http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
벼 육묘트레이를 이용한 어린 잎 채소 생육에 미치는 광 조절 영향
최기영 ( K. Y. Choi ),김시홍 ( S. H. Kim ),김재경 ( J. K. Kim ),유형주 ( H. J. Yoo ),김일섭 ( I. S. Kim ) 강원대학교 농업생명과학연구원(구 농업과학연구소) 2016 강원 농업생명환경연구 Vol.28 No.2
벼 육묘 트레이를 활용한 어린잎 채소 재배 가능성을 탐색하고자 재배 기간 중 차광 처리하여 다채, 청경채, 알파인배추, 청치마 상추 등 4종을 17일간 재배하였다. 차광 처리는 무차광 17일(NS), 차광 8일+무차광 9일 (S8NS9), 무차광 8일+차광 9일(NS8S9), 차광 17일(S17) 하였다. 처리에 따른 누적 광량은 NS>S8NS9>NS8S9>S17처리구 순으로 높았으나, 누적 온도는 처리에 따른 차이가 크지 않았다 차광 8일 째 어린잎채소 4종의 생육과 엽록소함량은 감소하였다. 광 조절 17일 째 어린잎채소 4종의 초장, 엽장, 엽폭, 경경, 생체중, 엽록소 함량 등의 생육은 무차광 NS 처리구에서 가장 높았다. 생육 초기 광조절에 따른 생육 후기 초장과 생체중 증가율이 어린잎채소 4종 모두 NS 또는 S8NS9 처리구에서 높았다. 따라서 벼 육묘장 다층 시스템에서의 공간 활용을 고려한 어린잎채소 재배시 차광이 많은 하부 공간은 생육초기에 활용하고, 수확기에는 광 확보가 이루어지는 상부에서 재배가 이루어짐이 적합하리라 본다. This study was conducted to investigate the effect of light control on growth of baby leaf vegetables (tatsoi, pak-choi, chinese cabbage ‘alpine’ and leaf lettuce ‘cheongchima’) in rice seedling tray. Light treatment controlled in non-shading (NS), shading for 8 days+non-shading for 9 days (S8NS9), non-shading for 8 days+shading for 9 days (NS8S9), and shading for 17 days (S17). Integrated solar radiation in NS was highest, and in S8NS9>NS8S9>S17 order. Integrated temperature did not shown difference among the treatments for growing periods. Growth and chlorophyll content of baby leaf vegetables were lowest in shading treatment for 8days. The highest growth characteristics (plant height, leaf length, leaf width, stem diameters, and fresh weight) and chlorophyll content of baby leaf vegetables was shown in NS. Increment rate of plant height and fresh weight of baby leaf vegetables were high in NS or S8NS9 as affected by light control for 8 days in early growth periods. These results suggest that we can utilize in low layer for early period and in high layer for harvest periods for baby vegetable production in rice seedling factory.
컴퓨터화된 지방흡인 모니터를 이용한 체액과 지방조직의 양적인 성분분석
안희창,최기영,김석권 大韓成形外科學會 1994 Archives of Plastic Surgery Vol.21 No.1
Suction lipectomy is excellent method of the treatment of the abnormal collection of subcutaneous fat tissue. However, we depended on the surgen's experience and guess for adequate and symmetrical removal of fat from bilateral body areas. Recently, a new computerized suction aspirator monitor which offers the instantaneous and concurrent scientifically accurate readout of aspirate contents and the ratio of fat and fluid In separate body area was developed. The device has such advantages in determination of fat removal from each area, with improvement of symmetrical fat removal and more exact determination of blood loss with improved hemodynamic replacement. We have treated 17 patients in the Dong-A university hospital. As measured by a computerized aspirator monitor according to the anatomical body area, the average composition ratio of blood in the material removed from abdomens was 35% ; from thighs was 38% ; from hipes was 45% ; from flankes was 48%, from calves, the blood was 53%. And the average decrease rate of hematocrit was 4.4% for each 1,000m1 of suction lipectomy aspirate obtained. The amounts of recommended blood transfusion was calculated as fallowed The minimal amount of blood transfusion = The pure amount of blood loss (Total amount of suction aspirates × The ratio of fluid × 2) - (20% × 70m1/kg × Body weight kg) We can anticipate postoperative body contour by determination of fat removal from each area with computerized aspirator monitor.