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- [21] ORIENTATION IN SUBSTITUTION IN AROMATIC NUCLEUS .13. ORIENTATION OF SULFONIC ACID GROUP IN SULFONATION OF PHENOLJOURNAL OF GENERAL CHEMISTRY USSR, 1963, 33 (06): : 1840 - &KARAVAEV, BISPRYSKOV, AA
- [22] ORIENTATION DURING SUBSTITUTION IN AROMATIC NUCLEUS .11. ISOMERIZATION OF TRICHLOROBENZENESJOURNAL OF GENERAL CHEMISTRY USSR, 1962, 32 (12): : 3952 - &ERYKALOV, YGEFIMOVA, EMSPRYSKOV, AA
- [23] Substitution in the benzene nucleus on nitration of 2-phenylglyoxaline and its carboxylic acidsJOURNAL OF THE CHEMICAL SOCIETY, 1924, 125 : 2484 - 2488Pyman, FLStanley, E
- [24] An instance of the apparent effect of the entering group on the position of substitution in the benzene nucleus.JOURNAL OF THE CHEMICAL SOCIETY, 1922, 121 : 806 - 815Davies, W
- [25] ORIENTATION IN SUBSTITUTION IN AROMATIC NUCLEUS .12. ORIENTATION OF NITRO GROUP IN LOW-TEMPERATURE NITRATION OF NITROBENZENEJOURNAL OF GENERAL CHEMISTRY USSR, 1963, 33 (06): : 1835 - &SPRYSKOV, AABARVINSKAYA, IK
- [26] CORRELATIONS IN THE SUBSTITUTION OF BENZENE HYDROGEN BY ALKYL GROUPS .8. ON THE ORIENTATION OF ALKYL GROUPS IN THE CATALYTIC ALKYLATION OF BENZENE WITH ACID CATALYSTSZHURNAL FIZICHESKOI KHIMII, 1960, 34 (04): : 726 - 733ALEKSEEVA, IAPLUSNIN, VGBABIN, EPALEKSEEVA, GA
- [27] The influence of the fermentative fissionability of phenol-beta-d-glucosides through substitution in the benzene nucleusJUSTUS LIEBIGS ANNALEN DER CHEMIE, 1935, 520 : 156 - 163Helferich, BBurt, CP
- [28] THE LAWS OF ALKYL SUBSTITUTION FOR HYDROGEN IN THE BENZENE NUCLEUS .6. ON EQUILIBRIUM IN THE PROCESSES OF ALKYLATION OF BENZENE BY PROPYLENE IN THE PRESENCE OF ALUMINUM AND HYDROGEN FLUORIDEZHURNAL FIZICHESKOI KHIMII, 1960, 34 (01): : 78 - 82PLUSNIN, VGBABIN, EP
- [29] ORIENTATION OF ADSORBED BENZENEABSTRACTS OF PAPERS OF THE AMERICAN CHEMICAL SOCIETY, 1978, 175 (MAR): : 51 - 51RESING, HASLOTFELDTELLINGSEN, DEGARROWAY, ANPINNAVAIA, TJ
- [30] The cumulative effect of the chlorine atom and the methyl and sulphonyl chloride groups on substitution in the benzene nucleus Part IJOURNAL OF THE CHEMICAL SOCIETY, 1921, 119 : 853 - 875Davies, W