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0-Phenyl-phenol

Lukeman, M. Wan, P. A new type of excited-state intramolecular proton transfer proton transfer from phenol OH to a carbon atom of an aromatic ring observed for 2-phenyl-phenol. J. Am. Chem. Soc. 2002, 124, 9458-9464. [Pg.32]

Phenol adonifen, butralin, cyfluthrin, 2.4 D, diafenthiuron, dichlorprop, diclofop-methyl, dinocap, famphur, fenothiocarb, fenoxycarb, fenpyroximate, nicosulfuron, nitrofen, pentachlorophenol, 2 phenyl phenol, silafluofen, sulcofuron... [Pg.1044]

MCPA-thioethyl methoxyphenone muscalure 2 phenyl phenol piperonyl butoxide... [Pg.1072]

Direct alkylation of phenol with cyclohexene in the presence of aluminium phenolate gives 2-cyclohexenylphenol (42%) which after hydrogenation gives 2-cyclohexyl-phenol 66>. Dehydrogenation gives 2-phenylphenol61). Further arylation of 2-phenyl-phenol can be used to synthesize 2,6-diphenylphenol. [Pg.108]

The interesting intermediates, the areneoxenium ions 17, are believed to be involved when phenol derivatives which are connected with a good electron accepting leaving group, such as the 4-methoxypyridinium tetrafluoroborate (16), are thermo-lysed. 2-Nitro-dibenzofurane (18) (22%) and 4-nitro-2-phenyl-phenol (19) (24.8%) have been isolated 207). [Pg.156]

SYNS o-BIPHENYLOL (l,l -BIPHENYL)-2-OL o-DIPHENYLOL DOWCIDE 1 DOWCIDE 1 ANTIMICROBIAL 2-HYDROXYBIFENYL (CZECH) o-HYDROXYBIPHENYL 2-HYDROXYBIPHENYL o-HYDROXYDIPHENYL 2-HYDROXYDIPHENYL KIWI LUSTR 277 NCI-C50351 OPP ORTHO-HYDROXYDIPHENYL ORTHOPHENYL-PHENOL ORTHOXENOL o-PHENYLPHENOL 2-PHENYL-PHENOL PREVENTOL O EXTRA REMOL TRF TETROSIN OE TORSITE TUMESCAL OPE USAF EK-2219 o-XENOL... [Pg.172]

DOWIZID A 2-HYDROXYBIPHENYL SODIUM SALT 2-HYDROXYDIPHENYL SODIUM 2-HYDROXYDIPHENYL, SODIUM SALT MIDDU-RID MYSTOX WFA NATRIPHENE OPP-Na OPP-SODIUM ORPHENOL PHENOL, o-PHENYL-, SODIUM deriv. o-PHENYLPHENOL, SODIUM SALT 2-PHENYL-PHENOL SODIUM SALT PREVENTOL-ON PREVENTOL ON ON EXTRA SODIUM 2-BIPHENYLOLATE SODIUM (l,l -BIPHENYL)-2-OLATE... [Pg.172]

The in vivo processes are based on a recombinant E. coli as catalyst 331. Optimized space-time yields of up to 0.39 g L 1 h 1 for the formation of 3-phenyl catechol from 2-phenyl phenol can be reached1341. [Pg.1180]

The Pd/AC catalyst exhibited a good activity for HDO of DBF to 2-phenyl phenol at 1 MPa and 673 The HYD of the aromatic ring became more evident by increasing H2 pressure. Based on the effect of H2 pressure and temperature, the consecutive-pathway mechanism was proposed, i.e. the conversion of DBF to o-phenyl phenol in the first stage followed by HDO of the latter to BPh and the HYD of BPh to cyclohexylbenzene. [Pg.99]

Chloro-2"phenyl-phenol — MonocMoro-o-phenyl-phenol (MCOPP)... [Pg.175]

Moist pulp, papers with an antimicrobial finish, hygienic papers (e.g. paper towels) and mould resistant packaging material (e.g. soap wrappers) are produced with the addition of non-volatile microbicides which are virtually insoluble in water, so that good retention is guaranteed. Water soluble microbicides can be applied together with size solutions and coating mixes. Proposals are 2-phenyl-phenol and Dichlorophen (III.5.4.1 and III.5.7.3) and carbamates (III.9). [Pg.464]

Catalytic carbonylative C-H cyclisation was achieved in the presence of a Ru(ii) catalyst/ The reaction employed a comhination of [RuCl2(p-cymene)]2 and IPr HCl with atmospheric pressure of CO and O2 to promote the carbonylative cyclisation. Under these conditions 2-phenyl phenol was converted into various substituted 6H-dibenzo[Zi,c(]pyran-6-one compounds in good to excellent yields. [Pg.88]

A palladium-catalyzed arylation of TBDPS-protected 2-bromophenols and 2-bromoanilines via C-H activation vras reported in 2009. Moderate to good yields of the desired six-membered silicon-containing heterocyclic compounds were produced (Scheme 3.18). After deprotection with F , the corresponding 2-phenyl phenols or 2-phenyl anilines were formed. [Pg.196]

Scheme 3.18 Palladium-catal ed synthesis of 2-phenyl phenols. Scheme 3.18 Palladium-catal ed synthesis of 2-phenyl phenols.
As glutaraldehyde is compatible with most surfactants (non-ionic, anionic, cationic) it may advantageously be used in corresponding formulations together with other microbicides, like phenolics such as 2-phenyl-phenol (7.4.1.), 4-chloro-3-methyl-phenol (7.3.1.), 2-benzyl-4-chloro-phenol (7.3.5.), 4-chloro-3,5-diemhyl-phenol (7.3.2.), or like quaternary ammonium compounds (18.1). [Pg.468]


See other pages where 0-Phenyl-phenol is mentioned: [Pg.239]    [Pg.70]    [Pg.1003]    [Pg.1003]    [Pg.1032]    [Pg.121]    [Pg.133]    [Pg.603]    [Pg.19]    [Pg.61]    [Pg.170]    [Pg.200]    [Pg.456]    [Pg.252]    [Pg.22]    [Pg.478]    [Pg.575]    [Pg.425]    [Pg.425]   
See also in sourсe #XX -- [ Pg.1003 ]




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Acid Esters From Phenols Phenyl Cyanate

Esters From Phenols Phenyl Cyanate

O-phenyl phenol

PHENOLS AND PHENYL ETHERS

Phenol benzyl alcohol, reactivity with phenyl isocyanate

Phenol conversion to phenyl glucuronide

Phenol p-phenyl

Phenol phenyl acetate

Phenol phenyl benzyl ether

Phenol phenyl benzyl ether, effect

Phenol, reactivity with phenyl

Phenol, reactivity with phenyl isocyanate

Phenols Phenyl azide

Phenols phenyl benzoate

Phenyl acetate phenol acylation

Phenyl ammonium, phenolate

Phenyl-substituted phenols

T> 2-Phenyl-1,5-benzothiazepin-4 phenol

The bonding in benzene, phenol and phenyl halides

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