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연구논문 : 미국인의 김치와 김치이용음식에 대한 인식과 기호도 -Illinois주와 California주-
한재숙 ( Jae Sook Han ),한경필 ( Gyeong Phil Han ),이진식 ( Jin Shik Lee ),한갑조 ( Gab Jo Han ),김영진 ( Young Jin Kim ) 한국식생활문화학회 2010 韓國食生活文化學會誌 Vol.25 No.5
The purpose of this study was to investigate American`s perception and preference for Korean kimchi. A questionnaire was used to examine the perceptions of 126 males (40.4%) and 186 females (59.6%) residing in Illinois and California. Approximately 68% of the respondents had eaten Korean food. The perception of kimchi was the highest with a mean of 3.62. The respondents felt that the "Kimchi is a good side dish with cooked rice", "Kimchi (with garlic) prevents SARS", which was significantly different (M=3.06, p< .001), and "Kimchi prevents adult diseases" (M=3.24, p< .01). When evaluating the different kinds of kimchi, onion juice kimchi had the most preferred taste and also the highest overall acceptability (M=5.50, p< .05) of the second days. In the sensory evaluation by kimchi use, the best taste (p< .001) was in the order of kimchi pizza (M=6.58), kimchi dumplings (M=6.40), and kimchi chicken a`laking (M=6.33). The order for overall acceptability (p< .001) was kimchi dumplings (M=6.30), kimchi pizza (M=6.25), kimchi bacon roll, kimchi fried rice, and kimchi chicken a`laking (M=6.17).
도심지와 자연지간 토양 특성 및 탄소저장량 비교 : 춘천시를 대상으로 Case of Chunchon
조현길,한갑수 江原大學校 森林科學硏究所 1999 Journal of Forest Science Vol.15 No.-
본 연구는 춘천시의 도심지와 자연지 토양을 표본추출하여 그것의 물리화학적 특성과 탄소저장량을 비교 분석하였다. 토양산도는 도심지에서 평균 6.6, 자연지에서는 그보다 낮은 5.0이었고, 따라서 치환성양이온도 자연지에서 약간 더 낮았다. 유기물함량과 양이온치환능은 자연지에서 도심지보다 각각 1.4배, 1.7배 높은 반면, 유효태인산은 도심지에서 약 3.2배 높았다. 유기탄소저장량은 도심지 평균 24.8±1.6(표준오차) t/ha, 자연지 31.6±1.6 t/ha로서, 자연지가 도심지보다 약 1.3배 더 많았다. 수목의 낙엽, 낙지 및 낙근에 의한 연간 탄소유입량에서 분해에 의한 연간 탄소유출랑을 제감한 자연지 토양내 단위면적당 연간 탄소축적량은 1.3 t/ha/yr이었다. 춘천시 토양에 저장된 총탄소량은 연간탄소배출량(245,590 t/yr)의 약 31%에 해당하였다. This study compared soil characteristics and carbon storage between urban and natural lands in Chunchon. Soil pH was lower in natural lands (5.0) than in urban lands (6.6), and therefore exchangeable cation was a little lower in natural lands. Organic matter and cation exchange capacity were respectively, 1.4 and 1.7 times higher in natural lands than in urban lands, while available P_2O_5 was about 3.2 times higher in urban lands. Organic carbon storage in soils averaged 24.8±1.6 (standard error) t/ha in urban lands and 31.6±1.6 t/ha in natural lands, 1.3 times greater than in urban lands. Annual carbon accumulation in soils of natural lands was 1.3 t/ha/yr (litterfall minus decomposition). The carbon storage in Chunchon’s soils equaled about 31% of annual carbon emission (245,590 t/yr).
한병호 ( Han Byeong Ho ),조동휘 ( Jo Dong Hwi ),전태희 ( Jeon Tae Hui ),주기중 ( Ju Gi Jung ),이중건 ( Lee Jung Geon ),이종수 ( Lee Jong Su ),송갑영 ( Song Gab Yeong ) 대한내과학회 2003 대한내과학회지 증례 특집호 65-5 부록3 Vol.0 No.-
Typhoid fever often manifests hepatic involvement but pleural involvement has rarely been reported to occur as a complication of typhoid fever. One case of typhoid pleurisy, in which Salmonella was isolated from the blood, is presented with the brief revi
한갑수 ( Gab Soo Han ),조현길 ( Hyun Kil Jo ),이창환 ( Chang Hwan Lee ),안태원 ( Tae Won An ) 한국지리정보학회 2009 한국지리정보학회지 Vol.12 No.2
본 연구의 목적은 생태도시 구상을 위한 토지용도의 적지분석을 위한 방법으로 GIS를 활용하여 생태환경을 정리, 분석하여 지역 및 공간에 대한 적합성을 판정하는 것이었다. 적합성 판정에 영향을 미치는 생태환경 요소로서 표고, 경사, 수계/저류지, 비오톱, 토양생산성, 시각민감도, 식생, 녹지연결성 등 8가지를 선정하였다. 각 요소의 범주를 개발 및 보존가치에 따라 5등급으로 등급화하고, 각 요소별 가중치를 부여하였다. 도면중첩은 최대값을 이용하였으며, 분석의 최종단계에서 5등급의 토지 적합성 등급을 제시하였고 이에 따라 개발, 보전, 절대보존 공간 등 등급별로 토지용도를 제안하였다. The purpose of this study is to decide the suitability of the land use on eco-city by analysing ecological elements using GIS. Selected ecological elements for suitability analysis were altitude, slope, watershed, biotope, soil productivity, visual sensitivity, vegetation, and green connection. The category of each element was classified into 5 grades, and was given weight according to each element. The maximum value of each element was extracted from overlay analysis process. The result of analysis was classified into 5 grade finally. As a result, land use was proposed to be development, conservation, and preservation area.