On Blue and Green Pigments from the St. George Cathedral of Veliky Novgorod

Alessandra R.G. Giumlia-Mair , Vladimir V. Sedov , Marina V. Vdovichenko , Maria Pia Riccardi
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Abstract

This paper presents the first analytical data obtained from the examination of fragments of stunning Russian–Byzantine frescoes recovered from an archaeological excavation at Veliky Novgorod, one of the oldest cities in Russia and a UNESCO World Heritage Site. The archaeologists of the Institute of Archaeology of the Russian Academy of Sciences have been working on architectural excavations at Novgorod for more than 20 years. In the last seven years, they have unearthed fragments of frescoes in the layers of the twelfth century AD during excavation under the floor of the Cathedral of St. George in the Yuriev Princely Monastery (built in 1119).

As a first step of this complex research, we decided to concentrate on blue and green pigments. A selection of 30 samples and around 30 parts of wall paintings still in situ, subdivided by technique and color nuance, were first autoptically examined and, where possible, studied by optical microscopy. In this way typical details, such as the use of additives to the mortars, different ways of treating and mixing the colors, and pigment layers, were recognized. For the first screening, the analytical data were collected using a portable X-ray fluorescence device. They indicated the use of a variety of pigments and mixtures to obtain different nuances of color. The samples were then analyzed by scanning electron microscopy with energy dispersive spectrometry. All phases of the study were recorded and documented by photos and micrographs of the most significant details. The data are discussed in the text and help explain the working habits of the painters of the time.

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大诺夫哥罗德圣乔治大教堂的蓝色和绿色颜料
本文介绍了从大诺夫哥罗德(俄罗斯最古老的城市之一,联合国教科文组织世界遗产)考古发掘中发现的令人惊叹的俄罗斯-拜占庭壁画碎片中获得的第一批分析数据。俄罗斯科学院考古研究所的考古学家已经在诺夫哥罗德进行了20多年的建筑挖掘工作。在过去的七年里,他们在尤里耶夫王子修道院(建于1119年)的圣乔治大教堂的地板下挖掘出了公元12世纪的壁画碎片。作为这项复杂研究的第一步,我们决定把重点放在蓝色和绿色颜料上。选择30个样本和大约30个仍然在原地的壁画部分,通过技术和颜色的细微差别进行细分,首先进行自动检查,并在可能的情况下通过光学显微镜进行研究。通过这种方式,可以识别出典型的细节,例如砂浆中添加剂的使用,处理和混合颜色的不同方法以及颜料层。第一次筛选时,使用便携式x射线荧光装置收集分析数据。他们指出使用各种颜料和混合物来获得不同的细微差别的颜色。然后用扫描电子显微镜和能谱仪对样品进行分析。研究的所有阶段都用照片和显微照片记录和记录了最重要的细节。文中讨论了这些数据,并有助于解释当时画家的工作习惯。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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