• 제목/요약/키워드: Mireuksaji

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Study on the Source Area of the Stones from Stone-cultural Properties -Geomorphological and Petrological Approach for the Iksan Area- (석조문화재의 석재공급지에 관한 연구 -익산 지역에 대한 지형학적 및 암석학적 접근-)

  • Cho Ki-Man;Jwa Yong-Joo
    • The Journal of the Petrological Society of Korea
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    • v.14 no.1
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    • pp.24-37
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    • 2005
  • In this study we examined the geomorphological and geological characteristics of the granite landforms in the Iksan area. Moreover we investigated the source areas of stones which are used to build the Mieruksaji west stone pagoda. Joint is most identifiable geomorphological and geological structure in the Iksan area. Direction of J1 joint appears to be N71°E∼EW, and that of J2 joint ranges N20°W∼N20°E. Cross-pattern joint is predominant in the study area, and linen.-pattern vertical joint is also observed. Tor and corestone are easily found as geomorphological features in the study area. Corestones forming for are almost 2∼3 m across and 2∼3 m or over 5 m high. Their hardness is mainly of hammer bounce. Tower-type and castle-type of for are characteristic in the Mireuksan granites. Other geomorphological features such as tafoni, gnamma are also observed in the study area. Petrographical and geochemical features of the stones used for the Mireuksaji west stone pagoda are compared with those of the granites cropped out nearby, and indicate that the stones from the Mieruksaji west stone pagoda are quite similar to the Mireuksan granites. In the Mireuksan we can easily find lots of old traces for rock cutting.

Fashion cultural product design applying cultural resources of Iksan (익산지역 문화 자원을 활용한 패션 문화상품 디자인 개발)

  • Kim, Hye Kyung;Chu, Mi Kyung;Hong, Jeong-Hwa;Jeon, Hee-Kwan
    • The Research Journal of the Costume Culture
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    • v.22 no.4
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    • pp.555-564
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    • 2014
  • This study aims to develop motifs and patterns for fashion cultural product designs in order to promote the Iksan Seodong Festival, which is the most representative festival in Iksan region. The motifs and patterns developed in this study can be used to introduce the distinct traditional culture depicting the legendary Seodong tale. This study used Adobe Illustrator CS4 and Adobe Photoshop CS4 to reconstruct the lotus motifs found from the green-oiled-lotus-motif rafter tile, the atrifact from Iksan Mireuksaji Museum. This lotus motif and the motif based on the Iksan City's logo were applied to a repeating pattern with colorways using the CMYK found from the Iksan city's logo. A total of 24 product designs, including 8 necktie designs, 8 scarf designs, and 8 T-shirts designs, were presented for fashion cultural products. The designs developed in this study can promote not only the local Iksan culture but also the national image of Korea on a global scale.

Provenance Study on Ancient Lead Glass Relics Using a Lead Isotope Ratio (납동위원소비를 이용한 고대 납유리 유물의 산지추정)

  • Han, Min Su;Kim, So Jin
    • Journal of the Mineralogical Society of Korea
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    • v.28 no.2
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    • pp.187-193
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    • 2015
  • The purpose of the present study is to trace the provenance of lead raw materials using the lead isotope ratio of 9 lead glasses excavated from the Sarira hole of Mireuksaji stone pagoda and to determine correlation between them and other lead glasses excavated from the Wanggungri site. The results of chemical analysis of the 9 lead glasses show that they are common lead glass system($PbO-SiO_2$) with respect to the contents of PbO (70 wt.%) and $SiO_2$ (30 wt.%). The lead isotope ratios of them plot to northern Korean peninsula when applied to the distribution map of lead isotopes of East Asia. On the other hand, southern Korean peninsula is verified as the main deposits of the lead ore in the distribution map of lead isotopes of South Korea. With respect to the results, it is notable that the provenance of the 9 lead glasses can be very different depending on the distribution map. In addition, a comparative study between them and the lead glasses excavated from the Wanggungri which was built in the same region and period shows that their lead isotopes are highly correlated.

Design Development of Fashion Cultural Products using the Sari Container of Baekje’s Sabi Period Temples (백제 사비시대 사찰의 사리장엄구를 활용한 패션문화상품 디자인 개발)

  • Jeon, Hee-Kwan;Kim, Hye-Kyung
    • Fashion & Textile Research Journal
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    • v.17 no.6
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    • pp.871-880
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    • 2015
  • Buddhist culture had a significant impact on the entire mode of Korean living after the introduction of Buddhism to Korea in the Three Kingdom Period. Baekje embraced Buddhism in 384 A.D.; subsequently, diverse artifacts have now been excavated from the temples. Various research on Korean temples are now in progress; however there is inadequate research on the relics and patterns excavated from the temples due to the focus on the temples’ architectural form. There is limited research on the development of fashion cultural products that use relics excavated from the temples. This study develops designs for fashion cultural products using Baekje Sabi Period relics; specifically, the sari container excavated from Buyeo’s Wangheungsaji, Neungsanrisaji, and Iksan’s Mireuksaji. The sari container’s original form, patterns, and writing were developed into patterns and applied to fashion products such as t-shirts, bags and scarves. Traditional multicolored paintwork exhibited on the temples, ‘dancheong’, was selected as the color for products that can symbolically express the nature of their origin. Adobe Illustrator CC and Adobe Photoshop CC were used to extract the motifs and develop the designs. Six patterns and nine fashion products were designed, accounting for a total of fifteen developed items. We hope that the fashion cultural product design expresses the distinct characteristics of Baekje’s Sabi Period and can be applied to various products and related fields.

Investigation of Lead Isotope Ratios on Lead Artifacts Excavated from Mireuk Temple Site, Iksan (익산 미륵사지 출토 납제품의 납동위원소비 분석 고찰)

  • No, Ji-Hyun;Hirao, Yoshimitsu;Kim, Gyu-Ho;Noh, Gi-Hwan
    • 보존과학연구
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    • s.30
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    • pp.137-147
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    • 2009
  • Mireuk temple site is located in Iksan, on the North Jeolla province in Korea, and confirmed tiles, potteries, metals, glasses and other materials that are remaining between Baekje Kingdom and Joseon period after excavations. It is also detected that production and supply of the materials in this era were started inside the country(domestic) at that time. This is important information for the understanding of the production and circulation systems. In this study, lead isotope ratios of 18 samples includedlead glass, crucibles and glazed rafter tiles excavated from Mireuk Temple Site of Baekje era were analyzed for the provenance study of raw glass material supply and distribution of glass products. The results of lead isotope ratio analysis have shown that all raw materials were located in the distribution area of Baekje region and also confirmed to be accord with the previous research results. As comparing the lead isotope ratios of glass and glass materials excavated from Mireuk Temple Site with Miyajidake tomb from Fukuoka Prefecture in Japan, it is found that the same raw materials were used for glass production. It means that there is the active connection between Mireuk temple site and Miyajidake and that these areas are sharing the same materials at the same period. It also shown that artifacts excavated from Miyajidake were strongly influenced from Baekje culture. And it is estimated that there is a possibility of the use ofsame materials whether the supplies of them are from a specific place of Baekje or not

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Nondestructive investigation of clay wall structure containing traditional mural paintings. - The clay walls having mural paintings housed in the protective building in Muwisa Temple, Kangjin, Jeollanamde Province - (전통 벽화의 토벽체 비파괴진단 조사연구 - 강진 무위사 벽화보존각내 벽화를 중심으로 -)

  • Chae, Sang-Jeong;Yang, Hee-Jae;Han, Kyeong-Soon
    • Journal of Conservation Science
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    • v.18 s.18
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    • pp.51-62
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    • 2006
  • This study, in order to do a nondestructive research on the mural walls kept in the protective house in Muwisa Temple, Kangjin, took four examinations; particle size analysis, XRD analysis, ultrasonic investigation, and thermo-infrared investigation. Component ratio of mural wall varied; clay of wall bodies consisted of gravel of 1.78 g, sand of 5.39 g, silt of 4.91 g and clay of 6.26 g. Ultrasonic velocity and one-axis compression strength tests done with eight mural-painted walls yield results as follows; the value of ultrasonic velocity ranged between 71.63 and 3610.11 m/s with the average of 417.44 m/s and on-axis compression strength ranged between 70.34 and $533.28kg/cm^2$ with the average of $83.23kg/cm^2$. The value increased in the order of Bosaldo(No.6)

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