Asian Journal of Materials Science1996-3394xxxx-xxxxAsian Network for Scientific Information10.3923/ajmskr.2017.1.9BarzinjyAzeez Abdullah AzeezIsmailHaidar JalalJabbarKadhim Qasim1201791Background: In order to describe the spectral reflectivity of the multilayered selective coating, a theoretical investigation of the optical properties was settled. Materials and Methods: Since the reflectance spectrum involve the matrix operation, hence in this theoretical investigation MATLAB® is utilized to investigate and foresee nanostructured solar selective coatings in solar thermal collectors. The nanostructured pure layer such as Au, Ni, Cr and Ag utilized and sandwiched aluminium nitride (AlN) solar selective coating. A demonstrative solar absorber has been studied regarding optical characterization and calculation improvements. It can be seen that copper has good ultraviolet (UV), moisture and environmental steadiness for c.a. 600 h in air up to c.a. 230-250°C. While Ni, Cr and Ag coating have been cited in the literature for high-temperature applications and they possess better stability. Additionally, two different grades of stainless-steel namely one austenitic (832 MV) and one ferritic (393 M) has been examined. Results: The austenitic steels have a higher absorptance than the ferritic steels and other utilized metals. Another challenge was measuring the efficiency of solar thermal energy conversion systems; it was found that Ferritic-SS has the best photothermal conversion efficiency among the examined metals. Conclusion: The theoretical results found in this study, in general, were in respectable agreement with the experimental results.]]>Wang, Z., W. Yang, F. Qiu, X. Zhang and X. Zhao,2015Wang, R. and T. Ge,2016Niklasson, G.A. and C.G. Granqvist,1983McVeigh, J.C.,2013Shashikala, A.R., A.K. Sharma and D.R. Bhandari,2007Pillai, P.K.C. and R.C. Agarwal,1980Surviliene, S., A. Cesuniene, R. Juskenas, A. Selskiene and D. Bucinskiene et al.,2014Cheng, Z.D., Y.L. He, J. Xiao, Y.B. Tao and R.J. Xu,2010Selvakumar, N. and H.C. Barshilia,2012Jaworske, D.A. and D.A. Shumway,2003Kennedy, C.E.,2002Ho, C.K. and B.D. Iverson,2014Etherden, N., T. Tesfamichael, G.A. Niklasson and E. Wackelgard,2004Andersson, A., O. Hunderi and C.G. Granqvist,1980Palik, E.D.,2012Zhou, W.X., Y. Shen, E.T. Hu, Y. Zhao and M.Y. Sheng et al.,2012Gabe, D.R. and S.E. Gould,1988Fulekar, M.H.,2010Tripanagnostopoulos, Y., T. Nousia, M. Souliotis and P. Yianoulis,2002Bamford, C.R.,1982Reber, A.C., S. Paranthaman, P.A. Clayborne, S.N. Khanna and A.W. Castleman,2008nO_{m} clusters.]]>Pettit, R.B. and R.R. Sowell,1976Holzer, L., B. Iwanschitz, T. Hocker, B. Munch and M. Prestat et al.,2011Karlsson, B., T. Karlsson and C.G. Ribbing,1982Takadoum, J.,2010Bayati, M.R., M.H. Shariat and K. Janghorban,2005Yin, Y., Y. Pan, L.X. Hang, D.R. Mckenzie and M.M.M. Bilek,20092O_{3} cermet solar selective surfaces for solar hot water applications.]]>Cao, F., K. Mcenaney, G. Chen and Z. Ren,2014Zajac, G., G.B. Smith and A. Ignatiev,1980Lee, K.D., W.C. Jung and J.H. Kim,2000Smith, G.B., K. Teytz and P. Hillery,1983Piscopo, V., A. Baiocchi and F. Lotti, 2014Abbott, A.P., A.A. Al-Barzinjy, P.D. Abbott, G. Frisch, R.C. Harris, J. Hartley and K.S. Ryder,20143•6H_{2}O and urea.]]>Mehra, N.C. and S.K. Sharma,1989Lira-Cantu, M., A.M. Sabio, A. Brustenga and P. Gomez-Romero,2005Smith, G.B. and A.I. Maaroof,2004Barshilia, H.C., P. Kumar, K.S. Rajam and A. Biswas,20112O_{3} nanocermet solar selective coatings prepared using unbalanced magnetron sputtering.]]>Yagil, Y., P. Gadenne, C. Julien and G. Deutscher,1992Eggers-Lura, A.,2013Altermatt, P.P., Y. Yang, J. Wang, R. Reineke-Koch and F. Giovannetti,2008Lai, J.K.L., C.H. Shek and K.H. Lo,2012Karlsson, B. and C.G. Ribbing,1982Zhang, Q.C.,1998