thank Prof. Benedetta Mennucci for her continuing interest and her encouragement. 

From Figs. 10-2d and e, it can be calculated that at 400°C in the case of a larger paraffin, e.g., hexane there is a spontaneous tendency to decompose or crack, yielding a smaller paraffin and smaller olefin, e.g., propane and propylene. At 100°C, such a reaction does not tend to occur. Therefore, if a relatively large olefin were to be hydrogenated to a paraffin of the same molecular weight, apparently it would be desirable to carry out such a reduction at lower temperatures for two pertinent reasons (1) the equilibrium yield is better, (2) decomposition or side reactions are less likely to be troublesome. Because of this preferred lower-temperature operation, catalysts must be available to operate at these lower temperatures. Such hydrogenation catalysts are known, as was pointed out elsewhere in this chapter. 

Thus, in addition to the continuing search for monomers with unique performance, there was a major thrust in the late 70 s and early 80 s to produce monomers with less skin irritation potential. These efforts led to a second generation of monomers rtiich are esters of alkoxylated alcohols. This process adds molecular weight apparently rendering the monomers less penetrating. There are, of course, performance trade-offs. A large variety of ethoxylated and propoxylated monomers are now available. Decreased skin irritation properties are reported. 

Electrode composition (by weight) Apparent Km mM Initial current at IQO mM glucose pA cm"2 Half life time hours... 

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