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이승준,한인웅,정구용,조방현,한기원,박재호,김진원 三陟大學校 2000 論文集 Vol.33 No.2
In order to solidify the architectural education in university, we should enlarge the opportunity of field training and develop the field training course system as a part of industry-scholastic cooperation. And we should develop new educational process to bring up potent engineers adaptable to the training affairs, faithful to the educational object of the industrial university.
安承丘,柳明辰,朴鍾雄 서울市立大學校 1985 論文集 Vol.19 No.-
The purpose of this study is to clarify present status, effects, problems and overall aspects of the recycled water supply system, and to analize economics of watewater reuse. Based on the results, the following conclusions may be drawn; 1. The cost of the recycled water supply system is about two times as much as the conventional wastewater treatment cost, and it is about two to five times as much as the residertial water supply and drainage charge. 2. In a large-sized building with water consumption above 500㎥/d, the water supply and drainage charge is higher than the recycled water supply cost. Therefore, it may be recommended to introduce the recycled water supply system. 3. In order to promote wastewater reuse, the cost for the recycled water supply should be lower than the water supply and drainage charge. It may be accomplished by lowering the public utility fee basis for the treatment and developing new water treatment technologies. 4. The cost of ground water use is lower than the recycled water cost. But continuous pumping of ground water may cause sinking problems. Therefore, the wastewater recycling may be favorable to alleviate the water supply shortage in the down-town area.
임응찬,한인웅,이승준,박재호,조방현,서형수,정구용,한기원,김진원,임상규,이재윤 三陟大學校 1996 論文集 Vol.29 No.2
By impproving the educational program of the Department of Architectural Engineering and studying the theory of learning and the applied method necessary for the development of nation and society, we should develop a satisfying course of education to meet the demand and skill in the industralized society for the purpose of cultivating men of baility with great personalities and creative minds. Therefore, this study focused on classifying several kinds of occupations in the prart of architectured related to what graduates from the department of Architectural Engineering go with into the society. Accordingly after choosing some works adequate to each occupation by the proposed curricula, we tried to establish the scope of education and courses corresponding to the jobs and thus and develop a satisfying curriculum.
김진원,한인웅,이승준,박재호,조방현,정구용,한기원 三陟大學校 1999 論文集 Vol.32 No.2
Education of technology should renew itself according to the demand of the change of times. Especially college of industrial technology is encouraged to develop diverse educational methods and continual educational process for the purpose of offering life-time educational opportunities, bringing up professional technicians, and re-educating the work-forces in the industry sector. Therefore, to make the education of architectural engineering substantial, the department of architectural engineering is working to develop a practical educational process by taking the following several things into consideration: job analysis of industrial society, development of educational process in the line of special necessities of college of industrial technology, actualization of subject course, industrial-academic cooperation secure of training equipment, readjustment of educational period.
Synthesis of Large-Scale Transition Metal Dichalcogenides for Their Commercialization
Seoung-Woong Park,Yong Jun Jo,Sukang Bae,Byung Hee Hong,Seoung-Ki Lee 한국진공학회(ASCT) 2020 Applied Science and Convergence Technology Vol.29 No.6
Transition metal dichalcogenides (TMDC) have been identified as excellent platforms for developing the next-generation commercial flexible logic devices and sensors, owing to their outstanding mechanical, optical, and electrical properties. The TMDCs can be used to produce novel form-factors for wearable electronic devices. Typically, synthesis of large-scale TMDC thin film have been achieved by complexity vacuum-based approach. Therefore, it is essential to develop a simple and effective method to boost-up mass production of TMDC thin films on a large scale upon arbitrary substrates. In this regard, the solution-based TMDC synthesis method is advantageous because it proposes a simplification of the fabrication processes and an easy scaling-up of the material with a non-vacuum system. In this review, we summarize the evolution of the solution-based thin-film preparation and synthesis of the TMDCs; subsequently, we discuss the merits and drawbacks of the recently developed methods to form TMDC thin films directly from the deposited precursor. Finally, we discuss the practical applications of the TMDC thin films, which demonstrate the feasibility of their commercialized applications in electronic devices and sensors.