Project Research
In agreement with the project work plan the following activities have been carried out:
- Identification of molecular systems used in the labeling of works of art
- Labeling methods and methods of analysis of molecular marker signals
- Testing the methodology for molecular labeling of works of art
Projects Results
Dissertation theses
The following students involved in the project activities completed their dissertation theses:
Student Andreea-Ioana-Raluca ALDEA with the thesis - Ionul de Mn 2+ folosit în marcarea operelor de artă - July 2017
Student Iulia SURUCEANU - Photoluminescence of Rare Earth doped materials - July 2018
Book chapter
Three of the project team members have submitted a book chapter in a book which was accepted to be published by Elsevier Publishing House.
Octavian G. DULIU, Vasile BERCU, Daniel C. NEGUȚ
Mn2+ EPR spectroscopy for the provenance study of natural carbonates
in Electron Magnetic Resonance: Applications in Physical Sciences and Biology, Ed.: Ashutosh Kumar Shukla, Publisher: Elsevier - submitted
Scientific and technical reports
At the end of each stage of the project an extensive scientific and technical report with all the results obtained was delivered.
Scientific and technical report - Stage I
Scientific and technical report - Stage II
Scientific and technical report - Stage III
Conferences participation
Along the project were the following participation in conferences
Technical meeting on "Strategies for Preservation and Consolidation of Cultural Heritage Artefacts through Radiation Processing”
Zagreb-Croatia, 4-8 June 2018
invited lecture:
"Disinfestation of artefacts by gamma irradiation in Romania"
by Constantin Daniel NEGUȚ
Patents for invention
The research results were used in two patent proposals
1. "Sistem de etichetare a operelor de arta bazat pe markeri moleculari și procedeu de obținere a acestuia", patent proposel no. A/00690 from 18.09.2018.
2. "Procedeu de preparare a luminoforului nanocristalin CeF3:Tb3+", patent proposel no. A/00622 from 28.08.2018.
Other results
1. The final report
2. Methodology for marking works of art based on molecular markers
