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Issue DateTitleAuthor(s)
2013-12Design, Fabrication and Performance Evaluation of a Shea Butter (Vitellaria Paradoxa) Clarifying SystemGbabo, Agidi; Liberty, J.T; Fakayode, T.O; Olanrele, G.Y
2013-05EMERGING TECHNOLOGICAL DEVELOPMENTS SUITABLE FOR VIABLE COTTAGE SUGAR PORDUCTION IN DEVELOPING COUNTRIESGbabo, Agidi
2015-09River Gravel as Alternative Aggregates in Hot mix Asphalt ProductionKolo, Stephen Sunday; Jimoh, Yinusa A; Sadiku, Salawu; Jimoh, O. D.; Adeleke, Oluwafemi O.; Enejoh, D. A.
2015-11-20IMPACT OF VEHICLE LOAD ON ASPHALTIC PAVEMEENT THICKNESSKolo, Stephen Sunday; Jimoh, Yinusa A; Adeleke, Oluwafemi O.; Adama, Andrew Y
2014-09AntMAC: A Dynamic Control Channel Selection MAC Protocol Design for Cognitive Radio Ad Hoc NetworkOhize, Henry; Mqhele, Dlodlo
2012Effect of blending speed on efficiency and consistency of a grains drink processing machineGbabo, Agidi; Gana, Ibrahim Mohammed; Dauda, Solomon Musa
2013Trends in the Development of Engineering Technologies for Sugarcane and Sugar Production in NigeriaGbabo, Agidi; Dauda, S. M
2008Effect of variety, pressure and specific volume of steam on the head rice yield of milled parboiled riceGbabo, Agidi; Dauda, S. M; Igbeka, J C
2017-04LiSn1.6Ti0.4(PO4) ceramic powder was synthesized via solid state reaction and investigated for electrical and dielectric properties for use as solid electrolyte. X-ray diffraction shows that it has rhombohedral R3 ̅c NASICON-type structure with unreacted phase of SnO2. Impedance study in the temperature range 300 to 740 K and frequency range 300 kHz-3 GHz were carried out together with dielectric permittivity studies under the same conditions. The determined bulk and grain boundary conductivities are 1.39 x 10-3 S/cm and 3.39 x 10-4 S/cm at 740 K, respectively, while their corresponding room temperature conductivities are 6.31 x 10-6 S/cm and 1.72 x 10-6 S/cm, respectively. Activation energies determined from Arrhenius plot are 0.67 eV and 0.78 eV for bulk and grain boundary, respectively. The determined dielectric constant ε^' has a value of 40 at 303 K and reached a maximum of 1790 at 740 K, which is high compared to most reported values for NASICON and indicate that LiSn1.6Ti0.4(PO4) could be a promising candidate for application as solid electrolyte at elevated temperatures.Ahmadu, . Umaru; Uthman Isah, Kasim; Abdullahi, Mann; O.Ibrahim, S; Mohammed Isa, Kimpa
2015-11Innovative Research for National Development: the Role of Information ProfessionalsSaka, K.A; Muhammad, Abubakar Bida; Majinson, Henry Yisa

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