F Decane

Hydrocracking, 30 48-52 behavior, thermal, 29 269 catalytic, 26 383 deethylation, 30 50 demethylation, 30 50 metallocarbene formation, 30 51-52 of f -decane, 35 332-333 primary coal liquids, 40 57 procedure, 40 66-67 product distribution, 30 49 reactions, over perovskites, 36 311 suppression by sulfur, 31 229 zeolite-supported catalysts, 39 181-188... 

Decaborane(14), 0198 Decacarbonyldirhenium, 3380 Decachlorotetrasilane, 4191 Decafluorobutyramidine, 1367 Decafluoro-2,5-diazahexane 2,5-dioxyl, 1368 2,3,4,5,6,7,8,9,10,ll-Decamethyl-l,12-dicarbadodecaborane, 3575b f Decane, 3359... 

Dioxa-cij-fran.s-cj. s-tricyclo[5.3.0.02 f]decan 7,7-Dicyan-2a.7a-dihydro- 275... 

Table VII. Comparison of Predicted and Experimental (16) Methane-Ethane—Propane— -Pentane- -Hexane- f-Decane...

In Fig. 6, the critical p T) curves of some members of the trifluoromethane -f alkane family (with alkane = methane, ethane, hexane, octane, decane, and additionally those of tetralin and decalin), as well as those of the trifluoromethane binaries with argon, krypton, tetrafluoromethane, and nitrogen, are presented [67]. Whereas trifluoromethane -f tetrafluoromethane, -f krypton, -f methane, -f ethane, and -f hexane (as well as -f propane, -f butane, and -f pentane) exhibit class-II critical behavior, trifluoromethane -f nitrogen, -f argon, -f octane, -f decane, -f tetralin, and -f decalin belong to class III according to the classification... 

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