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      • KCI등재

        신자료 의 특징과 이본의 계열및 정본화

        엄태식(Eom Tae-sik) 동남어문학회 2014 동남어문논집 Vol.1 No.38

        '스콜라' 이용 시 소속기관이 구독 중이 아닌 경우, 오후 4시부터 익일 오전 7시까지 원문보기가 가능합니다.

        본고를 통해 처음 소개된 엄태식본 은 ??전등신화구해??의 뒤에 과 함께 필사된 자료이다. 낙장이 없는 완질 한문본으로, 필사 시기는 20세기 초로 추정되며 나주 지역에서 유통된 것이다. 엄태식본에는 필사자(筆寫者)가 임의로 변개한 글자가 많다. 지금까지 알려진 의 이본 가운데 선본(善本)은 정명기본?간호윤본?엄태식본이며, 이본의 전승 과정에 따른 계열을 살펴보면, 정명기본과 엄태식본이 동일 이본에서 파생된 것이다. 의 정본화(定本化) 작업은 현존하는 이본을 두루 참고하면서 이본 간의 공통분모를 찾아가되, 한문의 문리, 인용된 전고, 작품의 문맥 등을 두루 고려하는 가운데 이루어져야 한다. The Eom Taesik version Wisaengjeon, which is first introduced in this thesis, is a piece of work that is transcribed in the margin of Jeondeungsinhwaguhae with Choecheokjeon. The Eom Taesik version is a complete set of books written in Chinese with no missing page; it is expected to have been transcribed in the early 20th century and it is distributed in Naju area. There are many letters in the Eom Taesik version that are modified at the discretion of the transcriber. The most well-preserved version of Wisaengjeon among many versions known so far is the Jeong Myeonggi version, the Gan Hoyun version and the Eom Taesik version. According to the genealogy of transmission process, the Jeong Myeonggi version and the Eom Taesik version are derived from the same version of Wisaengjeon. The operation of making critical edition of Wisaengjeon should look for the common denominator between many other existing versions, considering quoted authentic precedents and context of literary work.

      • KCI등재

        Daily Changes in Red-Pepper Leaf Surface Temperature with Air and Soil Surface Temperatures

        Eom,,Ki-Cheol,Lee,,Byung-Kook,Kim,,Young-Sook,Eom,,Ho-Yong 한국토양비료학회 2014 한국토양비료학회지 Vol.47 No.5

        This study was conducted to investigate the changes in daily surface temperature of red pepper leaf compared to air and soil surface temperature. The maximum, minimum and average daily temperatures of red pepper leaf were 27.80, 11.40 and $19.01^{\circ}C$, respectively, which were lower by 0.10, 7.60 and $3.86^{\circ}C$ than air temperature, respectively, and lower by 15.00, 0.0 and $4.38^{\circ}C$ than soil surface temperature, respectively. Mean deviations of the difference between measured and estimated temperature by the E&E Model (Eom & Eom, 2013) for the air and surface temperature of red pepper leaf and soil were 0.64, 1.82 and $4.77^{\circ}C$, respectively. The relationships between measured and estimated scaled factor of the air and surface temperature of red pepper leaf and soil were very close to the 1:1 line. Difference between air and surface temperature of red pepper leaf showed a linear decreasing function with the surface temperature of red pepper leaf. Difference between soil surface temperature and air and surface temperature of red pepper leaf linearly increased with the soil surface temperature.

      • KCI등재

        엄흔(嚴昕)의 시(詩)에 나타나는 해동강서시파(海東江西詩派)의 특징

        엄찬영 ( Eom Chan-young ) 한국시가문화학회(구 한국고시가문화학회) 2017 한국시가문화연구 Vol.0 No.40

        嚴昕이 36세의 짧은 삶을 살다간 16세기 조선 文壇에서는 朴誾, 李荇, 鄭士龍, 盧守愼 등의 시인이 `海東江西詩派`라는 하나의 유파를 형성하며 활발한 창작 활동을 벌였다. 1539년 봄에 명나라에서는 황태자 탄생을 알리는 使臣團을 조선에 파견했고, 곧이어 5월에 태자 책봉을 알리는 進賀使를 파견했다. 당시 엄흔은 遠接使 蘇世讓의 從事官으로서 蘇世讓과 宣慰使 申光漢 등이 사신단 일행과 수창한 시에 차운하여 시를 지었는데, 이 작품들이 그 문집인 『十省堂集』의 대부분을 차지하고 있다. 엄흔의 시는 당대인들에게 누차 높은 평가를 얻은 바 있으나 오늘날의 韓國漢詩史에서는 뚜렷한 위치를 차지하지 못하고 있다. 엄흔의 詩에는 해동강서시파의 특징인 拗體에서의 三平聲과 助辭를 통한 奇字 단련, 人名과 典故를 통한 시어의 확장, 일상생활의 소재로서의 시의 산문화를 쉽게 찾아 볼 수 있다. 엄흔의 시는 해동강서시파 시의 특징을 충실히 갖춘바, 엄흔은 해동강서시파 시인의 범주에서 재조명될 필요가 있다. In the 16th century Joseon literary world, the poets such as Park Eun(朴誾), Lee Haeng(李荇), Jeong Sa-ryong(鄭士龍), Noh Susin(盧守愼) formed `a sect of poems in Haedong Gangseo(海東江西詩派)`, and wrote poems. At that time, a man named Eom Heun(嚴昕) lived a short life of 36. In the spring of 1539, Ming dispatched envoys to Joseon to mark the birth of the crown prince, and immediately dispatched the envoy to tell the investiture of Crown Prince in May. At that time, Eom Heun was the secretary of So Se-yang(蘇世讓) and sunwesa Sinkwanghan(宣慰使 申光漢) who greet envoy to the Ming Dynasty. He wrote poem that bringing a rhyming word from poem which envoy and groups of greeting envoy sent poems with each other. These works occupy most of the collection of poem. Name is 『sipsseongdangzip(十省堂集)』. His poetry was praised by people at the time but they are not in a prominent position in today`s Korean poem history. His poem that bringing a rhyming word from poem(次韻詩) easily be found the characteristics of a sect of poem of Haedong-Gangseo that flat sound of three things(三平聲) in Yo-che(拗體), odd word training through an auxiliary word, extension of poetic word through the name and the past with linguistic grounds典故, the prose conversion of poetry with material for life. His poems need to be included in the categories of poets of Haedong Gangseo, whose poems faithfully the characteristics of poems of Haedong Gangseo.

      • KCI등재

        Daily Changes in Red-Pepper Leaf Surface Temperature with Air and Soil Surface Temperatures

        Ki-Cheol,Eom,Byung-Kook,Lee,Young-Sook,Kim,Ho-Yong,Eom 한국토양비료학회 2014 한국토양비료학회지 Vol.47 No.5

        This study was conducted to investigate the changes in daily surface temperature of red pepper leaf compared to air and soil surface temperature. The maximum, minimum and average daily temperatures of red pepper leaf were 27.80, 11.40 and 19.01°C, respectively, which were lower by 0.10, 7.60 and 3.86°C than air temperature, respectively, and lower by 15.00, 0.0 and 4.38°C than soil surface temperature, respectively. Mean deviations of the difference between measured and estimated temperature by the E&E Model (Eom & Eom, 2013) for the air and surface temperature of red pepper leaf and soil were 0.64, 1.82 and 4.77°C, respectively. The relationships between measured and estimated scaled factor of the air and surface temperature of red pepper leaf and soil were very close to the 1:1 line. Difference between air and surface temperature of red pepper leaf showed a linear decreasing function with the surface temperature of red pepper leaf. Difference between soil surface temperature and air and surface temperature of red pepper leaf linearly increased with the soil surface temperature.

      • KCI등재

        중국어 외래어 표기법 발음 괴리의 문제

        嚴翼相(Eom Ik-sang) 중국어문학연구회 2009 중국어문학논집 Vol.0 No.54

        This article points out sound discrepancies between the current Koreanization System of Chinese loan words and the actual Mandarin pronunciations of the given words. Since many Koreanization systems of Mandarin have been proposed up to date, this article limits its discussion to the system proposed by the Korean government in 1986. It claims that the governmental system, which strictly followed the guidelines by the government, is good to be simple but fails to sound like Chinese personal and place names. It is particularly problematic to transcribe Mandarin b-, d-, g- into Koeran p-, t, -k- and Mandarin vowel o into Korean o, u, and eo. This article suggests to employ Eom's system, which was originally proposed by Ik-sang Eom in 1996 and revised in 2002, to resolve such problems. It urges the National Institute of Korean revise the current Koreanization System of Chinese loan words as soon as possible.

      • KCI등재

        『중국어 음운론과 응용』의 수정 이론

        엄익상 ( Ik Sang Eom ) 한국중국언어학회 2016 중국언어연구 Vol.0 No.63

        This paper points out some theoretical problems of Eom`s (2012) Chuggugo umunnon gwa ungyong, Mandarin phonology and its application. The problems include (1) the unclear status of vocalic coda in syllabic structure, (2) the improper rule ordering of vowel changes and (3) the illogical mechanism of retroflexion or R-suffixation. This paper proposes to revise them as follows: a. The post-nucleus glide should be placed at the coda position not in approximants as j and w, but in vowel symbols as i and u. b. Those rules concerning the vowel assimilation are proposed to be presented in the order of onset, nucleus, and coda unless they are crucially ordered. The rules applicable to the wider range precide the opposite ones. c. Those rules concerning retroflexion are proposed to be presented in the order of superimposition of retroflexion, schwa insertion, and front sound deletion. The revised theories will be adopted in the second edition of Eom`s book, which will appear in 2016.

      • KCI등재

        Species Diversity Analysis of the Aquatic Insect in Paddy Soil

        Eom,,Ki-Cheol,Han,,Min-Soo,Lee,,Byung-Kook,Eom,,Ho-Yong 한국토양비료학회 2013 한국토양비료학회지 Vol.46 No.3

        곡간지 (안성, 함양)와 평야지 (보은, 김제) 및 도시지역(군산, 수원)의 논토양에 서식하는 수서곤충을 2009~2011의 3년간 채집 분류 동정하여, 전체 18 집구에 대하여, 12종류의 지표에 근거한 종 다양성 분석 결과는 다음과 같다. 1. 지형별 논토양에서 수집된 수서곤충의 개체 수는 곡간지 (35,932) > 평야지 (24,948) > 도시지역 (9,780) 순이었으며, 종수는 곡간지 (32) > 도시지역 (20) > 평야지 (18) 순이었다. 2. 조사대상지 18집구들에 대하여 2집구 간 153개 조합의 상호 유사도 (Similarity) matrix를 작성하였으며, 153개 조합전체의 유사도는 평균 0.542, 즉 전체 종의 약 54%는 최소 1개 이상의 다른 집구에서도 서식하고 있는 종으로 구명되었다. 3. 조사대상지 18집구 중에서 종 다양성이 다른 집구와 차이가 가장 큰 경우는 2009년 보은 평야지, 차이가 가장 작은 경우는 2010년 군산 도시지역 이었다. 4. 년차간 유사도 (0.659)가 지형간 유사도 (0.560)보다 높게 나타나, 어떤 종의 수서곤충이 같은 시기에 다른 지역에서 공동 서식할 가능성 (공간적 유사도 : Spacial similarity)보다, 동일 지역에서 이듬해에 또다시 서식할 가능성 (시간적 유사도 : Periodical Similarity)이 더 높다고 구명되었다. 5. 종 다양성 관련 12개 지표들에 대한 18개 집구 간의 변이계수 (Coefficient of variation: CV)는 개체수 (N, 70.0%) > 균등도-E3 (54.9%) > 균등도-E1 (49.6%) > 풍부도-R2 (40.5%) > 종수 (S, 35.3%) > 풍부도-R1 (33.7%) > 균등도-E2 (28.4%) > 균등도-E5 (15.9%) > 다양도-V1 (11.1%) > 균등도-E4 (6.3%) > 다양도-V2 (5.1%) > 우점도-D1 (4.8%) 순이었다. 6. 조사대상 18집구별 종 다양성 관련 12개 지표들 간 66개 조합에 대한 상호관련성을 보여주는 correlation matrix를 작성하였고, 66개 조합 중 통계적으로 유의성 있는 관련성을 보여주는 경우는 33개 조합의 경우이었다. 7. 종 다양성을 나타내는 지표 중 10종류의 지수들 간 correlation matrix를 근거로 한 통계적 독립의 개념에 따라 지수간 관련성이 낮은 지수, 즉 풍부도지수 (R1, R2)는 R1, 다양도지수 (V1, V2)는 V1, 균등도지수 (E1, E2, E3, E4, E5)는 E2, 우점도지수는 D1이 수서곤충의 종 다양성과 관련하여 가장 적절한 지표라고 판단되었다. 8. 수서곤충의 풍부도지수 (Richness index: R1)는 곡간지 논토양에서, 다양도지수 (Variety index: V1)는 도시지역 논토양에서, 균등도지수 (Evenness index: E2)는 평야지 논토양에서 더 높았으며, 우점도지수 (Dominance index: D1)는 도시지역 논토양에서 더 낮았다. The aquatic insect collected at six areas (each 2 for mountain area, plain field, and urban area) from 2009 to 2011 were classified to analyze the distribution and diversity of species. Frequency (number of aquatic insect: N), number of species (S), similarity index (C), richness index (R1, R2), variety index (V1, V2), evenness index (E1, E2, E3, E4, E5), and dominance index (D1) were investigated. Total N and S were 143 and 84, respectively. C matrix of 153 combinations was constructed with the average of 0.542. The average C of 3 years (0.659) was 9.9% P, more higher than the average C of 6 areas (0.560). The average values of the index of 18 plots were 2.28, 0.17, 1.24, 1.08, 0.07, 0.06, 0.01, 0.87, 0.31, 0.93 for R1, R2, V1, V2, E1, E2, E3, E4, E5, D1, respectively. The order in the coefficient of variation (CV) of the indicator for 18 plots was N (70.0%) > E3 (54.9%) > E1 (49.6%) > R2 (40.5%) > S (35.3%) > R1 (33.7%) > E2 (28.4%) > E5 (15.9%) > V1 (11.1%) > E4 (6.3%) > V2 (5.1%) > D1 (4.8%). The correlation matrix with 66 combinations between the indexes was constructed with statistical significance for 33 combinations. However, R1, V1, E2 and D1 were the proper indexes to represent species diversity of aquatic insect based on the correlation matrix and the theory of statistical independence. The richness index was highest in mountain, variety index in urban area, and evenness index in plain field. However, the dominance index was lowest in urban area.

      • KCI등재

        Estimation Model of the Change in Dairy Leaf Surface Temperature Using Scaling Technique

        Eom,,Ki-Cheol,Eom,,Ho-Yong 한국토양비료학회 2013 한국토양비료학회지 Vol.46 No.5

        This study was conducted to develop a model to estimate crop leaf surface temperature. The results were as following; A definition for the daily time based on elapsed time from the midnight (00:00) as "E&E time" with the unit of Kmin. was suggested. The model to estimate the scaled temperature ($T^*e$) of crop leaf surface temperature by scale factor ($T^*$) according to the "E&E time : Kmin."(X) was developed as eq. (1) $T^*e=0.5{\cdot}sin(X+780)+0.5$ (2) $T^*=(Tx-Tn)/(Tm-Tn)$, Tx : Daily leaf temperature, Tm : Daily maximum leaf temperature, Tn : Daily minimum leaf temperature. Relative sensitivity of the measured temperature compared to the estimated temperature of red pepper, soybean and persimmon was 1.078, 1.033 and 0.973, respectively.

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