충남지방(忠南地方)의 전작물(田作物) 작부체계확립(作付體系確立)에 관(關)한 연구(硏究)

최창렬,김달웅,이재창,김영래,Choi, Chang Yeol,Kim, Dal Ung,Lee, Jae Chang,Kim, Young Rae 충남대학교 농업과학연구소 1976 Korean Journal of Agricultural Science Vol.3 No.1

본(本) 시험(試驗)은 1975년도(年度) 충남대학교(忠南大學校) 농과대학(農科大學)의 시험전(試驗田)에서 경지이용율(耕地利用率)을 높이기 위한 작부체계(作付體系)를 구명(究明)하기 위하여 우선 콩 단작(單作), 옥수수 단작(單作)과 몇가지 수준(水準)의 콩+감자 및 콩+옥수수 상호작시험(交互作試驗)을 실시(實施)하였는데 당년(當年) 8월이후(月以後) 10월(月)까지 계속(繼續)된 많은 강우(降雨)로 인(因)하여 콩+감자 혼작구(混作區)의 감자와 열무 시험(試驗)은 실패(失敗)하였다. 따라서 기타(其他) 처리구(處理區)에 대(對)한 시험결과(試驗結果)를 요약(要約)하면 다음과 같다. 1. 콩 단작구(單作區)에 비(比)하여 옥수수 상호작구(交互作區)의 콩은 개화기(開花期)가 2~3일간(日間) 지연(遲延)되었으며 성숙기(成熟期)도 2일간(日間) 지연(遲延)되었으나 옥수수는 개화기(開花期), 성숙기(成熟期) 등의 처리간(處理間) 차이(差異)를 인정(認定)할 수 없었다. 2. 콩의 간장(稈長)은 콩 단작구(單作區)가 콩+옥수수 혼작구(混作區)에 비(比)하여 더 길었으며 이들 Group간(間)에는 고도(高度)의 유의차(有意差)가 있었다. 3. 주당협수(株當莢數)는 Group간(間)에 유의차(有意差)가 인정(認定)되지 않았다. 4. 절간장(節間長) 및 절수(節數)는 Group간(間)에 유의차(有惠差)가 인정(認定)되었는데 이들 모두 옥수수+콩의 혼작구(混作區)가 콩의 혼작구(混作區)가 콩 단작구(單作區)에 비(比)하여 더 큰 결과(結果)를 보였다. 지아수에서는 이와는 반대(反對)의 현상(現象)이 나타났다. 5. 간중(稈重)은 이들 Group간(間)에 유의차(有意差)가 인정(認定)되지 않았다. 6. 10a당(當) 수량(收量)은 Group간(間)에 유의차(有意差)가 있었으며 콩 단작구(單作區)가 콩+옥수수 혼작구(混作區)에 비(比)하여 무거웠다. 7. 주당입중(株當粒重)에서는 Group들 간에 유의차(有意差)가 인정(認定)되었는데 콩 단작구(單作區)가 콩+옥수수 혼작구(混作區)에 비(比)하여 더 가벼웠고 혼작구(混作區)에서는 혼작방식(混作方式)에 따라서 유의차(有意差)가 인정(認定)되었다. 8. 옥수수에 있어서 단작구(單作區)와 옥수수+콩의 혼작구(混作區)의 비교(比較)는 초장(草長), 10a당(當) 자수본수(雌穗本數), 자수일본당평균중(雌穗一本當平均重), 자수일본당입중(雌穗一本當粒重), 자수장(雌穗長), 자수(雌穗)둘레, 주당자수수(株當雌穗數)에 있어서는 Group간 또는 Group내(內)에서 유의차(有意差)가 인정(認定)되지 않았고 단지 10a당(當) 옥수수 수량(收量)에 있어서는 1%수준(水準)에서 Group간에 유의차(有意差)가 있었는데 옥수수 단작구(單作區)가 제일 많았고 콩+옥수수 혼작구(混作區)에 있어서는 혼작방식(混作方式)에 따라서 수량(收量)에 유의차(有意差)가 있었다. 9. 경제성분석(經濟性分析)에 있어서는 콩+옥수수의 혼작구(混作區)가 조수익(粗收益)이 많았으며 특히 7처리구(處理區)는 콩 단작구(單作區)에 비(比)하여 476%의 수익(收益)을 증가(增加)시켰다. 10. 예측(豫測)했던 바와 같이 콩의 각종형질(各種形質)은 작부체계(作付體系)에 따라서 옥수수에 비(比)하여 현저하게 영향(影響)을 받았다. 앞으로 농가소득증대(農家所得增大)를 위한 더욱 합리적(合理的)인 작부체계(作付體系)의 구명(究明)이 필요(必要)하다고 생각된다. As an accempt to increase thc efficiency of land use and the food production to achieve the national goal in the food self-sufficiency, nine cropping systems on the upper-land were examined in pure-stand and in mixtures of soybean, corn, potato and radish. The important conclusions of this study were summarized as follows; 1. The flowering date of soybean was two or three days earlier in pure-stand than in the mixture with corn. The maturing date two days earlier in the pure-stand than in the mixture with corn. The flowering and maturing dates were not different among various cropping systems in corn. 2. The stem length of soybean was significantly different among various cropping systems. Soybean in pure-stand was shorter in stem length than with corn. 3. The number of pods per soybean plant did not give any significant differences among various cultivation methods. 4. The length of internode and the number of nodes per soybean plant in the mixture with corn were greater than in the pure-stand. In the number of branches per plant this was reversed. 5. The average stem dry weight of soybean per 10a was not significantly different among various cultivation methods. 6. The soybean yield per 10a in the pure-stand was obviously greater than the mixture and there were significant differences among cultivation method within the mixture with corn in soybean yield. 7. The 1,000-grain weight of soybean was significantly different and those in the pure-stand was heavier than those in the mixture with corn. 8. Grain weight per soybean plant and the stem diameter in the pure-stand were significantly lesser than those in the mixture with corn. 9. In the comparisons of corn in the pure-stand and in the mixture with soybean, plant height, number of ear per 10a, mean ear weight and remember of grain per plant, 100-grain weight, ear length, ear girth and number of ear pel plant were not significantly different among various cultivation methods except for the grain yield per 10a. 10. In the economic analysis, the mixture with soybean and corn gave the greatest gross income. The combination 7 was the best which was 47.6% increase income comparing with the soybean pure-stand. 11. As it can be assumed, soybean plant was influenced greatly than corn by various cropping system. It is necessary to study more complex cropping system finding and giving more desirable multiple cropping system for the farmer.

주요대두품종(主要大豆品種)의 내건성(耐乾性)에 관(關)한 연구(硏究)

최창렬,Choi, Chang Yeol 충남대학교 농업과학연구소 1988 Korean Journal of Agricultural Science Vol.15 No.1

본(本) 실험(實驗)은 1/2,000a Wagner pot에 12개(個) 대두(大豆) 품종(品種)을 재배(栽培)하면서 관수(灌水)와 개화후(開花後) 30일간(日間)의 무관수처리(無灌水處理)에 따른 생육(生育) 및 수량(收量)을 품종별(品種別)로 비교(比較)하였으며 6개(個) 대두품종(大豆品種)을 1/2,000a Wagner pot에 재배(栽培)하여 개화기(開花期)에 대기습도(大氣濕度) 80, 70, 60, 50 및 40%에서의 광합성속도(光合成速度)의 품종간(品種間) 차이(差異)를 조사(調査)하였는데 그 결과(結果)를 요약(要約)하면 다음과 같다. 1. 모든 품종(品種)의 성숙일수(成熟日數)는 무관수처리(無灌水處理)에 의하여 단축(短縮)되었는데 그 정도(程度)는 품종(品種)에 따라서 상이(相異)하여 팔달(八達)콩, 단엽(短葉)콩 및 은대두(銀大豆)는 2일간(日間) 장백(長白)콩은 7일(日) 그리고 다마호마레는 8일간(日間)이나 단축(短縮)되었다. 2. 간장(桿長), 경직경(莖直徑), 주경절수(主莖節數), 분가수(分柯數) 및 분가절수(分柯節數)등은 모든 품종(品種)이 건조처리(乾燥處理)에 의하여 감소(減少)하였는데 특(特)히 분가수(分柯數)와 분가절수(分柯節數)는 무관수처리(無灌水處理)의 영향(影響)이 현저하였다. 3. 주당협수(株當莢數)와 완전협수(完全莢數)는 무관수처리(無灌水處理)에 의하여 현저히 감소(減少)하였는데 반(反)하여 불완전협수(不完全莢數)는 증가(增加)하는 경향(碩向)이었으며 관수처리(灌水處理)에 대(對)한 무관수처리(無灌水處理)의 주당협수(株當莢數)는 전체품종(全體品種) 평균(平均)이 58.0% 그리고 완전협수(完全莢數)는 46.6%이었다. 4. 주당입중(株當粒重)은 모든 품종(品種)이 무관수처리(無灌水處理)에 의하여 크게 감소(減少)하여 전체품종(全體品種) 평균(平均)이 관수처리(灌水處理)의 35.9%에 불과(不過)하였는데 팔달(八達)콩은 무관수처리(無灌水處理)의 영향(影響)이 가장 적었고 다마호마레와 장백(長白)콩은 무관수처리(無灌水處理)의 영향(影響)이 현저하였다. 5. 대기습도(大氣濕度)에 따른 광합성속도(光合成速度)는 습도(濕度) 및 품종간(品種間)에 차이(差異)가 나타났으며 품종별(品種別) 최고(最高) 광합성치(光合成値)에 대(對)한 대기습도(大氣濕度) 40%에서의 광합성속도(光合成速度)의 비율(比率)은 팔달(八達)콩이 97.2%, 단엽(短棄)콩이 96.4%이었고 백운(白雲)콩은 88.8%이었다. 6. 대기습도(大氣濕度) 40%에서의 광합성속도(光合成速度)와 증산(蒸散) 및 뿌리의 호흡속도간(呼吸速度間)에는 높은 정상관관계(正相關關係)가 인정(認定)되었다. Twelve soybean cultivars were cultivated in the 1/2,000a. Wagner pots with irrigation and without irrigation for 30 days after flowering, and the differences of plant growth and bean yield among cultivars were compared. And to investigate the varietal differences in the rate of photosynthesis under different relative humidity, 6soybean cultivars were cultivated in 1/2,000a. Wagner pot and the rate of photosynthesis of each soybean cultivar at flowering time was measured under the relative humidity of 80, 70, 60, 50 and 40%. The results obtained are summarized as follows; 1. The days to maturity of the soybean cultivars were shortened by non-irrigation treatment. The response of the maturing dates to non-irrigation was significantly different among the soybean cultivars. The days for maturing of Paldal, Danyeob and Eundaedu were delayed 2 days but those of Jangbaek and Tamahomare were delayed about 7 to 8 days under non-irrigation treatment. 2. The stem length, stem diameter, number of nodes of the mainstem, number of branches and number of branch nodes of all soybean cultivars were decreased by non-irrigation treatment. The number of branches and the number of branch nodes were especially severely influenced by non-irrigation treatment. 3. The number of pods per plant and the number of perfect pods was significantly reduced by non-irrigation treatment but the number of imperfect pods was increased. The non-irrigation treatment reduced the number of pods per plant by 58.0% and the ratio of the number of the perfect pods per plant by 46.6% relative to the ordinary cultivation with irrigation. 4. The grain yield of all cultivars was significantly reduced by the non-irrigation treatment, and average grain yield of soybean cultivars cultivated under non-irrigation treatment was 35.9% of that of soybean cultivars cultivated with irrigation. The influence of non-irrigation treatment was lowest in Paldal and significantly high in Tamahomare and Jangbaek. 5. The rate of photosynthesis of soybean leaves was significantly different among cultivars and was also influenced by relative humidity. Ratio of the photosynthetic amount of soybean leaves at 40% RH to the maximum photosynthesis at optimal humidity was 97.2% in Paldal, 96.4% in Danyeob and 88.8% in Baekun. 6. At 40% relative air humidity, highly significant correlations were found among the photosynthesis rate, the amount of transpiration and the respiration rate.

시게루 반의 종이관 건축 특성에 관한 연구

최창렬(Choi Chang-Yeol),김종하(Kim Jong-Ha),이정호(Lee,Jeong-Ho) 대한건축학회 2008 대한건축학회논문집 Vol.24 No.1

The study, with regard to Shigeru Ban's paper tube architecture, was intended to identify the background and the basis of the paper tube as well as the use and development process thereof. The study was conducted focusing on his 20 works, which are regarded more experimental among others and proposed the better solutions in response to the given conditions in the construction process. The results of this study is as following : Firstly, the background and the conditions of the Shigeru Ban's paper tube architecture implemented under the various conditions were the cost-efficiency, workability, temporality, environment-friendly benefit, client's needs, regionality and the building codes. Secondly, the paper tube architecture is divided into the permanent building and the temporary building. While permanent building was subject to complying with the cost-efficiency, workability and client's needs, the temporary building required cost-efficiency, workability, temporality and environment-friendly benefit, and some regionality-related conditions in addition. Thirdly, the paper tube was mostly used for wall, which had started with the column or wall in which the columns were simply arranged in a row at the early stage, to the structure or shell structure, gradually expanding its use, even to the structural material as the performance of the paper tube became recognized. The wooden material was commonly used as the joint at the early stage, which was gradually extended to the plastic, metal and die-cast aluminum joint after various tests in line with increasingly expanded use of the paper tube. Finally, in the wake of evaluation of Shigeru Ban's paper tube architecture, the process of applying the Shigeru Ban's paper tube to the architecture could be categorized into the introduction stage, application stage and stabilization stage, which enabled to define the characteristics of the Shigeru Ban's architecture in general.

대두(大豆)의 파종기별(播種期別) 질소추비량(窒素追肥量)과 추비시기(追肥時期)가 생육(生育) 및 수량(收量)에 미치는 영향(影響)

이충렬,최창렬,Lee, Chung Yeol,Choi, Chang Yeol 충남대학교 농업과학연구소 1987 Korean Journal of Agricultural Science Vol.14 No.1

본(本) 실험(實驗)은 대두(大豆)에 대한 질소(窒素)의 추비효과(追肥效果)를 구명(究明)하고자 1986년(年)에 장엽(長葉)콩을 공시(供試)하여 파종기(播種期)(단작(單作)- 5월(月) 15일(日) 파종(播種), 맥후작(麥後作)- 6월(月) 18일(日) 파종(播種))를 주구(主區), 추비량(追肥量)(0, 3, 6, 9 kg/10 a)을 세구(細區), 추비시기(追肥時期)(배토기(培土期), 개화기(開花期))를 세세구(細細區)로 하여 포장실험(圃場實驗)을 실시(實施)하였던 바 그 얻어진 결과(結果)를 요약하면 다음과 같다. 1. 개화(開花) 및 성숙일수(成熟日數)는 배토기(培土期) 추비구(追肥區)가 개화기추비구(開花期追肥區)보다 1일간(日間) 지연(遲延) 되었다. 2. 주경절수(主莖節數)와 절간장(節間長)은 처리간(處理間)에 변이폭(變異幅)이 작고 일정(一定)한 경향(傾向)이 나타나지 않아서 유의성(有意性)이 인정(認定)되지 않았으나 분지절수(分枝節數)는 맥후작(麥後作)에 비(比)하여 단작(單作)에서 많았으며 두 파종기(播種期) 공히 추비량(追肥量)이 증가할수록 개화기(開花期) 추비구(追肥區)에서 보다 배토기추비구(培土期追肥區)에서 그 경향(傾向)이 현저(顯著)하였는데 특히 10 a 당(當) 6 kg 추비구(追肥區)의 분지절수(分枝節數)가 가장 많아서 고도(高度)의 유의성(有意性)이 인정(認定)되었다. 3. 개화(開花) 10, 25 및 40 일후(日後)의 지상부(地上部) 생체중(生體重)과 건물중(乾物重)은 두 파종기(播種期)에 관계(關係)없이 추비량(追肥量)이 많을수록 무거워서 높은 유의성(有意性)이 인정(認定)되었는데 같은 파종기(播種期)에 있어서는 개화기(開花期) 추비구(追肥區)에서 보다 배토기(培土期) 추비구(追肥區)에서 그 경향(傾向)이 더욱 뚜렷하였다. 4. 근류수(根瘤數) 및 근류생(根瘤生) 건물중(乾物重)은 단작(單作)보다 맥후작(麥後作)에서 현저(顯著)히 감소(減少)하였고 파종기(播種期)에 관계(關係)없이 무추비구(無追肥區)에 비(比)하여 질소추비량(窒素追肥量)이 많을수록 감소(減少)되는 경향(傾向)이었으며 개화기(開花期) 추비구(追肥區)보다 배토기(培土期) 추비구(追肥區)에서 그 감소(減少) 경향(傾向)이 더욱 현저(顯著)하여 고도(高度)의 유의성(有意性)이 인정(認定)되었다. 5. 개체당(個體當) 내수(萊數), 입수(粒數) 및 자실중(子實重)은 맥후작(麥後作)보다 단작(單作)에서 많았고 질소(窒素) 추비량(追肥量)이 많을수록 현저(顯著)히 증가하는 경향(傾向)이었는데, 개화기(開花期) 추비구(追肥區)보다 배토기(培土期) 추비구(追肥區)에서 많았고 특히 배토기(培土期)의 10 a 당(當) 6 kg 추비구(追肥區)에서 가장 높았다. 또한 10 a 당(當) 수량(收量)도 처리간(處理間)에 높은 유의성(有意性)이 인정(認定)되었는데 파종기(播種期)에 관계(關係)없이 배토기(培土期)의 10 a 당(當) 6 kg 추비구(追肥區)에서 가장 많았다. This experiment was conducted to investigate the effect of nitrogen top-dressing and Jangyeopkong was planted under two different seeding time (single cropping-May 15, after barley cropping-June 18), four levels of nitrogen top-dressing (0, 3, 6, 9 kg/10a) and two times of nitrogen top-dressing (Hilling time, Flowering Time). The results obtained are summarized as follow: 1. The days to flowering and maturity were delayed a day longer in hilling times than flowering times of nitrogen top-dressing. 2. The number of nodes of main stem and length of internodes didn't show significance among treatments. But, the number of nodes of branches was much higher when the soybean was planted on May 15, and were higher hilling time than flowering time as the amount of nitrogen top-dressing increased. Especially, the number of nodes of branches was high when 6kg of nitrogen was applied during hilling time. 3. The fresh and dry weight of stem and leaves at 10, 25 and 40 days after flowering were increased by increasing the amount of nitrogen top-dressing. More apparent effect of nitrogen was attained high significant when nitrogen was applied at the time of hilling rather than flowering time. 4. The number and fresh weight of nodule, and dry weight were apparently decreased after barley and were decreased according to the increasing the amount of nitrogen top dressing. The degrees of decreasing was more apparent in the hilling time than in the flowering time. 5. The number of pods per plant, and number and weight of grain per plant were higher when the soybean was planted on May 15, the amount of top dressing increased and hilling time rather than flowering time. Especially, yield component were highest when 6kg of nitrogen was applied during hilling time. Also, the grain yield per 10a showed high significance among treatment, and were high when 6kg of nitrogen was applied during hilling time.

맥후작(麥後作)에 있어서 신육형(伸育型)이 다른 대두(大豆)의 재식밀도(栽植密度)가 생육(生育) 및 수량(收量)에 미치는 영향(影響)

이충렬,최창렬,송인만,Lee, Chung Yeol,Choi, Chang Yeol,Song, In Man 충남대학교 농업과학연구소 1986 Korean Journal of Agricultural Science Vol.13 No.2

본(本) 실험(實驗)은 신육형(伸育型)이 다른 황금(黃金)콩과 수원(水原)125호(號)를 공시(供試)하여 맥후작(麥後作)에 있어서 알맞은 재식밀도(栽植密度)를 구명(究明)하고자 실시(實施)하였는데 그 얻어진 결과(結果)를 요약(要約)하면 다음과 같다. 1. 개화기(開花期)와 성숙기(成熟期)는 본(本) 실험(實驗)의 재식밀도간(栽植密度間)에는 차이(差異)가 없었다. 2. 주경절수(主莖節數)는 신육형간(伸育型間)에는 유의성(有意性)이 있었으나 재식밀도간(栽植密度間)에는 유의성(有意性)이 없었으며 밀식(密植)할수록 개체당(個體當) 분지수(分枝數)와 분지장(分枝長)은 현저(顯著)히 감소(減少)하였다. 3. 개체당(個體當) 협수((莢數), 입수(粒數) 및 자실중(子實重)은 밀식(密植)할수록 현저(顯著)히 감소(減少)하여 재식밀도간(栽植密度間)에 고도(高度)의 유의성(有意性)이 인정(認定)되었으나 단위면적당(單位面積當)으로는 밀식(密植)할수록 오히려 증가(增加)하였다. 4. 10a 당(當) 수량(收量)은 재식밀도간(栽植密度間)에 높은 유의성(有意性)이 인정(認定)되었는데 유한신육형(有限伸育型)인 황금(黃金)콩은 $60{\times}7.5cm$, 무한신육형(無限伸育型)인 수원(水原) 125호(號)는 $60{\times}5.0cm$에서 가장 많았다. Two soybean cultivars different in plant type, Hwanggeumkong and Suweon-125, were planted under two different planting densities to investigate the proper planting densities after barley crops. The results obtained are summarized as follow: 1. No apparent varietal differences due to the planting densities were observed in flowering time and maturity. 2. The number of nodes of main stem showed significant differences between plant types, while they were not significantly different between planting densities. The number and length of branches per plant were apparently decreased as the planting densities were higher. 3. The number of pods per plant, and number and weight of grain per plant decreased as the planting densities increased and they showed also significant differences between planting densities. However, the number of pods, and number and weight of grain per unit land area were increased as the planting densities increased. 4. The grain yield per 10a showed significant cultivar difference under different planting densities. The Hwanggeumkong, determinate type, showed highest grain yield at the planting densities of $60{\times}7.5cm$, while Suweon-125, indeterminate type, highest at the planting densities of $60{\times}5.0cm$.

野生 참깨 sesangolin 成分의 分離 및 定量分析

Su Rho Ryu(柳守魯),Sam Sik Kang(姜三植),Jung Il Lee(李正日),Chang Yeol Choi(崔彰烈) 한국육종학회 1993 한국육종학회지 Vol.25 No.1

This study was conducted to obtain basic information on the lignan components from sesame seed. Sesangolin was isolated and identified by means of spectral data, and quantitative analysis was performed by HPLC from sesame varieties S. radiatum, S. alatum and Gana-wild sesame. Separation was achieved by isocratic elution using reversed phase Develosil ODS colunm. The content of the major lignan components was about 0.13%, 0.51% from S. radiatum, 0.16%, 0.47%, from S. alatum 0.14, 0.29% from Gana wild sesame for sesamin and sesangolin respectively.

참깨의 着朔位置에 따른 抗酸化成分 含量의 變化

Jung Il Lee(李正日),Su Rho Ryu(柳守魯),Chang Yeol Choi(崔彰烈),Hyo Sung Lee(李孝承) 한국육종학회 1993 한국육종학회지 Vol.25 No.1

The study was conducted to provide basic information to breeder and agronomists working with sesame. Antioxidant contents, oil content and seed weight were investigated for two plant type identified and classified by branching habit. Changes of Antioxidant contents, oil content and seed weight as affected by capsule position in different plant type o sesame were estimated. Eight capsule positions, five on the main stem and three on the branches, were selected and the results obtained are as follows. The sesamin and sesamolin content of branch type was greatest at positions on the lower central part of the main stem and branches. The sesamin and sesamolin content of nonbranch type was greatest at positions on the upper bottom part of the main stem, the central part of the branch and smallest at the position on the top part of the main stem and branches. The oil content and seed weight was greatest at positions on the lower bottom part of the main stem, the bottom part of the branches. Non-branch type was better than branch-type in variation of sesamin and sesamolin content. Side capsule on main stem and branch were better than center capsule of main stem and branch in variation of sesamin and sesamolin content. The sesamin, sesamolin, oil content and seed weight of 4~9th node was shown lowest variation in comparison with those of other nodes.

集合·關係·函數의 言語

최창렬 全北大學校 語學硏究所 1980 어학 Vol.7 No.-

언어연구의 가설적인 모델링의 방법을 논리적인 記號와 式으로 이루어지는 형식언어로 설정할 수 있다. 형식언어에서는 일반적으로 자연언어의 단어 대신 여러 가지 기호로 대치시켜 그 어휘로 삼기 때문에 ‘기호 언어’라 불리우고 기호언어의 文들은 소위 ‘式’이 되는 것이다. 言彙單位나 기호는 더 쪼개지지 않는 ‘단순표현’이고, 文이나 式은 단순표현이 일정한 규칙에 따라 서로 이어져 만들어진 복합표현이다. 일상언어에서나 기호언어에서나 단순표현의 수에는 한이 있으나 복합 표현의 수에는 한이 없다. 또한, 일상 언어의 단순 표현들은 대개의 경우 체언과 조사 또는 어간과 어미로 쪼갤 수 있지만, 기호언어에서의 단순 표현들은 더 쪼갤 수 없는 단위가 된다. 이제 이 기호언어의 모델링을 위하여 다음과 같이 몇 가지 기본 개념을 확실히 해 두기로 한다.

麥後作에 있어서 伸育型이 다른 大豆의 栽植 密度가 生育 및 收量에 미치는 影響

李忠烈,崔彰烈,宋寅萬 충남대학교 농업과학연구소 1986 農業技術硏究報告 Vol.13 No.2

Two soybean cultivars different in plant type, Hwanggeumkong and Suweon-125, were planted under two different planting densities to investigate the proper planting densities after barley crops. The results obtained are summarized as follow: 1. No apparent varietal differences due to the planting densities were observed in flowering time and maturity. 2. The number of nodes of main stem showed significant differences between plant types, while they were not significantly different between planting densities. The number and length of branches per plant were apparently decreased as the planting densities were higher. 3. The number of pods per plant, and number and weight of grain per plant decreased as the planting densities increased and they showed also significant differences between planting densities. However, the number of pods, and number and weight of grain per unit land area were increased as the planting densities increased. 4. The grain yield per 10a showed significant cultivar difference under different planting densities. The Hwanggeumkong, determinate type, showed highest grain yield at the planting densities of 60×7.6cm, while Suweon-125, indeterminate type, highest at the planting densities of 60×5.0cm.

급성 신우신염 치료시 아미노글라이코사이드 (Micronomicin Sulfate)에 의한 유사 Bartter씨 증후군의 발생에 관한 평가

문중돈,한상웅,최낙원,나경선,김진영,박석규,윤경택,장우영,위형중,최창렬,조형도,안유현,김호중 대한신장학회 2000 대한신장학회잡지 Vol.19 No.5