Publications
1. E. U. Emovon and J. F. Ojo (1968). The reaction of Potassium atoms with ethyl iodide, cyclopentyl and cyclohexyl chlorides – Part 1 Chem. Comm. 199 - 200.
2. E. U. Emovon and J. F. Ojo (1969). The reaction of potassium atoms with pairs of ethyl iodide and each of bornyl, isobornly , endonorbornyl and exonorbornyl chlorides – Part II. Nig.J. Sci., 165 - 168.
3. E. U. Emovon and J. F. Ojo (1970). The reactions of potassium atoms with ethyl iodide, vinyl and cyclopropyl chlorides – Part III. Nig. J. Sc., 165 – 168.
4. E.U.Emovon and J.F. Ojo (1970). The reactions of potassium atoms with chlorotoluenes and ethyl iodide – Part IV. Nig. J.Sci., 4(2), 255 - 259.
5. J. F. Ojo, R. S. Taylor and A. G. Sykes (1975). The kinetics of the rapid monomer-dimer equilibration of molybdenum (VI) in aqueous perchlorate solutions. J. Chem.Soc., (Dalton Trans), 500 - 505.
6. R. K. Wharton, J. F, Ojo and A. G. Sykes (1975). Mechanism of the oxidation of the molybdenum(V)-ethylenediammine-tetraacetate dimer by hexachloro-iridate(IV) and tris(1,10-phenanthroline)iron(III).J.Chem.Soc., (Dalton Trans.), 1526 - 1530.
7. J. F.Ojo, Y. Sasaki and A.G. Sykes (1976). The kinetics and equilibrium of the reaction of Mo(IV)(aq) with thiocynate ion in perchlorate solution. Inorg. Chem 15, 1006-1009.
8. A. Adegite and J. F. Ojo (1977). Kinetics and Mechanism of reduction of thiocyanatopentaammine-cobalt (III) by titanium (III). Inorg. Chem. 16, 477 - 479.
9. A. Adegite, J. F. Ojo and J. F. Iyun (1977). Kinetics and Mechanism of the electron transfer reactions between U(III) and some ruthenium (III) complexes .J.Chem.Soc.(Dalton Trans.), 115 - 120.
10. A. Adegite, H. Eghoh, J. F. Ojo and R. Olieh (1977). Kinetics and Mechanism of the oxidation of U(III) by aqueous acidic solutions of Iodine and Bromine. J. Chem. Soc., (Dalton), 833 – 837.
11. A. Adegite, M. Dusumu and J. F.Ojo (1977). Kinetics and Mechanism of the reduction of azido-, thicyanato-, and isothiocyanatopentaammine-cobalt (III) complexes by hexaammine-Ru(II), tri-ethylenediamine)-Ru (II) and tris-(dipyridy)-Cr(II) in aqueous solution.J.Chem.Soc., (Dalton Trans), 630 – 634.
12. J. Ige, R. Nnadi, J. F. Ojo and O. Olubuyide (1978). Kinetics and Mechanism of the reduction of thiocyanato-, isothiocynato- and azidopentaammine – cobalt (III) by aquapentaammine-ruthenium (II) in aqueous solution J.Chem Soc., (Dalton Trans), 148 - 151.
13. N. Akinyugha, J. Ige, J. F. Ojo, O. Olubuyide and R. Simoyi (1978). Kinetics and Mechanism of the titanium(III) reduction of Co(Phen)33+, Co(C2O4)33- and Fe(phen)33+ in aqueous solutions. Inorg. Chem., 17, 218 - 221.
14. A. Adegite, J. E. Earley and J. F. Ojo (1979). Inner sphere redox reaction between titanium(III) and ruthenium (III). Inorg.Chem.,18, 1535 – 1537.
15. J. Ige, J. F. Ojo and O. Olubuyide(1979). Kinetics and Mechanism of the oxidation of tris(1,10-phenanthroline) iron (II) by chlorine and bromine and of the reduction tris-(1,10-phenanthroline) iron (III) by Iodide ions. Can.J. Chem., 57, 2065-2070.
16. A. Adewumi, J. Ige, J. F. Ojo and O. Olubuyide (1979). Kinetics and Mechanism of reduction of iodo-, and bromopentaammineruthenium (III) by Ti (III). Inorg. Chem. 18, 1399 - 1401.
17. B. D. Lass, J. F. Ojo and E. A. Schweikert (1980). Studies in Heavy Ion Activation Analysis IV: Li induced reaction for chemical analysis.J.Radional. Chem. 60, 255 – 260
18. B. D. Lass, J. F. Ojo and E. A. Schweikert (1980). Studies in Heavy Ion Activation Analysis V: Determination of carbon in steel. J. Radioanal. Chem., 60, 261 - 265.
19. J. Ige, J. F. Ojo and O. Olubuyide (1981). Kinetics of the outer sphere electron-transfer in some Ru(II)-Ru(III) reactions. Inorg. Chem., 20, 1757 - 1760.
20. J. F. Ojo, A. Ojudun and O. Olubuyide (1982). Kinetics and Mechanism of the oxidation of ruthenium(II) amines by oxalatotetraammine- and binoxalatotetraammine-cobalt(III)complexes. J.Chem Soc., (Dalton Trans.), 659 - 661.
21. B. D. Lass, N. G. Roche, A.O.Sanni, E.A. Schweikert and J.F. Ojo(1982). Heavy Ion Activation Analysis. J. Radional. Chem., 70, 151 - 272.
22. G. Daramola, J.F. Ojo, O. Olubuyide and F. Oriaifo (1982). Kinetics and Mechanism of the reduction of the halopentaammine-cobalt (III)complexes by ruthenium(II)species in aqueous solution.J.Chem.Soc.(Dalton Trans.), 2137 - 2140.
23. J. O. Ehighkahuo, J. F. Ojo and O. Olubuyide (1985): Kinetics and the Mechanism of the reduction of tris-oxalarocobaltate(III) ion by ruthenium(II) species in aqueous solution.J. Chem.Soc., (Dalton Trans.), 1665 - 1667.
24. J. F. Ojo, O. Olubuyide and O. Oyetunji (1986): The reduction of hydroxo- and aquapentaammine-cobalt(III) and of hydroxo- and aquapentacyanocobaltate(III) by aquapentaammine-ruthenium(II) in aqueous solution. Inorg. Chim. Acta., 119, L5 - L7 .
25. J. F. Ojo, O. Olubuyide and O. Oyetunji (1987). Substitution reactions between aquapentaammine-ruthenium(II) and thiocyanato-, protonated acetato-,cyano- and oxalato ligands in aqueous acid solutions. J. Chem. Soc. (Dalton Trans.), 957 - 959.
26. A. B. Adegboro, J. F. Ojo, O. Olubuyide and O. T. Sheyin (1987). Kinetics and Mechanism of the reductions of azido- and isothiocyanato-pentacyano-cobaltate(III) by ruthenium(III)-ammine species in aqueous solution. Inorg. Chim. Acta., 131, 247 – 251.
27. K. Lu., J. F. Ojo and J. E. Earley (1988). Non-bridging ligand effects as mechanistic probes in ruthenium (III)-titanium(III)electron-transfer reactions. Inorg. Chem.27, 2325 - 2330.
28. O. Oyetunji, O. Olubuyide and J. F. Ojo (1990). The reduction of azido, thiocyanato-and isothiocynato-pentacyanocobaltate(III)anions by titanium(III) in aqueous acidic solution. Bull.Chem.Soc., Japan 63, 601 - 604.
29. J. F. Ojo, O. Olubuyide and A. A. Okemgbo (1994). The reduction of malonatotetraammine- and Malonatopentaammine – cobalt (III) complexes by Titanium (III) in aqueous acidic solution. J.CHem.Soc. Nig. 19, 149 - 156.
30. J. F. Ojo, Y. Hasegawa, Y. Sasaki and S. Ikari (1990). Kinetics of the outer sphere oxidation of the mixed Mo(V)-W(V)dinuclear complex [MoW(O)2(m-O2)(m-N,N’-edta)]2- and the mixed bridged complex, [W2(O)2(m-O)(m-S)(m-N-N’-edta)]2- by [IrivCl6]2- in aqueous solution. Inorg. Chem. 29, 1712 - 1716.
31. O. Oyetunji, O. Olubuyide, J. F. Ojo and J. E. Earley (1990). Reduction of [Ru2(CH3COO)4]+ and [Co(C2O4)3]3- by Ti(III) complexes in aqueous acidic solution, Polyhed., 10,829 - 835.
32. O. Oyetunji, J. F. Ojo and M. Saidy (1991). Kinetics of the outer sphere oxidations of [Mo2OSedta]2- and [W2S2edta]2- by [IrIVCl6]2- in aqueous perchlorate media.J.Chem.Soc.Nig. 16, 1 - 8.
33. O. Oyetunji, J. F. Ojo, O. Adedoja and O. Adebayo (1991). Outer sphere oxidations of [Mo2OSedta]2- by [(NH3)5CoO2-Co(NH3)5]5+ in aqueous perchlorate media. J. Chem. Soc. Nig. 16, 20 - 28.
34. J. F. Ojo (1992). Nuclear Technique in Quality control in Industry (1992). Proceedings of the symposium on the Applications of Nuclear Technology for Socio-Economic Development of Nigeria. 17 – 19.
35. O. Oyetunji, J. F. Ojo, and O. Olubuyide (1994). The reduction of tris-(2,4-pentanedionato)-Cobalt(III), Co(Pd)3 by TiOH2+ and Ti(CH3COO)2+ in aqueous acid solution. Bull. Chem. Soc. Ethiopia, 8(2), 61 - 67.
36. J. F. Ojo. O. O. Olojo, O. Olubuyide and O. A. Oyetunji (1996). The reductions of Chloro-,Bromo- and Iodopentacyano-Cobaltate (III) Anions by Titanium (III) in aqueous acidic solution. Trans. Met.Chem.21, 123 - 126.
37. J. F. Ojo, Y. Hasegawa, Y. Sasaki, K. Kunimasa, M. Abe and N. Ohta (2000). Kinetics of Tris(1,10-Phenanthroline)iron(III) and Emission Quenching of Tris(2,2’-bipyridine)ruthenium(II) by Di- and Trinuclear Oxo-Acetato Bridged Ruthenium Complexes, Inorganic Reaction Mechanisms 2 , 301 - 311.
38. J. F. Ojo, P. A. Slavin, J. Reglinski, M. Garner, M. Spicer, A.R. Kennedy and S.J. Teat (2001). The synthesis of soft tripodal lingands: restrictions on the preparation of hydrotris(thiazolyl)borate anions from borohydride melts, Inorg. Chim., Acta, 313, 15 - 20.
39. John Reglinski, Mark D. Spicer, Jonathan F. Ojo, Gerard D. McAnally, Agnleszka Skorska, Susan J. Smith, and W. Ewen Smith (2003); Altering the Surface Characteristics of coated Silver surfaces. Soft Donors Allow the Direct Detection of isolated Porphrins Using Surface-Enhanced Resonance Raman Spectroscopy; Langmuir, 19, 6336-6338.
40. Christopher A. Dodds, Mario-Alexander Lehmann, Jonathan F. Ojo, John Reglinski, and Mark D. Spicer (2004), Cobalt Half-Sandwich, Sandwich and Mixed Sandwich Complexes with Soft Tripodal Ligands, Inorg.Chem., 43, 4927-4934.
41. J. F. Ojo, A. Otoikhian, O. Olojo and R. H. Simoyi (2004) . Oxyhalogen-Sulfur Chemistry: Non-linear Oxidation Kinetics of Hydroxymethanesulfinic acid by Acidic Iodate, J. Phys. Chem. A, 108, 2457 – 2463.
42. J.F. Ojo, J. Ige, G.O. Ogunlusi, O. Owoyomi and E.S. Olaseni (2006). Protonation of Chloro - , Bromo – and lodo – pentacynocobaltate (III) Complexes Trans.Met.Chem. Vol. 31, No 3, 337 – 339.
43. J.F. Ojo, J. Ige, G.O. Ogunlusi, O. Owoyomi and E.S. Olaseni (2006) Ion – pair formation in the outer – sphere electron transfer reactions between tris – (1,10) phenanthroline Iron (II) and the halopentacyano – cobaltate (III) complexes. Trans.Met.Chem. Vol. 31, 782 – 785.
44. Jonathan F. Ojo, Jeffrey L Petersen, Adenike Otoikhian, and Reuben H. Simoyi (2006): Organosulfur Oxoacids, Part I Synthesis, structure and reactivity of dimenthylaminoiminomethanesulfinic acid (DMAIMSA). Can. J. Chem. 84: 825 – 830.
45. J. F. Ojo, G. O. Ogunlusi and T. Adegoke (2007): Outer-Sphere electron-transfer and the effect of Linkage Isomerism in the titanium (III) reduction of nitrito-pentacyanocobalt (III) and nitrite- and nitrite-pentaamminecobalt (III) complexes in aqueous acidic media. Trans. Met. Chem. 32, 662-665.