• 대한한약
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• s.9
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• pp.434-444
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• 2005

• Journal of the Mineralogical Society of Korea
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• v.22 no.3
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• pp.199-206
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• 2009

The aim of this study is to investigate the relations among each white stone and their characteristics through the chemical and mineralogical analysis of them excavated from around some kilns in archaeological sites. Moreover it was intended to infer the function of kilns. Nine white stones were chosen from three different archaeological sites, the each name of which is Sanyang-ri, Youngdu-ri and Gwangdae-ri in Chungcheongnam-do. In the mineralogical characteristics of thin section, eight stones containing calcite are altered and recrystallized by metasomatism and hydrothermal process, and Calcites, major component minerals of limestone, were identified by the analysis of XRD. On the basis of this result, we can infer the stones to be classified into limestone groups. One the other hand, research revealed that one of the white stones was a white pelitic stone composed of quartz, microcline and muscovite. In the analysis of chemical composition, except for the white pelitic stone eight stones are mainly composed of CaO which is major component of Calcite. Besides, as a results of correlation analysis by using a chemical compositions of major and minor elements in white stones, little did each archaeological site have the relativity. In conclusion, each archaeological site was estimated that they would use a limestone ores extracted from different deposits, and there is a high possibility that the function of these kilns is to produce quicklime.

• 건강소식
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• v.35 no.11
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• pp.44-45
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• 2011

강화도는 '지붕없는 박물관'이라 불릴 만큼 선사시대부터 조선 시대까지 많은 문화유산과 역사적 유적지가 보존된 곳이다. 선사시대의 고인돌과 단군왕검께서 하늘에 제를 올리던 참성단을 비롯되어 고려 시대에는 대몽항쟁 39년간의 도읍지로서 팔만대장경판각, 고려청자, 금속활자 주조 등 민속 문화의 황금기를 꽃 피워 온 산실이며, 조선 말기에는 병인양요, 신미양요, 운양호 사건과 강화도 조약 체결 등 외세 열강의 침입에 의연히 맞서 싸웠던 국난극복의 현장이기도 하며 방위를 위한 5진7보53 돈대(墩臺)가 강화도 해안가 전 지역에 분포되어 있다.

• Landscaping Tree
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• v.63 no.7_8
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• pp.32-34
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• 2001

• Korean Architects
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• s.457
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• pp.80-82
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• 2007

• Korean Architects
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• no.4 s.360
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• pp.52-55
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• 1999

• 한국HCI학회:학술대회논문집
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• 2006.02a
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• pp.63-68
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• 2006

본 논문은 옛 궁궐 또는 민속마을과 같이, 어떠한 사건 또는 상황과 관계 있는 문화관광지를 관광하는데 있어서 몰입적 체험관광 시스템이 갖는 효용성을 탐구한다. 현재까지 대부분의 국내 문화관광지는 정적이고 정보전달 중심인 고전적 관람 형태를 유지하고 있다. 이는 관광 형태가 새로운 경험을 추구하는 방향으로 변화하고 문화 관광산업의 규모와 중요성이 커져가는 추세에서 해결해야 할 과제로 부각되고 있다. 본 연구에서는 이를 개선하기 위한 일환으로 몰입적 체험관광 개념을 탐구하였다. 몰입적 체험관광이란, 유적지 및 사적지 유형의 관광지에서 관련된 실황을 마치 시간여행을 하듯 생생하게 체험하는 관광 방식을 의미한다. 본 개념을 실현하기 위해 증강현실 기술을 활용하였으며 문화관광지에 적용할 수 있는 시스템을 고안하였다. 이 시스템은 한 장소에 고정되는 포스트 형태로 시청각적 증강현실을 구현하여 몰입적 체험 관광을 제공한다. 실제 유적지에서 일반관람객들을 대상으로 시청각적 증강현실 체험을 실험한 결과, 흥미와 현장감이 향상됨과 동시에 컨텐츠에 대한 이해도 또한 향상되는 것을 확인할 수 있었다. 이러한 연구 과정을 통해 유적지 및 사적지 유형의 문화관광지에서 관광의 질을 높일 수 있는 몰입적 체험관광의 효과와 가능성을 확인할 수 있었다. 더 나아가, 본 연구는 기술의 새로운 적용 방법을 통해 새로운 경험을 창출하는 측면에서 의의를 갖는다.

• Journal of Satellite, Information and Communications
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• v.2 no.2
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• pp.75-79
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• 2007

Satellite imagery was applied to locating archeological sites and remains around northeastern areas of China, called as Manchuria, and Korean peninsular, such as Mountain Fortress of Goguryeo Dynasty era($37BC{\sim}771AD$), and firing torch and smoke beacon signal sites at mountain tops in Josun Dynasty era($1392{\sim}1910AD$) as well as burial sites below the ground level in the modern era. Information on archeological sites, fire posts and burial places could be found in various literatures, but real figures of such cultural assets have been disappearing due to land development programs and human activities in recent years. Some of these historical sites were identified in satellite images using GPS(Geographical Positioning System). Real locations of these sites would be further necessary to be verified.

• The Journal of the Petrological Society of Korea
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• v.24 no.1
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• pp.1-10
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• 2015

Neulgeori prehistoric site is located at Joong-ri Kwanin-myon Pocheon-si, Gyeonggi-do, where lots of stone artefacts were excavated. We investigated the petrological features of the artefacts through petrographical observation and modal analysis. In addition we estimated the provenance of the artefacts by means of the geological survey. The twelve stone artefacts used in this study are identified as ash tuff, lapilli tuff, granite porphyry, andesite and diorite porphyry. Various rocks were used for making flakes, whereas blades and debris were from the tuffaceous rocks. Lapilli tuff is considered to have been delivered from the Dongmakgol tuff in the Cheolwon basin, granite porphyry from the Cretaceous granite porphyry stocks cropped out at the southeastern Oksan-ri and eastern Yeoncheon areas. Andesite artefact would have been originated from the outcrops located at the northern part of the site, and diorite porphyry artefact from the southern part of the site. The stone artefacts investigated are estimated to have been transported from the area within 15 kilometers from the site.

• The Korean Journal of Quaternary Research
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• v.18 no.1 s.22
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• pp.1-20
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• 2004

A geoscientific research was performed on 12 samples of comb-pattern potteries which were excavated at Daecheonri neolithic site, Korea. The texture and compositions of 12 potteries and surrounding metrix of soil and rocks were compared with the help of petrographic microscope, XRD and REE data. As to the manufacturing techniques thick potteries are caused by the amount and number of coarse grains which are assumed to be added shards when their distributional pattern are considered. DC1, DC3, DC 7 and DC11 samples have clearly oriented textures, and the orientation of vesicles in DC3 and DC11 samples arranged in the same direction with those on the pottery surface. This indicates the use potter's wheel technique in manufacturing potteries. Burning temperature is assumed over $800^{/circ}C$, particularly under reduction environment. As to the source, raw materials of pottery matrix are derived from the bottom of excavation site, or in an extracted outcrop of the northwestern foothill from site, while the shard materials are very similar with those extracted from sandy loams near sites. Finally any use pattern of pottery may control the pottery thickness, shard addition, and matrix selection.