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Study on the coupling effect of chemical color and structural color for Lushan speckle porcelain glaze in the Tang Dynasty (618–907A.D.)
16 references·0 citing·39 second hop
Study on the coupling effect of chemical color and structural color for Lushan speckle porcelain glaze in the Tang Dynasty (618–907A.D.) (2023)Study on the coupling effect of chemical …Jun ware glaze colours: An X-ray absorption spectroscopy study (2022)Jun ware glaze colours: An X-…Study on the coloring mechanism of the Ru celadon glaze in the Northern Song Dynasty (2020)Study on the coloring mechani…Recognizing and understanding silica-polymorph microcrystals in ceramic glazes (2020)Recognizing and understanding…Micro-structural study of Yaozhou celadons (Tang to Yuan Dynasty): probing crystalline and glassy phases (2020)Micro-structural study of Yao…Achieving tunable sky-blue copper glaze and coloring mechanism by the introduction of phosphorus (2019)Achieving tunable sky-blue co…Study on the copper and iron coexisted coloring glaze and the mechanism of the fambe (2018)Study on the copper and iron …Jun ware glazes: Chemistry, nanostructure and optical properties (2018)Jun ware glazes: Chemistry, n…Effect of phase separation on the Jian ware blue colored glaze with iron oxide (2018)Effect of phase separation 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century Vietnamese porcelains and celadons (2003)Non‐destructive Raman study of the glazing technique in lustre potteries and faience (9–14th centuries): silver ions, nanoclusters, microstructure and processing (2004)THE ‘DELLA ROBBIA BLUE’: A CASE STUDY FOR THE USE OF COBALT PIGMENTS IN CERAMICS DURING THE ITALIAN RENAISSANCE* (2006)X-ray Synchrotron Radiation to Look at Pigments in Antiquities: Overview and Examples (2024)Learning from the past: Rare ε-Fe2O3 in the ancient black-glazed Jian (Tenmoku) wares (2014)Metal nanoparticles in contemporary potters’ master pieces: Lustre and red “pigeon blood” potteries as models to understand the ancient pottery (2016)The morphology and structure of crystals in Qing Dynasty purple‐gold glaze excavated from the Forbidden City (2018)Revealing the coloration mechanism in the earliest Chinese celadon glaze (2018)A new classification method of ancient Chinese ceramics based on machine learning and component analysis (2019)The City of Blue and White (2020)A Study on Corrosion Processes of Archaeological Glass from the Valencian Region (Spain) and its Consolidation Treatment (2006)Toward a fast non-destructive identification of pottery: The sourcing of 14th–16th century Vietnamese and Chinese ceramic shards (2014)Ceramic technology. 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References

  • 2005Non‐Destructive Determination of the Structure and Composition of Glazes by Raman Spectroscopy134 cited
  • 2004Study on Ru ware glaze of the Northern Song dynasty: One of the earliest crystalline-phase separated glazes in ancient China66 cited
  • 2007Studies on the microstructure of the black-glazed bowl sherds excavated from the Jian kiln site of ancient China62 cited
  • 2003Study on the phase-separated opaque glaze in ancient China from Qionglai kiln45 cited
  • 2016Study on the Five dynasty sky-green glaze from Yaozhou kiln and its coloring mechanism35 cited
  • 2020Micro-structural study of Yaozhou celadons (Tang to Yuan Dynasty): probing crystalline and glassy phases35 cited
  • 2018Jun ware glazes: Chemistry, nanostructure and optical properties32 cited
  • 2016Colour-generating mechanism of copper-red porcelain from Changsha Kiln (A.D. 7th–10th century), China31 cited
  • 2014Microstructure characteristics of blue-and-white porcelain from the folk kiln of Ming and Qing Dynasties30 cited
  • 2020Recognizing and understanding silica-polymorph microcrystals in ceramic glazes28 cited
  • 2018Effect of phase separation on the Jian ware blue colored glaze with iron oxide28 cited
  • 2020Study on the coloring mechanism of the Ru celadon glaze in the Northern Song Dynasty27 cited
  • 2018Study on the copper and iron coexisted coloring glaze and the mechanism of the fambe26 cited

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  • 2022Jun ware glaze colours: An X-ray absorption spectroscopy study19 cited
  • 2017Reproduction of Jun‐red glazes with nano‐sized copper oxide19 cited
  • 2019Achieving tunable sky-blue copper glaze and coloring mechanism by the introduction of phosphorus16 cited
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