J.O. SANTOS
12 resultados
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Resumo IPEN-doc 14443 INAA: A link between past and present in retrieving of peoples identities2007 - MUNITA, C.S.; SANTOS, J.O.; TOYOTA, R.G.; NUNES, K.P.; OLIVEIRA, P.M.S.; FERREIRA, D.S.Resumo IPEN-doc 18960 Chemical and mineralogical characterization of archaeological ceramics from Xingó2008 - SANTOS, J.O.; MUNITA, C.S.; OLIVEIRA, P.M.S.; VERGNE, C.; TOYOTA, M.Artigo IPEN-doc 13990 Normalizacao e padronizacao por meio da transformacao logaritmica em estudos arqueometricos de ceramicas2007 - SANTOS, J.O.; MUNITA, C.S.; VERGNE, C.; OLIVEIRA, P.M.S.Artigo IPEN-doc 13994 Archaeological sites from baixo Sao Francisco, Brazil: Archaeometric approach on Justino site2007 - SANTOS, J.O.; MUNITA, C.S.; VALERIO, M.E.G.; VERGNE, C.Artigo IPEN-doc 12047 Application of INAA to provenance study of ceremics from baixo Sao Francisco River, Sergipe, Brazil2007 - MUNITA, C.S.; SANTOS, J.O.; VERGNE, C.; TOYOTA, ROSIMEIRI G.Artigo IPEN-doc 10780 Chronological study of archaeological sites from Caninde de Sao Francisco, Sergipe state, Brazil, by thermoluminescence technique2005 - SANTOS, J.O.; SEPULVEDA MUNITA, C.; VALERIO, M.E.G.; VERGNE, M.C.S.Artigo IPEN-doc 19633 Estudo da tecnologia de queima de cerâmica arqueológicas por difratometria de raios X2013 - SANTOS, J.O.; MUNITA, C.S.Artigo IPEN-doc 09504 Caracterizacao quimica da ceramica do sitio Justino - Xingo, SE2003 - LUNA, S.; SANTOS, J.O.; NASCIMENTO, A.; SEPULVEDA MUNITA, C.J.A.; OLIVEIRA, P.M.S.; VERGNE, C.; VALERIO, M.E.G.Artigo IPEN-doc 13431 The archaeometry study of the chemical and mineral composition of pattery from Brazils's northeast2008 - SANTOS, J.O.; MUNITA, C.S.; TOYOTA, R.G.; VERGNE, C.; SILVA, R.S.; OLIVEIRA, P.M.S.In this study, chemical and mineralogical analyses were performed on ceramics and clay samples from Barracão archaeological site located in Baixo São Francisco River. The chemical and mineral analysis was performed by INAA and by means differential scanning calorimetry (DSC). The data set was studied by means of cluster analysis and discriminant analysis. The results showed that the raw material used in ceramics is not local. By using DSC it was possible to discover that the principal minerals in the samples are quartz, feldspars, mica and kaolinite. The existence of kaolinite denotes that the firing temperature of the pottery analyzed was lower than 500 °C. The results obtained in this study, in association with archaeological information, allowed for the identification of the ceramic groups relative to the ceramists occupations at Xingó area.Artigo IPEN-doc 14079 The archaeometry study of the chemical and mineral composition of pottery from Brasil's Northeast2009 - SANTOS, J.O.; MUNITA, C.S.; TOYOTA, R.G.; VERGNE, C.; SILVA, R.S.; OLIVEIRA, P.M.S.