SESN Journals Archives
|Development of a Computer Program for Geometric Characterization of Heat pipe based Compound Parabolic Concentrator
||Abdullahi, B., Muaz, N.M. and Tambaya, M.
Mechanical Engineering Department, Kano University of Science and Technology, Wudil, Kano- Nigeria
||Compound Parabolic Collector, acceptance angle, receiver radius, concentration ratio, Concentrator
||Effects of Acceptance angle and Receiver radius on the Optical Performance of Compound Parabolic Collector
||1*Abdullahi, B., 1Mu’az, M. N, 1Tambaya, M., 2Al-dadah, R.K. and 2Mahmoud, S.
||Acceptance angle, Concentration ratio
||Techno – economic Simulation and Optimization of a Solar assisted Absorption Air Conditioning System for an Office Block in Zaria, Nigeria
||Ahmadu, T. O., Folayan, C. O., Anafi, F. O. and Yawas, D. S.
||Solar absorption, air conditioning, TRNSYS, techno-economic, optimization
||Performance Evaluation of a Double Compartment Solar Dryer
||Balogun, M.B., Anafi, F.O. and Kulla, D.M.
||Solar energy, Dryer, Efficiency, Temperature, Tomatoes
||Performance Evaluation and Modelling of Amorphous Silicon Photovoltaic Module in Minna, Nigeria
||1Ezenwora, J. A., 2Oyedum, O. D., 3Ugwuoke, P. E. and 4Olomiyesan, B. M.
||Module, Photovoltaic, Amorphous, Ambient, Statistical
||Effect of Cooling and Determination of Temperature Coefficients of Solar Photovoltaic (PV) Module Using Linear Correlation Model
||Mawoli, M., Anene, E. C., Sani, J. and Abdullahi, M.
||Performance Appraisal of a Solar Box Water Heater
||Kwasi-Effah, C.C., Aburime, B.A. and Egware, H.O.
||solar box, heater, cooker, renewable energy, appraisal, firewood
||Performance Evaluation of Solar Chimney Dryer for Rural Farmers Using Koko
||Wansah, J.F., Udounwa, A.E. and Akinshola, M.B.
||solar chimney dryer, open-sun drying, solar collector, dryer efficiency
||Mitigation of Climate Change by Development of Hemispherical Solar Concentrator for Solar Energy Generator using Thermocouple Technique
||Babarinde, B.T., 2Akoshile, C.O. and 2Nwankwo, L.I.
||climate change mitigation, solar energy, concentrator, thermocouple, electricity
||Modeling of the Optimum Tilt of a Solar Collector to Receive Maximum Radiation
||Garba, I. and Safyanu, B.D.
||modeling, tilt angle, solar radiation, solar energy and solar collector
||Comparative Analysis of a Foiled Interior and Black Interior Box-Type Solar Cookers
||Aremu, A.K. and Ogunlade, C.A.
||solar cooker, water boiling test, stagnation test, controlled cooking test, figures of merit
||Correlation between Sunshine Hours and Global Solar Radiation for Lagos, Nigeria
||Oba, M.O., Chendo, M.A.C., 1Akaegbobi, A.C. and Taiwo, B.A.
||sunshine hours, clearness index, global solar radiation, lagos, solar radiation model
||Comparative Study of the Performance of Silicon Solar Cell and Light-Dependent Resistor as Transducer Elements in Radiant Flux Measurement
||Saidu, I.G., Abdulmumini, M., Yahya, H.N., 2Zangina, U., Mindaudu, A.S. and Abubakar, M.B.
||transducer, solar irradiance, light dependent resistor, solar cell, transfer function
||Impact of Changes in Diurnal Shortwave Solar Radiation on Air Pressure and Relative Humidity at Ilorin, Nigeria
||Ajibola, T.B., Akoshile, C.O. and Fatigun, A.T.
||shortwave solar radiation, relative humidity, climate change, solar activity, pressure
||Design of Solar Powered Automatic Change-Over Bill-Board for a Location in Umuahia
||Ugwu, H.U. and Ogbonnaya, E.A.
||solar powered ACOB, improved advertisement capacity, gear-powered mechanism, energy and cost saving,
||Solar Control Properties of Lead Sulphide Thin Films Deposited by Chemical Bath Deposition Technique
||Eya, D. D.O.
||lead sulphide, optical properties, band gap, glazing applications, solar cell, thin film
||Synthesis of Cupper Zinc Tin Sulfide (Cu2ZnSnS4) Thin Film Using Thermal Evaporation
||Buda, S., Yahya, H.N.,*Isah, K.U., Dabai, K.A., Uba, A. and Saidu, A.
||absorber, substrate, precursors, bandgap, sulfurization
||Effects of Temperature on the Nanotribology of Gallium Arsenide (GaAs) and Indium Arsenide (InAs)
||Olisakwe, S.I., Ekpunobi, A.J. and Ekwo, P.I.
||nanotribology, temperature, model, friction, wear
||Biogas Production from Jatropha Curcas Leaf and its Blends with other Wastes under Changing Meteorological Parameters
||Uzodinma, E.O., Okafor, I.F. and Anyanwu, C.N.
||ambient temperature, biogas production, meteorological parameters
||Comparison of the Biodiesel Production from Coconut (Cocos Nucifera) Oil using the Two-Stage Method and the Single Stage Base Method
||Coconut oil, acid â€“ base method, single stage method, biodiesel production, transesterification, b