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대한민국의 직업교육훈련 ODA 협력관계 발전에 관한 연구 - 한독협력사업을 중심으로 -
유기승(Ki-Seung Ryoo),전상융(Sang-Yung Chon),김현규(Hyun-Gyu Kim),권진옥(Jin-Ok Kwon) 한국산업기술융합학회(구. 산업기술교육훈련학회) 2022 산업기술연구논문지 (JITR) Vol.27 No.3
The cooperation between the two countries, which began in 1961 when the German government established the Korea-German Industrial School in Incheon, maintained a close cooperative relationship through mutual exchanges even after the support project ended in 1993. From the 1960s to the early 1990s, the German government unilaterally supported Korea, and the two countries maintained mutual exchanges from the 1990s. It has grown into a partnership to build a cooperative relationship by jointly carrying out ODA projects. Meanwhile, Korea, as a donor country, has been promoting vocational education and training support projects in various developing countries for over 40 years, starting with the Indonesian Vocational Training Center support project in 1986, but there is no case of long-term cooperation such as that between Korea and Germany. Through the study on the development of the Korea-Germany long-term cooperative relationship, we are able to understand the need to build a sustainable growth model based on the demand in the field of vocational education and training in the recipient countries. And we are able to understand that the experience of cooperation between Korea and Germany can be a practical model for Korea's TVET cooperation projects in the future.
대한민국에 대한 독일의 ODA 지원에 관한 연구 : 한독직업훈련 협력사업을 중심으로
유기승(Ki-Seung Ryoo),전상융(Sang-Yung Chon) 산업기술교육훈련학회 2021 산업기술연구논문지 (JITR) Vol.26 No.2
In this paper, we aim to examine the contributions of German official development assistance (ODA) to Korea s vocational training sector from the 1960s to the 1990s and explore the mechanisms to improve the performance of ODA projects that Korea currently supports in the vocational training sector of partner countries. An analysis of the establishment process, implementation method, and outcome of the German vocational training ODA projects in Korea helps identify lessons and implications that can maximize the performance of Korea s ODA projects in the vocational training sector of partner countries. The success of Korean-German vocational training cooperation spanning nearly three decades was due to the strong determination of Germany, a donor country, and Korea, a recipient country, during this period.
백미순,이영철,이해영,박병옥,유기승,조중현,박유순 한국동물위생학회 1998 韓國家畜衛生學會誌 Vol.21 No.1
This survey was carried out to detect the residual antibiotics and sulfonamides in emergency slaughtered cattle(n=265) from slaughter houses in Kyeonggi province by EEC 4-plates method, Charm II and HPLC. The results were summarized as follows ; 1. Antimicrobial substances were detected from 24 samples(9.1%) by EEC 4-plates method and the detection ratio were highest in summer(13.8%). 2. Twenty-two of the 24 positive samples were classified as sulfonamide(34.4%), TCs(31.3%), $\beta$-lactam(23.5%) and aminoglycoside(9.3%) by Charm II test. 13(59.1%) of the 22 samples contained single agent and 9 samples(40.9%) contained 2 or more agents. 3. Oxytetracycline(27.3%), penicillin G (27.3%) and sulfathiazole(18.2%) were detected in 20 from 22 samples by the HPLC and Charm II test. 4. The residual concentration of oxytetracycline, penicillin G and sulfonamide were 0.29~9.30 ppm, 0.05~9.58 ppm and 0.04~7.59 ppm, respectively and 19 samples(7.2%) were exceeded tolerance levels.
이영철 ( Young Cheol Lee ),이해영 ( Hae Young Lee ),조중현 ( Jung Hyun Cho ),박병옥 ( Byoung Ok Park ),박유순 ( Yu Soon Park ),백미순 ( Mi Soon Baik ),유기승 ( Ki Syng Ryu ) 한국가축위생학회 1999 韓國家畜衛生學會誌 Vol.21 No.1
This survey was carried out to detect the residual antibiotics and sulfonamides in emergency slaughtered cattle(n=265) from slaughter houses in Kyeonggi province by EEC 4-plates method, Charm Ⅱ and HPLC. The results were summarized as follows; 1. Antimicrobial substances were detected from 24 samples(9.1%) by EEC 4-plates method and the detection ratio were highest in summer(13.8%). 2. Twenty-two of the 24 positive samples were classified as sulfonamide(34.4%), TCs(31.3%), b-lactam(23.5 %) and aminoglycoside(9.3%) by Charm Ⅱ test. 13(59.1%) of the 22 smples contained single agent and 9 samples(40.9%) contained 2 or more agents. 3. Oxytetracycline(27.3%), penicillin G(27.3%) and sulfathiazole(18.2%) were detected in 20 from 22 samples by the HPLC and Charm Ⅱ test. 4. The residual concentration of oxytetracycline, penicillin G and sulfonamide were 0.29~9.30 ppm, 0.05~9.58 ppm and 0.04~7.59 ppm, respectively and 19 samples(7.2%) were exceeded tolerance levels.
김정태 ( Jeong Tae Kim ),심항섭 ( Hang Sub Shim ),김태종 ( Tae Jong Kim ),고태오 ( Tae Oh Ko ),우종태 ( Jong Tae Woo ),유기승 ( Ki Syng Ryu ),박유순 ( Yu Soon Park ) 한국가축위생학회 1999 韓國家畜衛生學會誌 Vol.21 No.3
In order to establish a sensitive and specific diagnostic method for detection of antibody to Salmonella pullorum, a enzyme-linked immunosorbent assay(ELISA) was designed and standardized. The diagnostic efficacy of the established ELISA was compared with that of the serum plate agglutination test and immunodiffusion test for pullorum disease. 1. The chicken hyperimmune sera to Salmonella pullorum, S gallinarum, S typhimurium and S typhi were shown the cross reaction to S pullorum antigen by serum plate agglutination test. 2. When compared the cross reaction titer of microplate agglutination test for chickens hyperim-mune sera, it was found that the titer were 64 in S pullorum, 32 in S gallinarum, 4 in S typhimurium and 8 in S typhi, respectively. 3. When compared the specificity of various antigen(HA, EA, PA and SA) by the immunodiffusion test, the most suitable antigen was phenol-treated bactrium. 4. The optimal concentration of S pullorum antigen for ELISA was 1:160 dilution of bacterium. 5. The efficacy of the ELISA for detection of S pullorum antibody was compared with serum plate agglutination test and immunodiffusion test in chickens infected with S pullorum. The antibody was first detected at 6 days after infection using three tests examined. The antibody was alldetected at 9 days by ELISA, at 12 days by serumplate agglutination test, at 15 days by immuno-diffusion test.