• Title/Summary/Keyword: silkroad

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A study on the Turfan's costume -Centering around Kochang- (트르판의 복식에 관한 연구 -고창을 중심으로-)

  • 김소현
    • Journal of the Korean Society of Clothing and Textiles
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    • v.23 no.2
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    • pp.208-219
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    • 1999
  • The costume style of Turfan had changed three times which were the period of peculiar style the period of Kochang style the period of influence of T'ang's culture. Before the founding of Kochang country the costume style of Turfan was two piece style. It was a character of nomadic people's clothes. Tops were tunic and caftan. The method of adjust caftan were two types. The one is wrapping toward left so the right edge of the top covers the left. The other is wrapping toward right. Bottoms were pants and skirts. This period was characterized by the traditional style. I called in it the period of peculiar style After the founding of Kochang country style as Kochang style. In this period Silkroad was so activated that cultural exchanges between many people and materials passed through Turfan. Turfan's culture soaked up the products of civilization of chinese and western Turkestan. Chinese and western Turkestan's costume influencd under the direct control of T' ang dynasty. Such an aspects were reflected the Trufan's costume. The Trucan's costume had changed into the foreign style that was the T'ang's costume. It was the period of influence of T'ang culture.

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A Study on the Costume of Bactria, center of Silk Road - Focusing Analysis of Antiquities - (실크로드의 중심 박트리아의 복식 연구 - 유물 분석을 중심으로 -)

  • Chang, Youngsoo
    • Fashion & Textile Research Journal
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    • v.19 no.4
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    • pp.400-410
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    • 2017
  • Bactria was the intersection of transportation between Greece-Iran and Central Asia at the Silk Road. This kingdom was Greek in all of its ruling classes. Because the Greek culture of Bactria spread to India and the east, Bactria was a very important place in ancient civilizations. The purpose of this study is to understand the life and the various cultures of Bactria and the influence of Greek culture on the costumes of Bactria. The research method was approached through the analysis of the empirical data. Data on antiquities were analyzed in European exhibition catalogs and secondary data collected from Internet. The results of this study are as follows: First, the original costume of Bactria was identified in two styles in the reliefs of the Persian Achaemenid. One is the tunic jacket sarapis that goes down to the knee and wide trousers with half-length boots. The other is the Scythian style trousers that looks like a barrel in a Sarapis. Second, in the Bactrian coin depicting the bust of the Bactrians, the hair styles and headgear of the Bactrian kings were analyzed. The Bactrians wore braids with short curly hair and wore Macedonian hats and helmets on them. Third, the relics excavated from the ruins of Ai-Khanuom depicted the forms of the ruling classes of Bactria. The dress styles and hair styles of gods and priests were imitating the form of the Greek costume as it is.

The Hydraulic Characteristics of Liquid Shotcrete Accelerators within Cement System (시멘트 계에서 액상 숏크리트용 급결제의 수화 특성에 관한 연구)

  • Shin Jin-Yong;Kim Jae-Young;Hong Ji-Sook;Suh Jeong-Kwon;Rho Jae-Seong
    • Journal of the Korea Concrete Institute
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    • v.17 no.6 s.90
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    • pp.1011-1018
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    • 2005
  • The influence of liquid shotcrete accelerators(alkali aluminate, two types of alkali-free) was investigated. Comparing to the existing alkali aluminate accelerator, new alkali-free accelerator, AF2, shortened initial and final setting of cement system, and after curing for 1 day compressive strength was analogous with others. On the other hand, compressive strength of specimen cured for 12 hour was the highest by the addition of alkali aluminate accelerator, but final strength was the lowest by that. But compressive strengths of AF1, AF2 were similar to Plain up to 28day. Further from XRD(X-Ray Diffractometer) and DSC(Differential Scanning Calorimeter) analyses, we confirmed that setting promoted by alkali aluminate was mainly because of Ca(OH)2(calcium hydroxide), but the accelerating behavior of alkali-free was influenced by the needle-like ettringite$(6CaO{\cdot}Al_2O_3{\cdot}3SO_3{\cdot}32H_2O)$ crystal.

Effect of Various Superplasticizers on the Hydration of Cement Paste (시멘트페이스트 수화 반응에 미치는 고유동화제의 영향성에 관한 연구)

  • Shin Jin-Yong;Kim Jae-Young;Hong Ji-Sook;Suh Jeong-Kwon;Lee Young-Seok
    • Journal of the Korea Concrete Institute
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    • v.17 no.6 s.90
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    • pp.1019-1024
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    • 2005
  • To research effects of various chemical superplasticizers(Lignosulfonic acid, Naphthalene sulfonated formaldehyde condensate, melamine sulfonated formaldehyde condensate, and Polycarboxylate) on the hydration of cement, experiments involving XRD, SEM, and DSC have been analysed with cement paste specimens. Regardless of types and dosages of superplasticizers, hydration reaction of specimen applied superplasticizer was delayed to 3 day, but then it showed similarity to plain which don't add superplasticizer. Moreover, the hydrating rate of cement paste was retarded as dosage of superplasticizer was increased. Also, kinetics related with hydrate of cement paste was slow in order of lignosulfonic acid, polycarboxylate, melamine and naphthalene sulfonated formaldehyde condensate. Nevertheless, when all kinds of chemical admixtures were used, morphologies of these hydrates were denser and more uniform than those of plain.

Natural Environment of Silk Road (실크로드의 자연환경)

  • Son, Myoung-Won
    • Journal of the Korean association of regional geographers
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    • v.11 no.1
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    • pp.29-39
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    • 2005
  • Silk Road is the term involving all traffic roads connecting the East to the West, and ancient Korean culture has became globalized through Silk Road. In this paper, natural environment of Silk Road is considered as fundamental data in order to understand the Western culture introduced through Silk Road. Silk Road region is classified into Loess Plateau district; arid basin district; and high mountains district; Hesi Corridor(河西回廊) is the transition zone that the southeastern part of $W{\breve{u}}w{\bar{e}}i$(武威) is Loess Plateau district; other northwestern part is arid basin district Loess Plateau district, composed of homogeneous fines, has experienced dramatic soil loss by bringing under cultivation. At recent times, reforestation and construction of check-dam have been in operation to cope with this problems, Arid basin district; although at midlatitude, is desert climate because it is far from the ocean and is surrounded by high mountains. Oasis of Hesi Corridor is continuous linearly, but that of arid basin district is sporadic. In $H{\bar{a}}mi$ and $T{\breve{u}}l{\breve{u}}f{\bar{a}}n$(吐魯番) fruit-growing using karez flourishes, And glacier of $Ti{\bar{a}}nshian$(天山) Mts. and $Q{\bar{i}}lian$(祁連) Mts. is very important to arid basin district because of supplying water resource. In the tundra zone surrounding alpine glacier, are distributed widely solifluction lobes and earth hummocks.

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Analysis of Water Penetration through Pores in Spray-applied Waterproofing Membrane Using X-ray CT Images (X-ray CT를 이용한 분무식 방수 멤브레인의 공극 내 물 침투 분석)

  • Choi, Soon-Wook;Kang, Tae-Ho;Chang, Soo-Ho;Lee, Chulho;Choi, Myung-Sik;Kim, Kwang Yeom
    • Journal of the Korean Geosynthetics Society
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    • v.16 no.4
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    • pp.211-219
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    • 2017
  • The spray-applied waterproofing membrane is installed on shotcrete or concrete surface to make impermeable layer with 3-5 mm thick for the purpose of waterproofing. This study aims to determine the internal structure of a spray-applied waterproofing membrane including pores by using X-ray CT technique. Before obtaining X-ray images of the membrane specimens, a waterproof performance test was performed on the membrane specimens with a water pressure of 500 kPa for 28 days. Results show that the movement of moisture is made through micropores. This is based on the fact that the large pores inside the membrane are not saturated and the degrees of saturation of the micropores are high. X-ray image is effective for determining the pore size distribution and whether the membrane with pores contains the water However, it is necessary to pay attention to the determination of water content, since water content may vary depending on the threshold value of X-ray image analysis applied to calculate the water content.

Drying Shrinkage Characteristics of the Concrete Incorporated Shrinkage Reducing Agent According to Mixed Proportion of Concrete (콘크리트 배합조건에 따른 수축저감제의 건조수축 특성)

  • Kim, Young-Sun;Kim, Kwang-Ki;Park, Soon-Jeon;Kim, Jung-Sun
    • Journal of the Korea Institute of Building Construction
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    • v.17 no.3
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    • pp.245-252
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    • 2017
  • Recently, structures such as large retailers, outlets and warehouses have been increasing in accordance with changes in consumption patterns. Since these structures include ultra-flat slab members, they are thoroughly managed to control slab cracking by the plastic and drying shrinkage. In order to control the cracking of the slab member, a chemical crack reduction method is used. In particular, the use of the shrinkage reducing agent has been examined. However, domestic research results are limited. In this study, the shrinkage properties of concrete using shrinkage reducing agent and the drying shrinkage properties according to the mixing factors were investigated. The performance of domestic shrinkage reducing agent was appeared similar to that of overseas high-grade shrinkage reducing agent. As the shrinkage reducing agent usage increased, the drying shrinkage reduction effect increased. At the age of 100 days, the dry shrinkage rate of specimen with the shrinkage reducing agent of 1.5%was shown about half that of the specimen without the shrinkage reducing agent. The shrinkage reducing agent was gound to have no specific performance change for the use of the admixture.

Relationship between the Ancient Silk Road and High-technology Machine in Producing Kyung-Geum (고대 실크로드와 고조선 경금 제직기의 연관성 고찰)

  • Kim, Ji-Su;Na, Young-Joo
    • Science of Emotion and Sensibility
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    • v.23 no.4
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    • pp.117-142
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    • 2020
  • This study aims to look for the main transport road of the ancient Silk Road and to add to the hidden history of silk, where little is known about the weaving technology of the beautiful silk of GoJoseon. The research was through the analysis of relics of empirical data and analyzed the secondary data collected from books, papers, and photos of artifacts. The research questions are as follows: First, investigates the environment of silk production for GoJoseon KyungGeum and the correlation between ancient Silk Road and the East region. Second, examines the advanced weaving technology of KyungGeum in GoJoseon. The findings of the study are as follows: It is possible to infer the production period of silk in GoJoseon through jade silkworms from the Hongsan Dong-Yi culture of 4500 BC. KyungGeum pieces were excavated in Louran, Astana and Niya of the Xinjiang Autonomous Region and Noin-Ula of Mongolia, and the oldest KyungGeum was found in JoYang, one of the capitals of GoJoseon near Balhae Bay. KyungGeum was invented in the 11th century BCE here. It became the brocade and damask of the West, which were delivered through steppe road before the 5~6th century BCE. The production of KyungGeum was possible through the advanced loom which is GoJoseon's horizontal square 'Jewharu' loom combined with a high level of weaving skill. This can't be made through the slant loom of China nor vertical loom of the West Asia. Based on these results, it is suggested to continue the research on the history of ancient silkroad.