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Q의 비유 장르와 역사적 예수 탐구 '겨자씨의 비유'(눅 13:18-19)를 중심으로
김덕기 한국신약학회 2002 신약논단 Vol.9 No.2
A new model of understanding the genre of parables in Q will be proposed in this paper to the effect that the new criteria and target for the quest for historical Jesus can be suggested if the people's live eventful experience unfolded by Mustard Seed will be seriously taken in the process of interpretation. Key supporting analytic method will be adopted from J.S. Kloppenborg's composition history and genre criticism of Q and W. Arnal's socio-historical analysis of Q community. The new model of understanding the parable genre of Q, which is proposed by 'event-oriented' quest for historical Jesus, can be constructed after reviewed and criticized be the previous `character-oriented' quest for historical Jesus. Especially the histoncal-critical issues involved in the tradition history of Mustard Seed parable will be explored by the analysis of the parallels of Q, Gospel of Thomas, and Mark. Then the hermeneutical reflection of the parable genre will be discussed in light of Alain Badiou's ontological reflection on the relation between event and truth. The social background of Q community will be in detail discussed to clarify the eventful aspects of Mustard Seed, and they will be reinterpreted in light of its social formation. The proposed model of understanding the parable genre of Q will be reaffirmed both by reflecting on the eventful characteristics of Mustard Seed in light of the other parables of Ql, Yeast, Lost Sheep and Drachma, and by reinterpreting it in light of the social program of Q(Luke 6:27-36). .
김덕기,김종수,김성환 한국마린엔지니어링학회 2000 한국마린엔지니어링학회지 Vol.24 No.6
In this industrial induction motor speed and torque controlled drive system, the closed loop control usually requires the measurement of speed or position of amotor. However a sensorless drive of an induction motor has several advantages ; low cost and mechanical simplicity. Thus this paper investigates a field oriented control method without speed and flux sensors. The proposed control strategy is based on the Model Reference Adaptive System(MRAS) using a new flux estimator which replaces integrators with two lag circuits as the reference model. This algorithm may overcome several shortages of conventional MRAS such as integrator problems, small EMF at low speed. The simulation and experimental results indicate good speed responses.