Matches in SemOpenAlex for { <https://semopenalex.org/work/W2321088051> ?p ?o ?g. }
- W2321088051 endingPage "893" @default.
- W2321088051 startingPage "881" @default.
- W2321088051 abstract "Micro-Raman (μ-Raman) spectroscopy has been used, as a preliminary and non-destructive technique, in order to investigate the mineralogical composition and to define the maximum firing temperature and redox state of the firing atmosphere of ancient ceramic materials. The studied ceramics come from the archaeological site of Khirbet al-Batrawy (north-central Jordan), dating back to the Early Bronze Age (3000–2000 B.C.). The results show that the ceramic body is composed mainly by quartz and calcite, and minor amount of feldspars and hematite. In addition, apatite and zircon, important markers to identify the provenance of raw materials, have been detected. Furthermore, the occurrence of gypsum has been related to both rehydration of anhydrite and burial alteration processes. Micro-Raman spectroscopy was helpful to investigate the nature of the pigments of these ceramics: the red colour was obtained by hematite, the dark pigment by amorphous carbon. Mineral assemblage allowed estimating the maximum firing temperature of these pottery vessels between 850 and 950 °C. The comparison of the results of μ-Raman spectroscopy and of X-ray diffraction analysis suggests that μ-Raman spectroscopy could have a key role in the study of ceramic materials, especially the characterization of archaeological ceramic samples for which manipulation and/or consumption are not allowed." @default.
- W2321088051 created "2016-06-24" @default.
- W2321088051 creator A5027052845 @default.
- W2321088051 creator A5029738073 @default.
- W2321088051 creator A5050927039 @default.
- W2321088051 creator A5054934589 @default.
- W2321088051 creator A5062433087 @default.
- W2321088051 creator A5063138329 @default.
- W2321088051 creator A5071733960 @default.
- W2321088051 creator A5076258370 @default.
- W2321088051 creator A5079585005 @default.
- W2321088051 creator A5087753956 @default.
- W2321088051 date "2014-01-16" @default.
- W2321088051 modified "2023-09-27" @default.
- W2321088051 title "The key role of micro-Raman spectroscopy in the study of ancient pottery: the case of pre-classical Jordanian ceramics from the archaeological site of Khirbet al-Batrawy" @default.
- W2321088051 cites W122342963 @default.
- W2321088051 cites W1518325441 @default.
- W2321088051 cites W1551049053 @default.
- W2321088051 cites W1826293828 @default.
- W2321088051 cites W1889504728 @default.
- W2321088051 cites W194913647 @default.
- W2321088051 cites W1966731240 @default.
- W2321088051 cites W1971475796 @default.
- W2321088051 cites W1971841738 @default.
- W2321088051 cites W1978249178 @default.
- W2321088051 cites W1978809137 @default.
- W2321088051 cites W1979510255 @default.
- W2321088051 cites W1983290757 @default.
- W2321088051 cites W1984722711 @default.
- W2321088051 cites W1986645613 @default.
- W2321088051 cites W1994218990 @default.
- W2321088051 cites W1995663163 @default.
- W2321088051 cites W1997182237 @default.
- W2321088051 cites W2003297030 @default.
- W2321088051 cites W2006614688 @default.
- W2321088051 cites W2007012888 @default.
- W2321088051 cites W2008924970 @default.
- W2321088051 cites W2009612744 @default.
- W2321088051 cites W2010919560 @default.
- W2321088051 cites W2013813207 @default.
- W2321088051 cites W2015428197 @default.
- W2321088051 cites W2015856769 @default.
- W2321088051 cites W2017712870 @default.
- W2321088051 cites W2019609259 @default.
- W2321088051 cites W2019725138 @default.
- W2321088051 cites W2020336557 @default.
- W2321088051 cites W2026353247 @default.
- W2321088051 cites W2027100756 @default.
- W2321088051 cites W2030431865 @default.
- W2321088051 cites W2039846744 @default.
- W2321088051 cites W2039980300 @default.
- W2321088051 cites W2041039813 @default.
- W2321088051 cites W2043205957 @default.
- W2321088051 cites W2047780007 @default.
- W2321088051 cites W2055163804 @default.
- W2321088051 cites W2056780536 @default.
- W2321088051 cites W2057058496 @default.
- W2321088051 cites W2059506490 @default.
- W2321088051 cites W2060201229 @default.
- W2321088051 cites W2061009378 @default.
- W2321088051 cites W2064054587 @default.
- W2321088051 cites W2066935044 @default.
- W2321088051 cites W2074764091 @default.
- W2321088051 cites W2077080584 @default.
- W2321088051 cites W2080687572 @default.
- W2321088051 cites W2084981327 @default.
- W2321088051 cites W2089642668 @default.
- W2321088051 cites W2090287145 @default.
- W2321088051 cites W2092863717 @default.
- W2321088051 cites W2093241480 @default.
- W2321088051 cites W2095128868 @default.
- W2321088051 cites W2104282629 @default.
- W2321088051 cites W2108025602 @default.
- W2321088051 cites W2115748281 @default.
- W2321088051 cites W2116876394 @default.
- W2321088051 cites W2123006483 @default.
- W2321088051 cites W2128063936 @default.
- W2321088051 cites W2129059583 @default.
- W2321088051 cites W2130471417 @default.
- W2321088051 cites W2135580922 @default.
- W2321088051 cites W2146189157 @default.
- W2321088051 cites W2148873625 @default.
- W2321088051 cites W2149017464 @default.
- W2321088051 cites W2152057187 @default.
- W2321088051 cites W2168348767 @default.
- W2321088051 cites W2328383347 @default.
- W2321088051 cites W24598613 @default.
- W2321088051 cites W2898851839 @default.
- W2321088051 cites W342345738 @default.
- W2321088051 cites W2288248737 @default.
- W2321088051 cites W2598499597 @default.
- W2321088051 doi "https://doi.org/10.1127/0935-1221/2013/0025-2332" @default.
- W2321088051 hasPublicationYear "2014" @default.
- W2321088051 type Work @default.
- W2321088051 sameAs 2321088051 @default.
- W2321088051 citedByCount "21" @default.
- W2321088051 countsByYear W23210880512014 @default.
- W2321088051 countsByYear W23210880512015 @default.