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許文會 충주대학교 1984 한국교통대학교 논문집 Vol.18 No.1
In this Paper, The write made an experiment on the engine performance by attaching the L.P.G. fuel system to a gasoline engine. There fore, I had a conclusion as follows opening of best ideal metering valve is 3 evolution and, At that time, Maximum power is 50ps and specific fuel consumption is 212 g/ps-h. Maximum torque is 9. 15kg-m at engine revolution of 3,000r. p. m. But, There are Difference of engine performance due to composition and Temperature of L.P.G.
PPCP에서 炭化水素 添加가 NOx 低減에 미치는 影響
許文會 충주대 2000 한국교통대학교 논문집 Vol.35 No.1
To decrease NOx using PPCP(Pulse-induced Plasma Chemical Process), this study is tried to obtain the relations and the basic data under the various conditions such as the initial concentrations of NOx the additional amount of hydrocarbon gases, the concentration of oxygen, input power etc.Especially, this study is focused on the effects of the additional hydrocarbon gases on the decrease of NOx.
서울大學校 農科大學에서 蒐集 育成한 벼의 遺傳子 標識 基株
許文會 서울대학교 농과대학 농업개발연구소 1991 서울대농학연구지 Vol.16 No.2
外國에서 育成된 벼 遺傳標識基株(rice genetic marker)를 導入하여 韓國品種 "雪嶽벼"와 "早生統一"에 移轉하여 150個 系統을 育成하였다. 이것을 이용하기 편리하도록 1) 標準化된 連關圖로 表示하고, 2) marker들을 alphabert順으로 綜合 표시하였으며, 3) 그들 marker를 보고한 文獻目錄을 제시하였고, 4) 遺傳分析에 자주 이용되는 主要 形質들에 관계하는 marker들을 정리하였으며, 5) 連關群別로 marker 및 基株系統을 目錄으로 표시하였다. 6) marker系統들의 pedigree와 그의 栽培特性을 표시하였으며, 7) 育成系統들의 交配組合을 表로 說明하였다. 끝으로 marker 하나하나를 鑑別할 수 있도록 寫眞으로 附錄에 提示하였다. Over 200 genetic marker stocks belonging to Japonica rice have been introduced from Hokkaido and Kyushu University and Taiwan Agricultural Experiment Station. Nearly 50 marker stoks belonging to Indica rice are also introduced from IRRI. These were crossed to an early Korean Japonica cultivar "Seolak" and an Indica cultivar "Josaeng Tongil"and selected for plants which held the marker characters in F₂ generation. Sometime they were backcrossed to recurrent parent or intercrossed among sister lines whenever necessary. Then their offsprings were selected for the plant type and heading time similar to the recurrent parent besides holding the marker characters concerned. In all, 550 lines carrying 150 genetic makers were selected from 131 cross combinations. Out of 150 makers, only 95 were able to mark on a linkage map according to the Takahashi's report(Table 1). The 150 markers are listed in Table 2 in a alphabetic order, Their references are listed in Table 3. Some markers associated with some distinct character which is being utilized often for the genetic analyses are listed in Table 4. The marker stocks arranged in a linkage group number are listed in Table 5. The pedigrees of those marker stocks were listed in Table 6. And the cross combinations are listed in Table 7. To make clear the characteristics of some marker stocks, 120 color pictures are listed here as an appendix.