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Results: 1-9 |
Results: 9
ENHANCED SELECTIVITY IN THE PREPARATION OF LINEAR ALKYLBENZENES USINGHEXAGONAL MESOPOROUS SILICA-SUPPORTED ALUMINUM-CHLORIDE
Authors: PRICE PM CLARK JH MARTIN K MACQUARRIE DJ BASTOCK TW
Citation: Pm. Price et al., ENHANCED SELECTIVITY IN THE PREPARATION OF LINEAR ALKYLBENZENES USINGHEXAGONAL MESOPOROUS SILICA-SUPPORTED ALUMINUM-CHLORIDE, Organic process research & development, 2(4), 1998, pp. 221-225
THE USE OF SUPPORTED ZINC BROMIDE FOR THE FAST AND SELECTIVE BROMINATION OF AROMATIC SUBSTRATES
Authors: ROSS JC CLARK JH MACQUARRIE DJ BARLOW SJ BASTOCK TW
Citation: Jc. Ross et al., THE USE OF SUPPORTED ZINC BROMIDE FOR THE FAST AND SELECTIVE BROMINATION OF AROMATIC SUBSTRATES, Organic process research & development, 2(4), 1998, pp. 245-249
ENVIRONMENTALLY FRIENDLY CATALYSIS USING SUPPORTED REAGENTS - THE FAST AND SELECTIVE BROMINATION OF AROMATIC SUBSTRATES USING SUPPORTED ZINC BROMIDE
Authors: CLARK JH ROSS JC MACQUARRIE DJ BARLOW SJ BASTOCK TW
Citation: Jh. Clark et al., ENVIRONMENTALLY FRIENDLY CATALYSIS USING SUPPORTED REAGENTS - THE FAST AND SELECTIVE BROMINATION OF AROMATIC SUBSTRATES USING SUPPORTED ZINC BROMIDE, Chemical communications, (13), 1997, pp. 1203-1204
ENVIRONMENTALLY FRIENDLY CATALYSIS USING SUPPORTED REAGENTS - ENHANCED SELECTIVITY WITHOUT LOSS IN ACTIVITY IN THE ALKYLATION OF BENZENE USING HEXAGONAL MESOPOROUS SILICA (HMS)-SUPPORTED ALUMINUM-CHLORIDE
Authors: CLARK JH PRICE PM MARTIN K MACQUARRIE DJ BASTOCK TW
Citation: Jh. Clark et al., ENVIRONMENTALLY FRIENDLY CATALYSIS USING SUPPORTED REAGENTS - ENHANCED SELECTIVITY WITHOUT LOSS IN ACTIVITY IN THE ALKYLATION OF BENZENE USING HEXAGONAL MESOPOROUS SILICA (HMS)-SUPPORTED ALUMINUM-CHLORIDE, Journal of chemical research. Synopses, (11), 1997, pp. 430-431
ENVIRONMENTALLY FRIENDLY CHEMISTRY USING SUPPORTED REAGENT CATALYSTS - CHEMICALLY-MODIFIED MESOPOROUS SOLID CATALYSTS
Authors: CLARK JH BUTTERWORTH AJ TAVENER SJ TEASDALE AJ BARLOW SJ BASTOCK TW MARTIN K
Citation: Jh. Clark et al., ENVIRONMENTALLY FRIENDLY CHEMISTRY USING SUPPORTED REAGENT CATALYSTS - CHEMICALLY-MODIFIED MESOPOROUS SOLID CATALYSTS, Journal of chemical technology and biotechnology, 68(4), 1997, pp. 367-376
COMPETITIVE ALKYLATION REACTIONS IN THE MONTMORILLONITE-FECL3-CATALYZED ACYLATION OF AROMATIC SUBSTRATES
Authors: BASTOCK TW CLARK JH LANDON P MARTIN K
Citation: Tw. Bastock et al., COMPETITIVE ALKYLATION REACTIONS IN THE MONTMORILLONITE-FECL3-CATALYZED ACYLATION OF AROMATIC SUBSTRATES, Journal of chemical research. Synopses, (3), 1994, pp. 104-105
ENVIRONMENTALLY FRIENDLY CHEMISTRY USING SUPPORTED REAGENT CATALYSTS - STRUCTURE-PROPERTY RELATIONSHIPS FOR CLAYZIC
Authors: CLARK JH CULLEN SR BARLOW SJ BASTOCK TW
Citation: Jh. Clark et al., ENVIRONMENTALLY FRIENDLY CHEMISTRY USING SUPPORTED REAGENT CATALYSTS - STRUCTURE-PROPERTY RELATIONSHIPS FOR CLAYZIC, Perkin transactions. 2, (6), 1994, pp. 1117-1130
ACTIVATION OF CLAYZIC AND ITS EFFECT ON THE RELATIVE RATES OF BENZYLATION OF AROMATIC SUBSTRATES
Authors: BARLOW SJ BASTOCK TW CLARK JH CULLEN SR
Citation: Sj. Barlow et al., ACTIVATION OF CLAYZIC AND ITS EFFECT ON THE RELATIVE RATES OF BENZYLATION OF AROMATIC SUBSTRATES, Perkin transactions. 2, (3), 1994, pp. 411-414
EXPLANATION OF AN UNUSUAL SUBSTITUENT EFFECT IN THE BENZYLATION OF ANISOLE AND IDENTIFICATION OF THE ORIGIN OF THE ACTIVE-SITES IN CLAYZIC
Authors: BARLOW SJ BASTOCK TW CLARK JH CULLEN SR
Citation: Sj. Barlow et al., EXPLANATION OF AN UNUSUAL SUBSTITUENT EFFECT IN THE BENZYLATION OF ANISOLE AND IDENTIFICATION OF THE ORIGIN OF THE ACTIVE-SITES IN CLAYZIC, Tetrahedron letters, 34(20), 1993, pp. 3339-3342
Risultati: 1-9 |