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celadon
相关语句
  青瓷
    A Study of Sui and Tang Celadon from Anyang
    安阳隋墓出土青瓷探析
短句来源
    On Celadon Wares from the Early Yue Kiln
    论早期越窑青瓷
短句来源
    A STUDY ON RECOVERING THE TECHNOLOGY OF SONG DYNASTY LONGQUAN CELADON
    宋代龙泉青瓷的研究
短句来源
    Primary Research on the Early Celadon in Northern China
    北方早期青瓷初论
短句来源
    A STUDY ON THE CELADON HISTORY
    青瓷之史研究
短句来源
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  中国青瓷
    The Contrast between Chinese and Korea Celadon
    中国青瓷与韩国高丽青瓷比较研究
短句来源
    Zhejiang is one of the important producing place of Chinese celadon.
    在中国,青瓷的主要产地是浙江。
短句来源
    Chinese and Korean celadon have got the important position in the history of ceramics and they are very closely related. But there are few studies focusing on comparison of celadon between these two countries.
    虽然,中国青瓷与高丽青瓷在世界陶瓷发展史上具有重要的历史地位,而且两国唇齿相依,但是对于两国青瓷文化的比较研究很少。
短句来源
  “celadon”译为未确定词的双语例句
    A study on clay and ancient celadon of Yaozhou Kiln
    耀州窑遗址粘土及其古瓷的初步研究
短句来源
    The results indicated that it has a clear difference on the values of RO/SiO 2 between celadon and its replica.
    其结果表明 ,古瓷釉和仿宋瓷釉的RO/SiO2比值具有明显差异。
短句来源
    Celadon of JingDe Town
    晶莹碧透 如冰似玉——崔德镇青白瓷
短句来源
    Celadon Unearthed From Tombs Clot of Northern-Song Dynasty
    玲珑剔透万般好 静中见动青山来——宝应北宋墓群出上青白瓷
短句来源
    On the Beginning of Chinese Celadon in "Painting of Han Xi-zai's Evening Banquet
    从《韩熙载夜宴图》看我国青白瓷的始烧年代
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  celadon
The ancient celadon samples produced in Later Tang (850-907 A.D.) to Former Southern Song (1127-1279 A.D.) have been analyzed with NAA.
      
Study on the provenance of ancient Yaozhou celadon made at Lidipo and Shangdian during Kin period using nuclear technology
      
This methodology successfully separated the Egyptian samples into two broad categories: (1) polychrome decorated ceramic ware and (2) monochrome celadon ware.
      
As the Fe2+/Fe3+ ratio gradually increases, the glaze color of Ru celadon will gradually change from pea green to sky green.
      
The glaze color of Ru celadon depends on the ratio of the structural iron ions, i.e.
      
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The mineral compositions of the local clay of Yaozhou kiln and its ancient celadon were analyzed by using the methods of X-ray diffraction(XRD),differential thermoanalysis(DTA),emission spectroscopy analysis(ESA),scanning electron microscopy and energy dispersive analysis of X-ray(EDAX).The firing temperature and microstructure of the ancient celadon are disscussed.From experimental results, it is concluded that Yaozhou celadon were made by the local clay mineral of kabinite and illite,and...

The mineral compositions of the local clay of Yaozhou kiln and its ancient celadon were analyzed by using the methods of X-ray diffraction(XRD),differential thermoanalysis(DTA),emission spectroscopy analysis(ESA),scanning electron microscopy and energy dispersive analysis of X-ray(EDAX).The firing temperature and microstructure of the ancient celadon are disscussed.From experimental results, it is concluded that Yaozhou celadon were made by the local clay mineral of kabinite and illite,and the firing temperature is over 1200℃.

本文通过 X 射线衍射(XRD)、差热分析(DTA)、发射光谱分析(ESA)、扫描电镜(SEM)和能量色散 X 射线分析(EDAX)的方法,对古耀州青瓷所用原料及其矿物组成,古瓷器的烧成温度和显微结构进行了分析研究。得出耀瓷乃是使用当地高岭石和伊利石粘土矿物为原料烧制而成,烧成温度在1200℃以上的结论.

The shape, the stacking method to firing, the chemical composition and microstructure of the Tang dynasty Xinhui celadon have been investigated in detail. The researched results have been compared with those of the six famed celadons in Tang. Trie intrinsical points of Xinhui ware have been demonstrated.

详细地研究了唐代新会官冲窑的器形和装烧、胎与釉的化学组成和显微结构。研究结果与唐代六大青瓷作了对比,指出了新会窑在唐代青瓷中的一些明显的特点。

The chemical compositions for 93 bodies and 83 glazes of ancient Yaozhou porcelain in different time periods were treated by statistical analysis. It is found that whole evolution process of Yaozhou porcelain would be divided into four stages. Each stage has its own characteristics in chemical composition, which are controlled by the raw materials and batch composition in the production of porcelain bodies and glazes. Almost all of Yaozhou celadon and white ware glazes belong to CaO glaze (or lime glaze),...

The chemical compositions for 93 bodies and 83 glazes of ancient Yaozhou porcelain in different time periods were treated by statistical analysis. It is found that whole evolution process of Yaozhou porcelain would be divided into four stages. Each stage has its own characteristics in chemical composition, which are controlled by the raw materials and batch composition in the production of porcelain bodies and glazes. Almost all of Yaozhou celadon and white ware glazes belong to CaO glaze (or lime glaze), but the glazes of Song Dynasty (A.D. 960~1280) and later have higher contents of K 2O and lower of CaO than those of the earlier period.

对93个耀州窑瓷胎与83个耀州窑瓷釉的化学组成数据分别进行对应分析。结果发现,耀州古瓷的演变过程可分为四个阶段,每个阶段的瓷胎与瓷釉具有不同的化学组成特点,这表明它们的制作原料及配方是不同的。几乎所有的耀州窑青瓷及白瓷釉属于CaO系釉(或石灰釉),但是宋代及其以后的瓷釉含有较高的K2O及较低的CaO。

 
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