James H. P. Utley - Concepedia

Author

James H. P. Utley

Also Known As

J. H. P. UTLEY, J. H. P. Utley, J.H.P. Utley, JAMES H. P. UTLEY, James H. P. Utley, James H.P Utley, James H.P. Utley, James Utley, Utley, J.H.P., Utley, James H.P.

238

Publications

2.1K

Citations

H-Index

Concepts

All Affiliations

Queen Mary University of London

About

James H. P. Utley is an author at Queen Mary University of London specializing in chemistry, engineering, and organic chemistry.

Top Concepts

#	Concept	H-Index	Publications	Citations
1	Engineering	21	67	1.5K
2	Natural Sciences	15	27	563
3	Biochemistry	14	22	453
4	Biomolecular Engineering	10	12	224
5	Medicine	3	3	45

James H. P. Utley

Publications

1.6K

Citations

H-Index

Page 1

	Year	Citations
Electroorganic reactions. 38. Mechanism of electrooxidative cleavage of lignin model dimers Vera L. Pardini, Carmen Z. Smith, James H. P. Utley, The Journal of Organic Chemistry Electrooxidative CleavageBioorganic ChemistryEngineeringAltmetric Attention ScoreOrganic Chemistry	1991	96
A Comparison of Solution and Solid State <sup>13</sup>C NMR Spectra of Lignins and Lignin Model Compounds Geoffrey E. Hawkes, Carmen Z. Smith, James H. P. Utley, Holzforschung Chemical EngineeringEngineeringLigninOrganic ChemistryChemistry	1993	79
Electro-organic reactions. Part 60[1]. The electro-oxidative conversion at laboratory scale of a lignosulfonate into vanillin in an FM01 filter press flow reactor: preparative and mechanistic aspects Carmen Z. Smith, James H. P. Utley, J. K. Hammond Journal of Applied Electrochemistry Chemical EngineeringEngineeringOrganic ElectrochemistryLaboratory ScaleElectrosynthesis	2010	74
Biomass electrochemistry: Anodic oxidation of an organo-solv lignin in the presence of nitroaromatics Carmen Z. Smith, James H. P. Utley, Mirella Petrescu, Journal of Applied Electrochemistry Chemical EngineeringBiomass ConversionEngineeringBioenergyBiomass Electrochemistry	1989	45
Efficient In‐Situ Redox Catalytic NAD(P)<sup>+</sup> Regeneration in Enzymatic Synthesis Using Transition‐Metal Complexes of 1,10‐Phenanthroline‐5,6‐dione and Its <i>N</i>‐Monomethylated Derivative as Catalysts Gerhard Hilt, Burhanshah Lewall, Guillermo Montero, Liebigs Annalen Redox CatalystChemical EngineeringEngineeringBiochemistryNatural Sciences	1997	42
Electro-organic reactions. Part II. Mechanism of the kolbe electrolysis of substituted phenylacetate ions James P. Coleman, Robert Lines, James H. P. Utley, Journal of the Chemical Society Perkin Transactions 2 Chemical EngineeringElectrochemical ParametersEngineeringOrganic ElectrochemistryMolecular Electrochemistry	1974	41
Electroorganic reactions. Part 57.† DDQ mediated anodic oxidation of 2-methyl- and 2-benzylnaphthalenes James H. P. Utley, Gregor G. Rozenberg Journal of Applied Electrochemistry	2003	37
Electrochemical synthesis of poly(p-xylylenes) (PPXs) and poly(p-phenylenevinylenes) (PPVs) and the study of xylylene (quinodimethane) intermediates; an underrated approach James H. P. Utley, Jonas Gruber Journal of Materials Chemistry EngineeringOrganic ChemistryChemistryPhysical PropertiesPolymers	2002	36
Electroorganic reactions. Part 56: Anodic oxidation of 2-methyl- and 2-benzylnaphthalenes: factors influencing competing pathways James H. P. Utley, Gregor G. Rozenberg Tetrahedron Electroorganic ReactionsChemical EngineeringEngineeringOrganic ElectrochemistryMolecular Electrochemistry	2002	35
Anodic cleavage of lignin model dimers in methanol Vera L. Pardini, Reinaldo Romero Vargas, Hans Viertler, Tetrahedron EngineeringMethanolOrganic ChemistryCatalysisChemistry	1992	35

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