• Title/Summary/Keyword: 이충무공

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Investigation of Paper Characteristics on Old Documents Related to the Head Family of Admiral Yi Sun-sin (이충무공 종가 관련 고문서의 지질 특성 조사)

  • Ahn, Ji Yoon;Bae, Su Bin
    • Journal of Conservation Science
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    • v.34 no.5
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    • pp.407-420
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    • 2018
  • Old documents related to the head family of admiral Yi Sun-shin have been preserved by the descendants of Deoksu Yi clan and various kinds of documents have remained even today. Seven documents issued by the king,"Goshin Gyoji", "Jeunggik Gyoji", "Gyochub", "Gyoseo", "Yuseo", "Hongpae", and "Chikmyung", showed the time when they were made. Because they have been kept in their original form, these documents make it possible to identify the characteristics of the paper used to create documents during that time and to compare the records in those documents with other cultural properties based on scientific investigation and analysis of conservation treatment processing. The characteristics of Oebal-tteugi(Heulim-tteugi) in the papermaking process were identified through the shape of the surface fibers, and Dochim processing was found in most of the old documents with the help of density measurement and paper surface analysis. All the papers were found to be made of paper mulberry, and bast fibers of mature mulberry were mainly used for the process.

Conservation Treatment of the Historical Paper Documents Related to Chungmugong Yi, Sunsin (이 충무공 관련 고문헌에 대한 보존처리)

  • Park, so hyun;Shin, hyo young;Hong, soon chon;Cho, anna;Park, ji hee
    • 보존과학연구
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    • s.33
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    • pp.19-32
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    • 2012
  • Paper relics, which are made of natural ingredients, are more likely to be damaged by a compendium of complicated causes (e.g., physical, chemical, and biological causes) rather than by a sole cause. In December 2009, Culture Heritage Conservation Science Center discovered several damages in paper relics related to Chungmugong Yi Sunsin, and requested for conservation treatment from the Hyeonchungsa Shrine office. By conducting a comprehensive research to determine the damage level of each artifact, the center was able to establish a proper conservation method, and for two years after its completion of such research in 2010, it has been conducting treatment. This study suggests the proper ways to select adequate conservation treatment based on the type of paper relics - Documents and Books - through the case of artifacts related to Chungmugong Yi, Sunsin. Even though the conservation treatment on paper relics can suppress damaging speed and prevent another damages, it is impossible to stop aging process of relics. Therefore regular inspection is essential for prevent second damage.

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A Study on the Tidal Current State of Myeongnyang Strait on the Date of Myeongnyang Sea Battle, by Orbital Period of Celestial Body (천체의 궤도 운동 주기 분석을 통한 명량대첩 당시의 명량수도 조류 상태에 관한 연구)

  • Kim, Hyun-Jong
    • Journal of Navigation and Port Research
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    • v.39 no.3
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    • pp.209-215
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    • 2015
  • Miraculous victory of Myeongnyang sea battle turned the tide of the Joseon's entire war against Japan and it is regarded as one of the most remarkable sea victories in the world history. In the sea battle of Myeongnyang, on September 16, 1597(lunar calender), the Joseon navy with 13 battle ships, led by Admiral Yi Sun-sin, won the Japanese navy with their fleet of 133 warships. There were several reasons why Admiral Yi decided on this location for battle. Myeongnyang strait is so narrow and had currents so powerful that many ships could not pass strait simultaneously. Therefore, despite being vastly outnumbered, Admiral Yi used terrain and tidal current advantage to defeat Japanese navy's numerical advantage. In order to find out the tidal state of Myeongnyang strait on September 16, 1597, topological phase of sun and moon was studied by orbital period of earth and moon. The tidal state of Myeongnyang strait on September 16, 1597 is estimated based on the theories of tide and tide tables. As a result of this study, time of slack water were found to be 0636, 1248, 1906 and time/speed of maximum tidal current were found to be 0930/8.3kts(NW), 1612/9.9kts(SE).