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Equivalent percent

Fig. 4.—Reaction of decamethylene glycol with adipic acid at the temperatures indicated, catalyzed by 0.10 equivalent percent of p-toluenesulfonic acid. The time scale for the results at 82.8°C is to be multiplied by two. ... Fig. 4.—Reaction of decamethylene glycol with adipic acid at the temperatures indicated, catalyzed by 0.10 equivalent percent of p-toluenesulfonic acid. The time scale for the results at 82.8°C is to be multiplied by two. ...
Fig. 5.—The partial degradation of decamethylene adipate polyester with small percentages of decamethylene glycol (experiments 8, 13, and 17), or with lauryl alcohol (experiment 19), at 109°C, catalyzed with 0.1 equivalent percent of p-toluenesulfonic acid. The fraction of added glycol, or alcohol, unassimilated has been calculated indirectly from melt viscosity measurements and is plotted on the logarithmic ordinate scale.2 ... Fig. 5.—The partial degradation of decamethylene adipate polyester with small percentages of decamethylene glycol (experiments 8, 13, and 17), or with lauryl alcohol (experiment 19), at 109°C, catalyzed with 0.1 equivalent percent of p-toluenesulfonic acid. The fraction of added glycol, or alcohol, unassimilated has been calculated indirectly from melt viscosity measurements and is plotted on the logarithmic ordinate scale.2 ...
Fig. 107.—Tensile strengths of natural rubber plotted against the degree of cross-linking with bis-azo vulcanizing agent (O), expressed as equivalent percent (pXlOO). Upper curve ( ) sample prepared using one equivalent percent of bis-azo compound plus monoreactive ethyl azodi-carboxylate for the total degrees of modification of the units indicated on the ordinate scale. (Flory, Rabjohn, and Shaffer. Fig. 107.—Tensile strengths of natural rubber plotted against the degree of cross-linking with bis-azo vulcanizing agent (O), expressed as equivalent percent (pXlOO). Upper curve ( ) sample prepared using one equivalent percent of bis-azo compound plus monoreactive ethyl azodi-carboxylate for the total degrees of modification of the units indicated on the ordinate scale. (Flory, Rabjohn, and Shaffer.
You can convert a decimal value into an equivalent percent by moving the current decimal point 2 places to the right. For ex ample,. 30 = 30 %. This makes sense because percents are just hundredths, so. 30 is 30 hundredths, or 100, otherwise known as 30%. [Pg.113]

Oil Length, Percent Fatty Acid Percent Excess OH Based on Diacid Equivalents Percent Excess OH in Finished Resin... [Pg.3311]

Fig. 3. The Si-Al-Be-N-O system. The subsystem SijN SiC -A Oj-AlN-BeO-Be3N2 is shown as a triangle prism. The diagram was plotted in equivalent percent [/]. Fig. 3. The Si-Al-Be-N-O system. The subsystem SijN SiC -A Oj-AlN-BeO-Be3N2 is shown as a triangle prism. The diagram was plotted in equivalent percent [/].
Fig. 8. Sintering rate curves by Boskovic [16] for the composition, /3-Si6 AI rN(j tO r (x = 4, or 60 equivalent percent of aluminum) in the Si3N4-Si02-Al203-AlN system using different starting materials. A, Si2 A1404N4 O, Si3N4 , Si02 + AIN O, Si02 + AIN. Fig. 8. Sintering rate curves by Boskovic [16] for the composition, /3-Si6 AI rN(j tO r (x = 4, or 60 equivalent percent of aluminum) in the Si3N4-Si02-Al203-AlN system using different starting materials. A, Si2 A1404N4 O, Si3N4 , Si02 + AIN O, Si02 + AIN.
Calcium phosphate content (%) (Equivalent to % BPL, or % TPL Percent P2OS equivalent Percent P4 equivalent... [Pg.291]

Figure 3.4 Relation between the equivalent percent of alkali in Portland cement and OH concentration in the pore solution of cement paste [18]... Figure 3.4 Relation between the equivalent percent of alkali in Portland cement and OH concentration in the pore solution of cement paste [18]...
Composilion Y1 contains 12 vol.% YAO sintering aid, Y2 and Y3 conuin 6 voL%. The corresponding N compositions were formulated to contain the same equivalent percent of the anionic species. [Pg.155]


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See also in sourсe #XX -- [ Pg.62 , Pg.65 , Pg.67 ]




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