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Yields of the products in the oxidation of benzaldehyde. The lines represent the calculated results and the point are the experimental data. Benzaldehyde o 0.640 mole l 1 temperature, 43 C solvent, o-dichlorobenzene oxygen pressure, 1.25 atm. O, 02 absorbed , C6H5C02H.

Yields of the water trapping products Pq at the single guanines, and reaction profile diagram for the electron transfer as well as water trapping of the guanine radical cations

Yields of Ti02 and Si02 with air or oxygen as oxidant in flame C

Yields of various products from FTS.

Yields ol Grignard reagent .

Yields ol the a-CD complexes with oligo, as a function of the degree of polymerization.

Yields on a dry-weight basis from wood pyrolysis products over HZSM-5 for two different runs. Error bars show positive standard deviation based on triplicate determinations. Total organics include alkenes, light aromatics, furnans, indenes and naphthalenes. Table II contains the breakdown of products.

Yields to CO as functions of the temperature. Feed composition as in

Yields to different products of gas-oil cracking for different samples, as a function of level of conversion.

Yields Yj of monomethylated products Ai as a function of catechol conversion Xj. Similar behaviour was observed with other catalysts in the reaction

Yields, X , with permission from Elsevier

YieldsofC02andCH30HinthephotocatalylicpartialoxidationofCH4with02 or NO on V-MCM-41 prepared by an acidic pathway. Amount of reactant

Yin Yang symbol.

YIT aging behavior of interfaces formed by lemon oil 1 with complex coacervate phases. G P complex coacervate phase

YIT aging behavior of interfaces formed by the

YIT aging behavior of interfaces formed by the G A complex coacervate phase with lemon oil 2

YIT aging behavior of the G A supernatant phase

YIT aging behavior of the G A supernatant phase lemon oil 2 interface

YIT aging behavior of the G A supernatant phase orange oil 1 interface

YIT aging behavior of the G GA supernatant phase lemon oil 1 interface

YIT aging behavior of the G P supernatant phase lemon oil 1 interface

YIT aging behavior of the lemon oil 2 triple dis-

YIT aging behavior of the orange oil 1 monodistilled water interface

YIT aging behavior of the orange oil 2 triple distilled water interface

YIT aging behavior of the Q k supernatant phase



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