Abstract
ABSTRACTBlack-glazed tea bowls from the Jian area of Fujian province, China, were analyzed to understand the physical basis of their visual appearance and the special glaze effects of nucleation, crystal growth, control of glaze flow, and hare’s fur and spotted patterns that have frustrated modern and ancient factories that are unable to produce acceptable replicas. The black-glazed Jian bowls are divided into two distinct groups called “Hare’s Fur” and “Oil Spot”. Black glazes and bodies from the Jian kilns are rich in iron and calcium oxides, made from a plentiful local refractory dark red clay, and fired in hill-climbing dragon kilns. Twenty-six sherds were analyzed from the collection made by James Plumer at the kiln site in 1935 [1]. Analyses were conducted using optical microscopy, Xeroradiography, scanning electron microscopy (SEM-EDS) and electron microprobe analysis (WDS), and petrographic thin section analysis to reverse engineer some of the microstructure, composition and thermal history of Jian ware.
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