1.5- dipropyl-4-phenyl

Diphenyl-propyl- 518 Diphenyl- -tetrafluoroborat 85 Dipropyl- -perchlorat 85 Dipropyl-phenyl- 518 Triphcnyl-518f, 588, 649 Triphenyl- -bromid 85 Tri propyl - 518 Tris-[ferrocenyll- 649... 

Dibutyl-phenyl- E2, 94 Dipropyl-phenyl- E2, 94 Tributyl- E2, 94 Tricyclohcxyl- E2, 94 Triethyl- E2, 94 Tripropyl-... 

Benzyl-ethyl-isopropyl- IV/ld, 358 Bis-[3-methyl-2-methylen-3-butenyl]-E18, 1032 (Allen + Amin) Dipropyl-phenyl- XI/1, 216 Hexyl-phenyl- XI/1, 947 Anilln... 

In the course of this study, the authors determined /Lvalues for dibenzyl, methyl phenyl, methyl p-nitrophenyl, di-p-tolyl, di-isopropyl and tetramethylene sulphoxides and for diethyl, dipropyl and dibutyl sulphites. The /Lscales are applied to the various reactions or the spectral measurements. The /Lscales have been divided into either family-dependent (FD) types, which means two or more compounds can share the same /Lscale, family-independent (FI) types. Consequently, a variety of /Lscales are now available for various families of the bases, including 29 aldehydes and ketones, 17 carboxylic amides and ureas, 14 carboxylic acids esters, 4 acyl halides, 5 nitriles, 10 ethers, 16 phosphine oxides, 12 sulphinyl compounds, 15 pyridines and pyrimidines, 16 sp3 hybridized amines and 10 alcohols. The enthalpies of formation of the hydrogen bond of 4-fluorophenol with both sulphoxides and phosphine oxides and related derivatives fit the empirical equation 18, where the standard deviation is y = 0.983. Several averaged scales are shown in Table 1588. 

N,N -Diathyl-N-phenyl-formamidin N,N -Dipropyl-N-phenyl-formamidin N,N -Dipropyl-N-butyl-formamidin N,N -Dimethyl-N-phenyl-formamidin... 

Carbocyclische Kationen lassen sich ebenfalls reduktiv dimerisieren z. B. Triphenyl-cyclopropenium-, Diphenyl-propyl-cyclopropenium- und Phenyl-dipropyl-cycloprope-nium-Kationen (Tripropyl-cyclopropenium-Kationen reagieren dagegen nicht)6. 

B = molybdocene(IV) dithiol (70b). The solitaire porphyrazines exhibited rich redox chemistry, and could be oxidized with ferrocenium hexafluorophosphate to yield the paramagnetic Mo(V) species H2[pz(A3B)], A = di -ferf-butyl phenyl, B = molybdocene(V) dithiol (72a) and H2[pz(A3B)], A = dipropyl, B = molybdocene(V) dithiol (72b), which were studied by EPR (Scheme 13). Additionally, 70a was centrally metalated with Cu(II), to form Cun[pz(A3B)], A = di-ferf-butyl phenyl, B = molybdocene(IV) dithiol (71), which was then oxidized to Cun[pz(A3B)], A = di-terf-butyl phenyl, B = molybdocene(V) dithiol (73) and its magnetic properties investigated. 

Plant. Trifluralin was absorbed by carrot roots in greenhouse soils pretreated with the herbicide (0.75 Ib/acre). The major metabolite formed was a,a,a-trifluoro-2,6-dinitro-7V-(/i-propyl-toluene)-p-toluidine (Golab et al., 1967). Two metabolites of trifluralin that were reported in goosegrass Eleucine indica) were 3-methoxy-2,6-dinitro-A7A-dipropyl-4-(trifluoromethyl)benz-enamine and A-(2,6-dinitro-4-(trifluoromethyl)phenyl)-jV-propylpropanamide (Duke et al., 1991). 

Brom-phenyl)-(4-chlor-phenyl)- E2, 290 (4-Brom-phenyl)-dimethoxy- E2, 202 (4-Brom-phenyl)-dipropyloxy- E2, 202 (4-Brom-phenyl)-methoxy-phenyl- E2, 293 2-Butenyl-dimethoxy- E2, 201 tert.-Butyl-chlor-methyl- E2. 288 Butyl-diehlor- E2, 854 Butyl-diethoxy- E21, 201, 206 Butyl-difluor- E2, 854 Butyloxy-diethylamino-phcnyl- E2, 209 Butyloxy-diphenyl- E2, 281 tert.-Butyloxy-diphenyl- E2, 23 Butyloxy-dipropyl- E2, 292 Butvloxy-ethoxy-hydroxy- E2,187 Butvloxy-hydroxy-phenyl- E2, 189, 190, 422 tcrt.-Butyloxy-phenyl-vinyl- E2, 22 Butylthio-chlor-ethyl- E2, 222 (4-Chlor-butyl)-dibutyloxy- E2, 201 Chlor-(2-chlor-1 -chlormethyl-ethoxy)-phenvl- E2, 191, 197... 

Dipipcridino-phenyl- E2, 482 Di-2-propinyloxy-ethyl- E2, 196 Dipropyl-(4-methoxy-N-lfaethyl-amlino)- E2, 296 Dipropyl-propyloxy- E2, 212 Divinyl-phenyl- E2 874 Ethoxy-ethyl-methoxycarbonylmethyl- E2, 21 Ethoxy-ethyl-phenyl- E2, 23 Ethoxy-hydroxy-methyl- E2, 130, 131 Ethoxy-hydroxy-phenyl- E2, 131, 185, 187, 190, 422 Ethoxy-(2-propinyloxy)-trifluormethyl- E2, 196 Ethyl-ethylthio-(l-methyl-3-oxo-butyl)- E2, 223 Ethyl-methyl-phenyl- -tosylimid E2, 11.3 Ethyl-pbenyl-propyloxy- E2, 281 F.thyl-phenyl-propylthio- E2, 225. Hydroxy-(2-isopropyl-5-methvl-cyclohexvloxv)-methyl- E2, 392... 

Dipropyl-vinyl- XII/1, 142 Divinyl-phenyl- XII/1, 142 E2, 67 1-Dodecenyl-hydroxy- XII/1, 301 Dodecyl-hydroxy- XII/1, 297 Dodecyloxy-ethoxy- XII/2, 35 Ethoxy- E2, 181... 

Methyl-phenyl)-trichlormethyl- -phenylester aus 4-Methyl-benzolphosphonsaurc-dipropyl-ester und Tetrachlormethan XII/1, 254 Methyl-propyl- -(2-chlor-ethylester) XII/1, 249 (2-Methyl-propyl)-phenyl- -(2-methyl-propylester) XII/1, 255... 

Write line formulas for (a) dipropyl ether, (b) ethyl phenyl ether, and (c) methyl butyl ether. 

Diethylamino-1 -(N-methyl-anilino)- E15/2, 1969 (R3Si —C = C—NR2 + R2NH) Formamidin N,N -Dipropyl-N-phenyl- IV/ld, 136 Hydrazin... 

A further [3 4- 2)-cycloaddition process takes place when imines react with 2-azaallenyl radical cations (23) derived from azirines by photolysis (Scheme 4.2.10) [31, 32]. Yields of (24) are variable, e.g. 2,4,5-triphenyl-1-propyl- (87%), 4-butyl-1,5-dipropyl- (40%), 4-phenyl-1,5-dipropyl- (35%),... 

---