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원동기 구동원으로서 영구자석 자기력의 잠재성 및 비고갈성에 관한 고찰
신현준(Hyun-Joon Shin),박병직(Byong-Jik Park),이수각(Su-Gak Lee) 대한설비공학회 2016 대한설비공학회 학술발표대회논문집 Vol.2016 No.6
The problems of global warming and resource depletion caused by industrial and social development process have emerged as challenges that the world is now facing. In this respect, the excavation of environmentally friendly energy resources and development of utilization technologies has become a key task for all countries. This paper studied how to convert magnetic force into mechanical force and a new basic mechanism of converting magnetic force into mechanical force has been invented. Long-term reliability test, around 15 million times, was also conducted in –1℃~27℃ to evaluate the durability of magnetic force. As a results, tests showed that the deviation of the mechanical force is within 0.8% of initial force, and the relation in repulsive force(P) and ambient temperature(T) formulate to linear equation P=–0.175+78.945.
영구자석 자기력의 기계적 에너지 이용에 관한 유용성 고찰
신현준(Hyun-Joon Shin),김정엽(Jung-Yup Kim),박병직(Byong-Jik Park),이수각(Su-Gak Lee) 대한설비공학회 2016 설비공학 논문집 Vol.28 No.4
Currently, identifying a new carbon-free energy resource is important in order to resolve the global warming problem. Along the same line, this paper studied how to convert magnetic force into mechanical force and a new basic mechanism of converting magnetic force into mechanical force was identified. Long-term reliability test, around 15 million times, was also conducted at -1℃~27℃ to evaluate the durability of magnetic force. As a result, tests showed that the deviation of the mechanical force was within 0.8% of the initial force, and the relation between repulsive force (P) and ambient temperature (T) was formulated in a linear equation P = -0.175T+78.945.