Object Listing

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Description contains

Code Sort descending	Alternate Codes	Authored on	Common Name	Description
Le7/F794	objectautoid_sahrisv1_21219	27/11/2014 - 18:49	Femur, Equus burchelli	zebra right femur, 18.6g
Le7/F799	objectautoid_sahrisv1_21220	27/11/2014 - 18:51	Femur, Bos taurus	cow right femur, 27.0g
Le7/F845/02	objectautoid_sahrisv1_20774	02/11/2014 - 16:18	Tooth, Equus burchelli	Zebra right lower 3rd premolar
Le7/F846	objectautoid_sahrisv1_20775	02/11/2014 - 16:19	Tooth, Equus burchelli	Zebra right lower 3rd premolar
Le7/F847	objectautoid_sahrisv1_20776	02/11/2014 - 16:20	Tooth, Equus burchelli	Zebra right lower 3rd premolar
Le7/F874	objectautoid_sahrisv1_20777	02/11/2014 - 16:22	Tooth, Tragelaphus strepsiceros	Kudu left upper 2nd premolar
Le7/F891	objectautoid_sahrisv1_20778	02/11/2014 - 16:23	Tooth, Ovicaprine	Ovicaprine left lower 2nd molar
Le7/F892	objectautoid_sahrisv1_20779	02/11/2014 - 16:24	Tooth, Syncerus caffer	Buffalo right lower 2nd molar
Le7/F893	objectautoid_sahrisv1_20780	02/11/2014 - 16:25	Tooth, Connochaetes taurinus	Wildebeest right lower 2nd molar
Le7/F895	objectautoid_sahrisv1_20781	02/11/2014 - 16:27	Tooth, Connochaetes taurinus	Wildebeest right lower 2nd molar
Le7/F901	objectautoid_sahrisv1_20782	02/11/2014 - 16:28	Tooth, Connochaetes taurinus	Wildebeest right lower 2nd molar
Le7/F902	objectautoid_sahrisv1_20783	02/11/2014 - 16:29	Tooth, Hippotragus equinus	Roan right lower 2nd molar
Le7/F905	objectautoid_sahrisv1_20784	02/11/2014 - 16:31	Tooth, Connochaetes taurinus	Wildebeest right lower 2nd molar
Le7/F917	objectautoid_sahrisv1_20785	02/11/2014 - 16:32	Tooth, Giraffa camelopardalis	Giraffe left lower 3rd molar
Le7/F923/03	objectautoid_sahrisv1_20786	02/11/2014 - 16:33	Tooth, Hippotragus niger	Sable left upper 2nd molar
Le7/F926/06	objectautoid_sahrisv1_20787	02/11/2014 - 16:34	Tooth, Kobus ellipsiprymnus	Waterbuck left lower 2nd molar
Le7/F927/02	objectautoid_sahrisv1_20788	02/11/2014 - 16:36	Tooth, Kobus ellipsiprymnus	Waterbuck left lower 1st molar
Le7/F938/04	objectautoid_sahrisv1_20789	02/11/2014 - 16:37	Tooth, Sylvicapra grimmia	Duiker right lower 2nd molar
Le7/F940/02	objectautoid_sahrisv1_20790	02/11/2014 - 16:39	Tooth, Ovis aries	Sheep right lower 3rd molar
Le7/F955	objectautoid_sahrisv1_20791	02/11/2014 - 16:41	Tooth, Equus burchelli	Zebra right upper 1st molar
Le7/F959	objectautoid_sahrisv1_20792	02/11/2014 - 16:42	Tooth, Hippotragus equinus	Roan right lower 1st molar
Le7/F960	objectautoid_sahrisv1_20793	02/11/2014 - 16:44	Tooth, Connochaetes taurinus	Wildebeest left lower 3rd molar, definitely different animal to Le7/F965
Le7/F965	objectautoid_sahrisv1_20794	02/11/2014 - 16:45	Tooth, Connochaetes taurinus	Wildebeest left upper 3rd molar, definitely different animal to Le7/F960
Le7/F969	objectautoid_sahrisv1_20795	02/11/2014 - 16:46	Tooth, Equus burchelli	Zebra right upper 4th premolar
LEL001-Pigment-Sample	objectautoid_sahrisv1_75043	30/11/2021 - 18:00	Pigment Sample	Micro sample from site LEL001 To conduct the characterization of paints, a multi-instrumentation protocol has been developedto analyse unprepared, prepared and cross-section samples using microscopy, Raman spectroscopy,scanning electron microscopy coupled with X-ray energy dispersive spectrometer (SEM-EDS),and Fourier transform infrared (FTIR) spectroscopy (Bonneau et al 2017: 663). Each sample is splitinto two parts; one is left unprepared and the other embedded in an epoxy resin and polished insection to reveal the succession of layers (Bonneau et al 2021). Both samples are observed with alight microscope and scanning electron microscope (SEM; Bonneau et al 2021).
LEL002-Pigment-Sample	objectautoid_sahrisv1_75044	30/11/2021 - 18:00	Pigment Sample	Micro sample from site LEL002 To conduct the characterization of paints, a multi-instrumentation protocol has been developedto analyse unprepared, prepared and cross-section samples using microscopy, Raman spectroscopy,scanning electron microscopy coupled with X-ray energy dispersive spectrometer (SEM-EDS),and Fourier transform infrared (FTIR) spectroscopy (Bonneau et al 2017: 663). Each sample is splitinto two parts; one is left unprepared and the other embedded in an epoxy resin and polished insection to reveal the succession of layers (Bonneau et al 2021). Both samples are observed with alight microscope and scanning electron microscope (SEM; Bonneau et al 2021).
LEL003-Pigment-Sample	objectautoid_sahrisv1_75050	30/11/2021 - 18:04	Pigment Sample	Micro sample from site LEL003 To conduct the characterization of paints, a multi-instrumentation protocol has been developedto analyse unprepared, prepared and cross-section samples using microscopy, Raman spectroscopy,scanning electron microscopy coupled with X-ray energy dispersive spectrometer (SEM-EDS),and Fourier transform infrared (FTIR) spectroscopy (Bonneau et al 2017: 663). Each sample is splitinto two parts; one is left unprepared and the other embedded in an epoxy resin and polished insection to reveal the succession of layers (Bonneau et al 2021). Both samples are observed with alight microscope and scanning electron microscope (SEM; Bonneau et al 2021).
LEL004-Pigment-Sample	objectautoid_sahrisv1_75049	30/11/2021 - 18:04	Pigment Sample	Micro sample from site LEL004 To conduct the characterization of paints, a multi-instrumentation protocol has been developedto analyse unprepared, prepared and cross-section samples using microscopy, Raman spectroscopy,scanning electron microscopy coupled with X-ray energy dispersive spectrometer (SEM-EDS),and Fourier transform infrared (FTIR) spectroscopy (Bonneau et al 2017: 663). Each sample is splitinto two parts; one is left unprepared and the other embedded in an epoxy resin and polished insection to reveal the succession of layers (Bonneau et al 2021). Both samples are observed with alight microscope and scanning electron microscope (SEM; Bonneau et al 2021).
LEL005-Pigment-Sample	objectautoid_sahrisv1_75048	30/11/2021 - 18:04	Pigment Sample	Micro sample from site LEL005 To conduct the characterization of paints, a multi-instrumentation protocol has been developedto analyse unprepared, prepared and cross-section samples using microscopy, Raman spectroscopy,scanning electron microscopy coupled with X-ray energy dispersive spectrometer (SEM-EDS),and Fourier transform infrared (FTIR) spectroscopy (Bonneau et al 2017: 663). Each sample is splitinto two parts; one is left unprepared and the other embedded in an epoxy resin and polished insection to reveal the succession of layers (Bonneau et al 2021). Both samples are observed with alight microscope and scanning electron microscope (SEM; Bonneau et al 2021).
LEL006-Pigment-Sample	objectautoid_sahrisv1_75047	30/11/2021 - 18:03	Pigment Sample	Micro sample from site LEL006 To conduct the characterization of paints, a multi-instrumentation protocol has been developedto analyse unprepared, prepared and cross-section samples using microscopy, Raman spectroscopy,scanning electron microscopy coupled with X-ray energy dispersive spectrometer (SEM-EDS),and Fourier transform infrared (FTIR) spectroscopy (Bonneau et al 2017: 663). Each sample is splitinto two parts; one is left unprepared and the other embedded in an epoxy resin and polished insection to reveal the succession of layers (Bonneau et al 2021). Both samples are observed with alight microscope and scanning electron microscope (SEM; Bonneau et al 2021).

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