文物保护与考古科学
文物保護與攷古科學
문물보호여고고과학
Sciences of Conservation and Archaeology
2014年
2期
1~8
,共null页
鲁晓珂 李伟东 李强 容波 周铁
魯曉珂 李偉東 李彊 容波 週鐵
로효가 리위동 리강 용파 주철
彩绘陶器 组成结构 烧成温度
綵繪陶器 組成結構 燒成溫度
채회도기 조성결구 소성온도
Painted pottery; Composition and structure; Firing temperature
彩绘陶器以其绚丽多彩的彩色装饰为主要特征,对它们的相关研究将不断丰富古代制陶工艺及颜料加工技术的认识。为此,本研究利用EDXRF、XRD、SEM、热膨胀分析等技术手段对山东青州香山汉墓和沂源战国墓葬出土彩绘陶器的组成结构及烧制温度进行了深入分析,首次发现了先以滑石粉打底其上再绘朱砂的彩绘陶品种。沂源战国墓葬中出土了表面用锡层作装饰的陶器,这是在我国北方地区的墓葬中首次发现这种“锡涂陶”。青州香山汉墓出土的陶俑和器物的胎料组成相近,而烧成温度存在明显差异,陶俑的烧成温度要高于器物。这些结果可为研究彩绘陶器的工艺发展提供新资料。
綵繪陶器以其絢麗多綵的綵色裝飾為主要特徵,對它們的相關研究將不斷豐富古代製陶工藝及顏料加工技術的認識。為此,本研究利用EDXRF、XRD、SEM、熱膨脹分析等技術手段對山東青州香山漢墓和沂源戰國墓葬齣土綵繪陶器的組成結構及燒製溫度進行瞭深入分析,首次髮現瞭先以滑石粉打底其上再繪硃砂的綵繪陶品種。沂源戰國墓葬中齣土瞭錶麵用錫層作裝飾的陶器,這是在我國北方地區的墓葬中首次髮現這種“錫塗陶”。青州香山漢墓齣土的陶俑和器物的胎料組成相近,而燒成溫度存在明顯差異,陶俑的燒成溫度要高于器物。這些結果可為研究綵繪陶器的工藝髮展提供新資料。
채회도기이기현려다채적채색장식위주요특정,대타문적상관연구장불단봉부고대제도공예급안료가공기술적인식。위차,본연구이용EDXRF、XRD、SEM、열팽창분석등기술수단대산동청주향산한묘화기원전국묘장출토채회도기적조성결구급소제온도진행료심입분석,수차발현료선이활석분타저기상재회주사적채회도품충。기원전국묘장중출토료표면용석층작장식적도기,저시재아국북방지구적묘장중수차발현저충“석도도”。청주향산한묘출토적도용화기물적태료조성상근,이소성온도존재명현차이,도용적소성온도요고우기물。저사결과가위연구채회도기적공예발전제공신자료。
Painted potteries are characterized mainly by colorful decorations on their surfaces. The continuous studies on the painted pottery will gain knowledge about the making craft of pottery and the pigments. In this study, the compositions, structures and firing temperatures of painted pottery samples from a Xiang Mountain Han tomb and a Warring States Period tomb in Yiyuan county of Shandong province were analyzed by dispersive X - Ray fluorescence analysis, X- ray diffraction, scanning electron microscopy and thermal expansion analysis methods. For the first time, powdered talc was found as the understratum on cinnabar painted pottery. In the Yiyuan County Warring States Period tomb, pottery coated with a tin layer was also found for the first time in the northern China. Although the body materials of figurines and wares from Xiang Mountain Han tomb were similar, their firing temperatures were obviously different because the temperatures for the figurines were higher than those of the wares. These results could provide new information regarding the development of technology for painted potteries.