R Djingova
Biographic Data
| ID | 5217245 |
|---|---|
| NAME | R Djingova |
| GIVEN NAMES | R |
| FAMILY NAME | Djingova |
| SIGNATURE | DJINGOVA R |
| AFFILIATIONS | Sofia University "St. Kliment Ohridski" |
| VERIFIED | No |
| TOTAL WORKS | 4 |
| TOTAL CITATIONS | 9 |
| AUTHOR COUNT | 4 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 1985 |
| LATEST PUBLICATION YEAR | 2015 |
| H-INDEX | 2 |
Comparison of analytical techniques for analysis of archaeological bronze: Analytical techniques for analysis of archaeological bronze
While many analyses of archaeological bronzes have been reported in the literature, in practice it is very difficult to compare them. To assess the present status of the chemical analysis of bronze two ancient objects—a flat axe (arsenic bronze) and a sickle (tin bronze)—were cut into pieces weighing about 2 g each and were distributed to 11 laboratories. The participants used the following methods for analysis: INAA, ED–XRF, PIXE, TRXRF, FAAS, I…
Archaeometric Investigations at the University of Sofia, Bulgaria
The paper presents a brief overview and history of archaeometric research using instrumental neutron activation analysis at the Faculty of Chemistry of the University of Sofia. The archaeometric projects are listed and some of the results obtained in the investigations of glass, pottery and metals are described
An Archaeometric Study of Medieval Glass From the First Bulgarian Capital, Pliska (Ninth to Tenth Century Ad)
Glass finds from the first Bulgarian capital, Pliska, have been analysed by instrumental neutron activation analysis. The analytical data, together with previous results from analysis of glass samples from the second Bulgarian capital, Preslav, were subjected to cluster and discriminant analysis. The local origin of part of the analysed samples was proven and some conclusions about the technology of production were possible
Provenience Study of Medieval Bulgarian Glasses by Naa and Cluster Analysis
The neutron activation analysis results from 30 glass samples were subjected to cluster analysis. The reliable localization of part of the medieval glass finds from Preslav enabled the evaluation of the variety of the production of a medieval glass workshop (ninth‐tenth century), allowing conclusions to be made about the technological level of glass‐making in Bulgaria during the Middle Ages. The work proved that NAA followed by cluster analysis i…
Comparison of analytical techniques for analysis of archaeological bronze: Analytical techniques for analysis of archaeological bronze
While many analyses of archaeological bronzes have been reported in the literature, in practice it is very difficult to compare them. To assess the present status of the chemical analysis of bronze two ancient objects—a flat axe (arsenic bronze) and a sickle (tin bronze)—were cut into pieces weighing about 2 g each and were distributed to 11 laboratories. The participants used the following methods for analysis: INAA, ED–XRF, PIXE, TRXRF, FAAS, I…
Provenience Study of Medieval Bulgarian Glasses by Naa and Cluster Analysis
The neutron activation analysis results from 30 glass samples were subjected to cluster analysis. The reliable localization of part of the medieval glass finds from Preslav enabled the evaluation of the variety of the production of a medieval glass workshop (ninth‐tenth century), allowing conclusions to be made about the technological level of glass‐making in Bulgaria during the Middle Ages. The work proved that NAA followed by cluster analysis i…
An Archaeometric Study of Medieval Glass From the First Bulgarian Capital, Pliska (Ninth to Tenth Century Ad)
Glass finds from the first Bulgarian capital, Pliska, have been analysed by instrumental neutron activation analysis. The analytical data, together with previous results from analysis of glass samples from the second Bulgarian capital, Preslav, were subjected to cluster and discriminant analysis. The local origin of part of the analysed samples was proven and some conclusions about the technology of production were possible
Provenience Study of Medieval Bulgarian Glasses by Naa and Cluster Analysis
The neutron activation analysis results from 30 glass samples were subjected to cluster analysis. The reliable localization of part of the medieval glass finds from Preslav enabled the evaluation of the variety of the production of a medieval glass workshop (ninth‐tenth century), allowing conclusions to be made about the technological level of glass‐making in Bulgaria during the Middle Ages. The work proved that NAA followed by cluster analysis i…
An Archaeometric Study of Medieval Glass From the First Bulgarian Capital, Pliska (Ninth to Tenth Century Ad)
Glass finds from the first Bulgarian capital, Pliska, have been analysed by instrumental neutron activation analysis. The analytical data, together with previous results from analysis of glass samples from the second Bulgarian capital, Preslav, were subjected to cluster and discriminant analysis. The local origin of part of the analysed samples was proven and some conclusions about the technology of production were possible
Archaeometric Investigations at the University of Sofia, Bulgaria
The paper presents a brief overview and history of archaeometric research using instrumental neutron activation analysis at the Faculty of Chemistry of the University of Sofia. The archaeometric projects are listed and some of the results obtained in the investigations of glass, pottery and metals are described
Comparison of analytical techniques for analysis of archaeological bronze: Analytical techniques for analysis of archaeological bronze
While many analyses of archaeological bronzes have been reported in the literature, in practice it is very difficult to compare them. To assess the present status of the chemical analysis of bronze two ancient objects—a flat axe (arsenic bronze) and a sickle (tin bronze)—were cut into pieces weighing about 2 g each and were distributed to 11 laboratories. The participants used the following methods for analysis: INAA, ED–XRF, PIXE, TRXRF, FAAS, I…
Archaeology and ancient environmental studies (4 works) · Cultural Heritage Materials Analysis (4 works) · Archaeology (3 works) · Chemistry (3 works) · Geography (3 works) · Neutron Activation Analysis (3 works) · Physics (3 works) · Radiochemistry (3 works) · Archaeological science (2 works) · Bulgarian (2 works)