S Edward Warren
Biographic Data
| ID | 6449912 |
|---|---|
| NAME | S Edward Warren |
| GIVEN NAMES | S Edward |
| FAMILY NAME | Warren |
| SIGNATURE | WARREN S E |
| AFFILIATIONS | University of Bradford |
| VERIFIED | No |
| TOTAL WORKS | 11 |
| TOTAL CITATIONS | 125 |
| AUTHOR COUNT | 11 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 1972 |
| LATEST PUBLICATION YEAR | 1984 |
| H-INDEX | 7 |
The distribution and sources of archaeological obsidian from southern France
The distribution and provenance of archaeological obsidian in central and eastern Europe
Energy dispersive X-ray fluorescence analysis of 1st millennium ad glass from Britain
The magnetic sourcing of obsidian samples from Mediterranean and near Eastern sources
X‐ray Fluorescence Analyses of Iron Age Glass
Un enseignement "postgraduate" sur les méthodes scientifiques en archéologie à la "School of physics and archeological sciences" de l'Université de Bradford
The application of Mössbauer spectroscopy to the characterisation of western mediterranean obsidian
Thermoluminescence Dating of Pottery
The naturally occurring radioisotope 87 Rb makes a small contribution to the total dose‐rate. Assuming an average potassium:rubidium ratio of 200:1 the contribution is estimated at 2.9% of the B dose‐rate From potassium. The effect will be negligible in quartz inclusion dating because of the strong attenuation of the B‐ emission from 87 Rb. In fine‐grain dating the omission of the 87 Rb contribution will overestimate the age of a pottery sherd by…
Obsidian in the Western Mediterranean
In the history of west Mediterranean contacts and communications, obsidian has a special place, being the first traded commodity documented in the archaeological record. The commercial contacts which it reveals precede those of the Mycenaeans by more than three millennia. The general outlines of this trade and the principal sources exploited have previously been documented by trace element analysis undertaken by optical emission spectrography. Th…
Geometrical Factors in the Neutron Activation Analysis of Archaeological Specimens
S In the neutron activation analysis of museum specimens, for which sampling is not permitted, corrections must be applied to measured activities to take into account the sample shape and its position relative to the detector. Correction factors are derived for samples of cylindrical shape such as segmented faience beads and a model technique is suggested for those of irregular shape such as flint and obsidian implements. These techniques used in…
Neutron Activation Analysis of Faience Beads
S A selection of faience beads has been examined using neutron activation analysis, with a view to distinguishing the provenance of individual specimens. Evidence is presented that the tin content in beads from British sites is significantly higher than in those from other areas. Characteristic features of beads from other sources are also discussed
Obsidian in the Western Mediterranean
In the history of west Mediterranean contacts and communications, obsidian has a special place, being the first traded commodity documented in the archaeological record. The commercial contacts which it reveals precede those of the Mycenaeans by more than three millennia. The general outlines of this trade and the principal sources exploited have previously been documented by trace element analysis undertaken by optical emission spectrography. Th…
The distribution and provenance of archaeological obsidian in central and eastern Europe
The magnetic sourcing of obsidian samples from Mediterranean and near Eastern sources
Energy dispersive X-ray fluorescence analysis of 1st millennium ad glass from Britain
X‐ray Fluorescence Analyses of Iron Age Glass
Neutron Activation Analysis of Faience Beads
S A selection of faience beads has been examined using neutron activation analysis, with a view to distinguishing the provenance of individual specimens. Evidence is presented that the tin content in beads from British sites is significantly higher than in those from other areas. Characteristic features of beads from other sources are also discussed
The distribution and sources of archaeological obsidian from southern France
The application of Mössbauer spectroscopy to the characterisation of western mediterranean obsidian
Thermoluminescence Dating of Pottery
The naturally occurring radioisotope 87 Rb makes a small contribution to the total dose‐rate. Assuming an average potassium:rubidium ratio of 200:1 the contribution is estimated at 2.9% of the B dose‐rate From potassium. The effect will be negligible in quartz inclusion dating because of the strong attenuation of the B‐ emission from 87 Rb. In fine‐grain dating the omission of the 87 Rb contribution will overestimate the age of a pottery sherd by…
Geometrical Factors in the Neutron Activation Analysis of Archaeological Specimens
S In the neutron activation analysis of museum specimens, for which sampling is not permitted, corrections must be applied to measured activities to take into account the sample shape and its position relative to the detector. Correction factors are derived for samples of cylindrical shape such as segmented faience beads and a model technique is suggested for those of irregular shape such as flint and obsidian implements. These techniques used in…
Neutron Activation Analysis of Faience Beads
S A selection of faience beads has been examined using neutron activation analysis, with a view to distinguishing the provenance of individual specimens. Evidence is presented that the tin content in beads from British sites is significantly higher than in those from other areas. Characteristic features of beads from other sources are also discussed
Geometrical Factors in the Neutron Activation Analysis of Archaeological Specimens
S In the neutron activation analysis of museum specimens, for which sampling is not permitted, corrections must be applied to measured activities to take into account the sample shape and its position relative to the detector. Correction factors are derived for samples of cylindrical shape such as segmented faience beads and a model technique is suggested for those of irregular shape such as flint and obsidian implements. These techniques used in…
Obsidian in the Western Mediterranean
In the history of west Mediterranean contacts and communications, obsidian has a special place, being the first traded commodity documented in the archaeological record. The commercial contacts which it reveals precede those of the Mycenaeans by more than three millennia. The general outlines of this trade and the principal sources exploited have previously been documented by trace element analysis undertaken by optical emission spectrography. Th…
Thermoluminescence Dating of Pottery
The naturally occurring radioisotope 87 Rb makes a small contribution to the total dose‐rate. Assuming an average potassium:rubidium ratio of 200:1 the contribution is estimated at 2.9% of the B dose‐rate From potassium. The effect will be negligible in quartz inclusion dating because of the strong attenuation of the B‐ emission from 87 Rb. In fine‐grain dating the omission of the 87 Rb contribution will overestimate the age of a pottery sherd by…
Un enseignement "postgraduate" sur les méthodes scientifiques en archéologie à la "School of physics and archeological sciences" de l'Université de Bradford
The application of Mössbauer spectroscopy to the characterisation of western mediterranean obsidian
X‐ray Fluorescence Analyses of Iron Age Glass
The magnetic sourcing of obsidian samples from Mediterranean and near Eastern sources
The distribution and sources of archaeological obsidian from southern France
The distribution and provenance of archaeological obsidian in central and eastern Europe
Energy dispersive X-ray fluorescence analysis of 1st millennium ad glass from Britain
Archaeology (10 works) · Geography (8 works) · Geology (8 works) · Cultural Heritage Materials Analysis (7 works) · Archaeology and ancient environmental studies (5 works) · Chemistry (5 works) · Geochemistry (4 works) · Geology (4 works) · Maritime and Coastal Archaeology (4 works) · Materials Science (4 works)