NON‐DESTRUCTIVE ANALYSIS OF ‘ORIGINAL’ SONG DYNASTY GUAN WARES AND LATER IMITATIONS FROM THE PALACE MUSEUM COLLECTIONS,BEIJING

Fifty‐eight porcelain samples in Guan ware style from the collections of the Palace Museum in Beijing were analysed using non‐destructive ED‐XRF. These included 40 vessels that were traditionally ascribed as Guan wares of the Song Dynasty, and 18 vessels traditionally ascribed as imitation Guan wares, made during the Ming and Qing Dynasties. The purposes of this study were: (1) to cross‐check the traditional identification of these wares with the new classification based on their chemical compositions; and (2) to carry out a provenance study of the authentic Song Guan wares—that is, to compare the chemical compositions of the authentic Song Guan wares with those of the shards unearthed from the known Guan ware kilns of the Song Dynasty. This study shows that: (1) the chemical compositions of the glaze are significantly different between the Song Guan wares and the imitation wares—among the 58 wares tested, seven are likely to have been misidentified by the traditional method; and (2) the glaze compositions of the authentic Song Guan wares themselves are not homogeneous, and they can be divided into three groups. The provenance of these groups was briefly investigated.     

STUDY ON THE PROVENANCE OF XICUN QINGBAI WARES FROM THE NORTHERN SONG DYNASTY OF CHINA

The Xicun kiln in Guangdong Province was a famous porcelain kiln in the Song Dynasty of China, and for years there has been controversy over the provenance of Xixun Qingbai wares. This paper analyses Qingbai samples from the Xicun, Hutian (Jingdezhen) and Chaozhou (Guangdong Province) kilns by laser ablation inductively coupled plasma mass spectrometry (LA–ICP–MS) and energy‐dispersive X‐ray fluorescence probe (EDXRF). The analytical results indicate that wares with a thin body excavated from the Xicun kiln site were produced in the Hutian kiln, and wares with a thick body were locally fired in Xicun; the contents of trace elements (V, Rb, Ba, Ta, Pb and Th) and the Nb/Ta ratio can be used to discriminate the products from the Xicun and Chaozhou kilns.     

ON THE SOURCE OF CLAY USED FOR COLOGNE ROMAN POTTERY

Chemical analyses have been made of Roman wares found in Cologne and of bearded man jugs found both in Cologne and Frechen. The question of the influence of the approximately 1600 year difference in time between the manufacture of the two major groups of wares is addressed. It is concluded that the Roman wares were very probably made of Frechen clay.     

A TRADE ROUTE FROM THE PROPONTIS TO PHRYGIA: ASSESSING THE ECONOMIC STATUS OF KIOS BETWEEN THE ARCHAIC AND THE EARLY HELLENISTIC PERIODS

This article proposes a reassessment of the role that Kios played as a nexus of trade between the northern Aegean, the Black Sea and inland north-west Anatolia. The city was founded as an emporium at the end of the seventh century BC and joined the Delian League in the following century. The autonomous city was subsequently ruled by a Persian dynasty during the fourth century BC, while retaining its Greek identity. Three groups of ceramics will be analysed for this reassessment: one from rescue excavations at Kios itself; another from surveyed sites in the surrounding region; and a third from other excavated settlements. It is argued that both locally-produced fine wares and transport amphoras allow chronological periods to be traced to relatively high resolutions, and that these reveal Kios to have been a significant market town that was deeply involved in trade with the Aegean and the Black Sea.     

A CHARACTERIZATION OF THE COMPOSITIONAL VARIATIONS OF ROMAN SAMIAN POTTERY MANUFACTURED AT THE LEZOUX PRODUCTION CENTRE

The study addresses the chemical variations for Roman Samian wares manufactured during various periods at different workshops within the Lezoux production centre. Instrumental neutron activation analysis and inductively coupled plasma spectrometry were used to determine the chemical constituents of the pottery. The two techniques were evaluated based on the capacity of each to identify the same compositional groups for Lezoux Samian with the use of multivariate statistics. The compositional analysis redefines and clarifies how potters used the clay sources at the site to produce fine wares. The results indicate that the majority of potters from different workshops at Lezoux shared the same clay source during the second century AD.     

NON-DESTRUCTIVE ANALYSIS OF JINGDEZHEN BLUE AND WHITE PORCELAINS

The energy dispersive X-ray fluorescence method is used for the non-destructive qualitative analysis of Jingdezhen blue and white porcelains, which include the imperial wares of the Yongle, Xuande, Chenghua, Jiajing and Wanli periods of the Ming dynasty, the imperial wares of the Kangxi, Yongzheng, Qianlong, Jiaqing, Daoguang and Guangxu periods of the Qing dynasty, and those of the Republic and the contemporary period. The distribution pattern of the X-ray fluorescence intensities of the six characteristic elements for porcelain manufactured at different times has been investigated.     

A MICRO‐RAMAN AND INTERNAL MICROSTRATIGRAPHIC STUDY OF CERAMIC SHERDS FROM THE KILNS OF THE MEDICI CASTLE AT CAFAGGIOLO*

Nine representative sherds from the old (14th–16th century) kilns at the Castle of Cafaggiolo in Tuscany have been analysed by means of internal microstratigraphic analyses and micro‐Raman spectroscopy and classified as follows: six engobed and glazed fragments, of which three are covered with an opaque white, decorated layer, one is marbleized, and two are engobed. The surface of the two engobed sherds, fragments of unfinished products, indicates that at least two firing processes were used. Two samples show characteristics of Byzantine pottery, and three of them can be classified as Islamic ware or maiolica, whilst the other one displays intermediate characteristics. The variety of ceramic wares indicates the presence of craftsmen with differing expertise, and suggests that part of their work was dedicated to experimentation on new ceramic production techniques.     

金沙遗址祭祀区出土遗物研究

目次一金沙遗址祭祀区的出土遗物二金沙遗址祭祀区与三星堆器物坑出土遗物比较三金沙遗址祭祀区出土遗物的文化面貌与性质四金沙遗址祭祀区出土遗物的特点及原因五金沙时期成都平原的文化格局金沙遗址是继三星堆遗址之后在成都平原发现的又一个重要遗址。1995年在成都金沙遗址范围内的黄忠村一带已发现商周时期的遗存,2001年在金沙村出土大批遗物,由此开始了对金沙遗址的大规模发掘。多年的发掘与研究已确认金沙遗址面积超过5平方公里,内含大型建筑区     

A STUDY OF CHINESE PORCELAIN RAW MATERIALS FOR DING,XING, GONGXIAN AND DEHUA WARES*

The raw material used largely determines the type and quality of porcelain produced. Twenty-three raw materials used for making Ding, Xing, Gongxian and Dehua porcelain bodies were studied using principal component analysis. Results show that for Dehua wares, only one raw material was used. For Ding wares, although there were many possible raw materials, the use of one alone is unlikely. Lingshan clay was the main raw material but it has to be mixed with other raw materials: Pinjiawa clay, quartz, feldspar and dolomite. The Xing pieces can be divided into three groups and Gongxian wares into two groups, which are discussed in detail.     

THE USE OF SHELL-TEMPERED POTTERY IN THE CADDO AREA OF THE SOUTHEASTERN UNITED STATES

Abstract

Freshwater mussel shell was used as a temper in the manufacture of ceramic vessels by potters in the Caddo area of the southeastern United States after ca. A.D. 1300. This was at least one or two centuries after it became the dominant temper used by aboriginal groups in much of the Eastern Woodlands but generally contemporaneous with shelltempered usage in parts of the Southern Plains. The introduction of shell temper was variable across the Caddo area, and in certain regions its use was negligible in ceramic vessel assemblages until the sixteenth and seventeenth centuries but then was rapidly adopted as the dominant temper employed in vessel manufacture, particularly for utility wares. In the traditional territory of the historic Hasinai Caddo in East Texas, shell temper did not appear in vessels until the early eighteenth century, and then only in minor amounts on presumed trade vessels.     

吐蕃系统金银器研究

The Tibetan Kingdom rose in the Qinghai-Tibetan Plateau in the 7th century as a mighty minority regime under the Tang Dynasty of China.Tibetan gold and silver wares were recorded in Tang literal documents and enjoyed a great fame throughout the world for their distinctive and exquisite form.But their samples were seldom discovered for a long time.Based on a study of the Tibetan gold and silver articles recently unearthed from Tibetan tombs in the Qinghai-Tibetan Plateau and known from collections abroad,the...     

A PROVENANCE STUDY OF TANG SANCAI FROM CHINESE TOMBS AND RELICS BY INAA*

In order to group specimens of Tang Sancai of unknown provenance to the different kilns according to their chemical compositions, we studied the elemental abundance patterns of Tang Sancai body samples from different tombs, relics and kilns by instrumental neutron activation analysis (INAA). Our results indicated that the development process of Tang Sancai in the Prospering Tang period could be divided into at least two phases, with ad 705 or so as the boundary between them. The results of factor analysis showed that the red‐bodied samples were more likely to be produced near Xi’an, whereas the white‐bodied Tang Sancai wares dating to before ad 705 were most probably produced at Huanye Kiln (also known as ‘Gongxian’ Kiln), and the figures were very likely made at an undiscovered kiln near Luoyang or an undiscovered part of Huangye Kiln. Among the white‐bodied samples dated from ad 705 to ad 755, both types of figures and wares were mainly produced near Xi’an and Luoyang.     

LEAD ISOTOPIC ANALYSIS FOR THE IDENTIFICATION OF LATE BRONZE AGE POTTERY FROM HALA SULTAN TEKKE (CYPRUS)

Lead isotopic compositions were measured for 65 sherds from five pottery wares (Plain White, Coarse, Canaanite, White Slip and Base‐ring) excavated from the Late Bronze Age site of Hala Sultan Tekke (Cyprus). The elemental composition and isotopic signature of the sherds were compared with those of 65 clay samples collected in south‐east Cyprus, mainly in the surroundings (<20 km) of Hala Sultan Tekke. This work shows the effectiveness of using lead isotopic analysis in provenance studies, along with other analytical techniques, such as X‐ray diffraction (XRD) and a scanning electron microscope (SEM) equipped with an energy dispersive X‐ray detection (EDX) facility, to identify the composition of pottery wares and the clay sources used for pottery ware production.     

THERMOLUMINESCENCE AND GLAZE STUDIES OF A GROUP OF T'ANG DYNASTY CERAMICS

The application of the recently developed thermoluminescent method of pre-dose dating to thirty-seven glazed ceramics, purporting to have been manufactured during the T'ang Dynasty in China (a.d. 618–906), is reported. The modern origin of eight of these pieces is established. The remaining twenty-nine authentic pieces are discussed with respect to the accuracy of dating possible for such wares. The criterion for authenticity judgement commonly used for this material, that of glaze crackleur, is discussed critically and shown to be of only limited reliability.     

NEUTRON ACTIVATION ANALYSIS OF BIRD BOWLS AND RELATED ARCHAIC CERAMICS FROM MILETUS

In this paper we present the results of a chemical investigation by neutron activation analysis of sherds of different kinds of bird kotylai, bird bowls and related wares excavated in Kalabaktepe, a hill of the ancient city of Miletus. A new archaeological classification of this well-known group of Archaic ceramics of eastern Greece is presented. A number of kiln wasters of misfired vessels from Kalabaktepe revealed a characteristic local pattern. This pattern helped to clarify the provenance of some of the bird bowls classified archaeologically as of orientalizing type: they have been made in Miletus. But bird kotylai and bird bowls in the 'standard fabric’as well as other archaeologically related vessels show a different chemical pattern of unknown provenance.     

HELLENISTIC GLAZED WARES FROM ATHENS AND SOUTHERN ITALY: ANALYTICAL TECHNIQUES AND IMPLICATIONS

The original intention of the project, conceived in the context of the British School at Rome's excavation and survey programme in the Bradano basin (based on Gravina) was to establish the composition patterns of Hellenistic glazed wares from sites in southern Apulia, and then to use these to trace the trading patterns of the area, against a control group of sherds from the Athenian Agora. It proved possible to distinguish Attic from Apulian sherds by their nickel and chromium content, and average-link-cluster-analysis by computer showed that Gnathian ware from Taranto could be distinguished from seven other south Italian groups, suggesting that speciality wares were made of clays from special beds. Because of the geological homogeneity of the area no further distinctions could be made, but some sherds were also analysed petrologically and by heavy mineral analysis, for a methodological comparison. The very homogeneous geology, coupled with the fineness of the wares showed these methods to be at the limits of their usefulness. Only very generalized conclusions could be drawn concerning the origin of the pottery from the petrological evidence; the micro-mineralogical data showed that interesting differences existed between pottery from the main Apulian sites, but these could equally have reflected natural variations occurring within fairly homogeneous clay deposits.     

ON SOME PHYSICAL CHARACTERISTICS OF CHINESE AND EUROPEAN RED WARES

When in the seventeenth and eighteenth century Chinese red ware from Yixing was imported into Europe, imitations of that ware, some of them delusively similar to the originals, were made in the Netherlands, Saxony, and England. With non-destructive energy dispersive X-ray fluorescence analysis (ED-XFA) the Chinese and different European red wares can be easily separated by comparing the patterns of their calcium oxide, manganese oxide, and lead contents. They also have density characteristics of their own.     

XRF ANALYSIS OF NONYA WARES USING AN ANNULAR AMERICIUM SOURCE

54 pieces of Nonya wares (also known as Straits Chinese porcelains) were analysed using energy-dispersive X-ray fluorescence technique with an annular Am-241 source. Significant time correlation was found for only two elements, barium and cesium, when the ratio of the fluorescent intensity of each element to the intensity of the coherently scattered 26.4 keV gamma was plotted as a function of the time of manufacture. For trace barium, quantitative measurement showed that Nonya wares made from the Ch'ing dynasty to the Republic period had a barium content between 100 and 135 ppm, whereas modern reproduction pieces had much higher values.     

CHARACTERIZATION OF TAKATORI STONEWARE FROM CHIKUZEN PROVINCE,JAPAN*

This study reports the findings of an examination of stonewares from the Takatori kilns of seventeenth- to nineteenth-century Chikuzen Province, Kyushu, Japan. Scanning electron microscopy and inductively coupled plasma atomic emission spectroscopy were used to determine the mineralogy and chemical compositions of the ceramic bodies. The results of this broad characterization are used to comment on the relationships between these wares and the raw materials used. Despite close similarities in some cases, it is possible to distinguish the wares of many of these kilns from each other and from outwardly similar wares from contemporary kilns in adjacent provinces.     

双房文化青铜器的型式学与年代学研究

<正>在辽东地区双房文化的器物群中,除了陶器以外,最为引人注目的便是所谓的"东北系青铜器"。这种具有鲜明地方特色和时代特征的青铜制品,除了见于辽东地区的双房文化以外,还广布于辽西、河北北部、朝鲜半岛和吉林、黑龙江两省的部分地区,长期以来一直为中外学术界所关注。