Mantana Maurer
Biographic Data
| ID | 5598016 |
|---|---|
| NAME | Mantana Maurer |
| GIVEN NAMES | Mantana |
| FAMILY NAME | Maurer |
| SIGNATURE | MAURER M |
| VERIFIED | No |
| TOTAL WORKS | 4 |
| TOTAL CITATIONS | 33 |
| AUTHOR COUNT | 4 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2012 |
| LATEST PUBLICATION YEAR | 2020 |
| H-INDEX | 3 |
Development of 14 C Dating of Mortars at ETH Zurich
The ages of mortars and plaster can help reveal the history of monuments, their construction, or restoration times. However, these anthropogenic carbonates pose a challenge when it comes to separation of the atmospheric radiocarbon ( 14 C) signal of the CO 2 fixed in the mortar at the time of consolidation, i.e., the time of binder formation. The variety and heterogeneity of mortars require individual assessments of each sample and 14 C results. …
Bomb 14 C on paper and detection of the Forged Paintings of T’ang Haywen
The bomb-peak signal preserved in the Arches ® cotton paper was used to detect art forgeries imitating the work of Chinese artist T’ang Haywen (1927–1991). The dating of seven legitimate T’ang Haywen art pieces showed that the timing of the paper production was consistent with the artist’s use of Arches ® paper starting in the early 1980s. The measured F 14 C of the paper from the 14 suspected forged paintings shows that the support material was …
Textiles and Radiocarbon Dating
Natural textiles provide suitable material for radiocarbon dating. Short-lived organic matter is usually involved and, if 14 C dating is applied to pieces that are stylistically well dated, a better understanding of 14 C dating of this type of material can be gained. This study presents some examples of dating that support the stylistic dates. Repeated analyses illustrate the robustness of the standard treatment applied to the textiles
Roman Ruins as an Experiment for Radiocarbon Dating of Mortar
The remains of Vindonissa, the Roman legionary camp in Switzerland, have been the subject of extensive archaeological studies. Knowledge of the building time plays a role in reconstructions of the history of this site. We radiocarbon dated mortar samples selected from one of the Roman monuments (Westtor) as well as a nearby Medieval monastery. 14 C ages obtained on the first fraction and second fraction of very short dissolution appear close to t…
Roman Ruins as an Experiment for Radiocarbon Dating of Mortar
The remains of Vindonissa, the Roman legionary camp in Switzerland, have been the subject of extensive archaeological studies. Knowledge of the building time plays a role in reconstructions of the history of this site. We radiocarbon dated mortar samples selected from one of the Roman monuments (Westtor) as well as a nearby Medieval monastery. 14 C ages obtained on the first fraction and second fraction of very short dissolution appear close to t…
Development of 14 C Dating of Mortars at ETH Zurich
The ages of mortars and plaster can help reveal the history of monuments, their construction, or restoration times. However, these anthropogenic carbonates pose a challenge when it comes to separation of the atmospheric radiocarbon ( 14 C) signal of the CO 2 fixed in the mortar at the time of consolidation, i.e., the time of binder formation. The variety and heterogeneity of mortars require individual assessments of each sample and 14 C results. …
Textiles and Radiocarbon Dating
Natural textiles provide suitable material for radiocarbon dating. Short-lived organic matter is usually involved and, if 14 C dating is applied to pieces that are stylistically well dated, a better understanding of 14 C dating of this type of material can be gained. This study presents some examples of dating that support the stylistic dates. Repeated analyses illustrate the robustness of the standard treatment applied to the textiles
Bomb 14 C on paper and detection of the Forged Paintings of T’ang Haywen
The bomb-peak signal preserved in the Arches ® cotton paper was used to detect art forgeries imitating the work of Chinese artist T’ang Haywen (1927–1991). The dating of seven legitimate T’ang Haywen art pieces showed that the timing of the paper production was consistent with the artist’s use of Arches ® paper starting in the early 1980s. The measured F 14 C of the paper from the 14 suspected forged paintings shows that the support material was …
Roman Ruins as an Experiment for Radiocarbon Dating of Mortar
The remains of Vindonissa, the Roman legionary camp in Switzerland, have been the subject of extensive archaeological studies. Knowledge of the building time plays a role in reconstructions of the history of this site. We radiocarbon dated mortar samples selected from one of the Roman monuments (Westtor) as well as a nearby Medieval monastery. 14 C ages obtained on the first fraction and second fraction of very short dissolution appear close to t…
Textiles and Radiocarbon Dating
Natural textiles provide suitable material for radiocarbon dating. Short-lived organic matter is usually involved and, if 14 C dating is applied to pieces that are stylistically well dated, a better understanding of 14 C dating of this type of material can be gained. This study presents some examples of dating that support the stylistic dates. Repeated analyses illustrate the robustness of the standard treatment applied to the textiles
Bomb 14 C on paper and detection of the Forged Paintings of T’ang Haywen
The bomb-peak signal preserved in the Arches ® cotton paper was used to detect art forgeries imitating the work of Chinese artist T’ang Haywen (1927–1991). The dating of seven legitimate T’ang Haywen art pieces showed that the timing of the paper production was consistent with the artist’s use of Arches ® paper starting in the early 1980s. The measured F 14 C of the paper from the 14 suspected forged paintings shows that the support material was …
Development of 14 C Dating of Mortars at ETH Zurich
The ages of mortars and plaster can help reveal the history of monuments, their construction, or restoration times. However, these anthropogenic carbonates pose a challenge when it comes to separation of the atmospheric radiocarbon ( 14 C) signal of the CO 2 fixed in the mortar at the time of consolidation, i.e., the time of binder formation. The variety and heterogeneity of mortars require individual assessments of each sample and 14 C results. …
Archaeology (4 works) · History (4 works) · Radiocarbon dating (4 works) · Archaeology and ancient environmental studies (3 works) · Geology (3 works) · Absolute dating (2 works) · Cultural Heritage Materials Analysis (2 works) · Mortar (2 works) · Accelerator mass spectrometry (1 work) · Ancient history (1 work)