http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
창의적 학습동아리 활동을 통한 차세대 지식경영 구현사례: 포스코
최종진 ( Jong Jin Choi ),정남호 ( Nam Ho Chung ),조용말 ( Yong Mal Jo ) 한국지식경영학회 2008 지식경영연구 Vol.9 No.1
In the previous KM (Knowledge Management) studies, it has been repeatedly pointed that CoP (Community of Practice) should be used as a platform for boosting up corporate innovative activities. Despite this, it is very rare to find relevant literature in which real-world cases are introduced showing critical success factors, implemented strategies, and objective analysis of results. In this sense, main objective of this paper is very timely- to introduce a real-world CoP case in which POSCO, world-leading steel company, sorted out creative CoP strategies to nurture knowledge-sharing activities to solve various kinds of problems at hand, and maintain appropriate level of knowledge circulation throughout all the working units of company. In a nutshell, POSCO has been successful in any measure in utilizing the creative CoP activities as strategic means to change the paradigm of innovation and extract fruitful outcomes from integrating three important individual activities such as work, learning, and innovation.
손병현,조용말,오광중,정종현 부산대학교 환경문제연구소 1995 環境硏究報 Vol.13 No.-
It has been known that blast furnace slag has abilities to remove heavy metal ions like Cd??,Cr??, and Cr?? in wastewaters and leachate. However the removal efficiency by basic oxygen furnace process slag has not been reported. The removal chcracteristics of heavy metals on BOF-Slag were investigated to develop the landfill leachate attenuation process by the slag cover soil. Specific surface area and pore volume of the BOF-Slag were in the range of 20.27-41.43㎡/g and was increased with decreasing of the particle size. The removal rates of Cr??, Zn??, and Pb?? were affected by reaction temerature, slag particle size, and pH of various heavy metal solution but the effect of temperature was negligible. Freundlich isotherm data indicated that BOF-Slag provided better sorptive for Cr??, Zn??, and Pb?? than BF-Slag did. These results were utilized in developing suggestions for the disposal of industrial waste sludges and dusts in sanitary landfills and for the use of BOF-Slag cover soil.