An effective and fast way of restoration and preservation of archaeological artefacts is described. In this method a high intensity atomic hydrogen source plasma is used which expands in a low pressure treatment vessel. By nuclear techniques the removal of chlorine and the reduction of oxides to stable forms is monitored. It proves that both hydrogen atom reduction and thermal decomposition are important. In trial experiments with artefacts from a shipwreck followed by post-treatment a successful preservation has been shown. Also the removal of the dirt crust of the excavated artefacts was greatly facilitated in the treatmen
The main topic of this Diploma thesis is the application of low-pressure low-temperature hydrogen pl...
International audienceThe preservation of archaeological iron artefacts necessitates stabilization t...
In the last years atmospheric plasma has gained an increasing interest in the field of Cultural Heri...
An effective and fast way of restoration and preservation of archaeological artefacts is described. ...
For the development of H+ and H0 beams a new method was developed based on the expansion of a cascad...
Abstract. An effective and fast way of restoration and preservation of archeological arti-facts is d...
This diploma thesis builds on my bachelor thesis, which was focused on the application of low-pressu...
Abstract. The plasma chemical reduction of corrosion layers from archaeological metallic objects is ...
Plasma chemical process for conservation of metallic objects is a relatively new way of effective an...
A plasmachemical reduction of corrosion layers on copper was studied. In this case two series of cop...
One of the important stages of the human history is certainly Bronze Age, on our territory dated 190...
The brass plates of (50 × 10 × 1) mm3 were prepared with model corrosion layer because the real arch...
The thesis deal with applying low-pressure low-temperature plasma to corrosion products layers on br...
This thesis presents results of the corrosion layers removal which could be found on the archaeologi...
The purpose of this project was to demonstrate a practical, environmentally benigh technology for th...
The main topic of this Diploma thesis is the application of low-pressure low-temperature hydrogen pl...
International audienceThe preservation of archaeological iron artefacts necessitates stabilization t...
In the last years atmospheric plasma has gained an increasing interest in the field of Cultural Heri...
An effective and fast way of restoration and preservation of archaeological artefacts is described. ...
For the development of H+ and H0 beams a new method was developed based on the expansion of a cascad...
Abstract. An effective and fast way of restoration and preservation of archeological arti-facts is d...
This diploma thesis builds on my bachelor thesis, which was focused on the application of low-pressu...
Abstract. The plasma chemical reduction of corrosion layers from archaeological metallic objects is ...
Plasma chemical process for conservation of metallic objects is a relatively new way of effective an...
A plasmachemical reduction of corrosion layers on copper was studied. In this case two series of cop...
One of the important stages of the human history is certainly Bronze Age, on our territory dated 190...
The brass plates of (50 × 10 × 1) mm3 were prepared with model corrosion layer because the real arch...
The thesis deal with applying low-pressure low-temperature plasma to corrosion products layers on br...
This thesis presents results of the corrosion layers removal which could be found on the archaeologi...
The purpose of this project was to demonstrate a practical, environmentally benigh technology for th...
The main topic of this Diploma thesis is the application of low-pressure low-temperature hydrogen pl...
International audienceThe preservation of archaeological iron artefacts necessitates stabilization t...
In the last years atmospheric plasma has gained an increasing interest in the field of Cultural Heri...