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연구논문 : 한국 장로교회들을 위한 실천적 지침으로서의 전인치유사역
박양현 ( Yang Hyun Park ) 한국성경적상담학회 2013 성경과 상담 Vol.12 No.-
본 연구는 전인치유사역에 대한 정확한 성경적 개념을 통하여 한국 장로교회들이 전인치유사역을 모든 지역교회를 위한 선택적인 사역으로서가 아닌 필수적인 사역으로 채택하기 위한 실제적이고 효과적인 지침을 제공하고자 한다. 이를 위하여 목회자, 신학생, 직분자들을 포함한 한국 장로교회 교인들을 대상으로 한 전인치유사역에 대한 설문 조사 및 분석을 통하여 한국 장로교회 안에서의 전인치유사역의 현주소와 한국 장로교회 교인들의 전인적 건강상태, 그리고 한국 장로교회들이 관심을 가져야 할 전인치유 사역을 육체적, 정서적, 영적 영역으로 분류하였으며 나아가 병원과 지역교회가 협력하여 교인들과 환자들을 전인적으로 치유하기 위한 방안을 제시하였다. This study attempted to provide practical and effective advice to Korean Presbyterian churches (KPCs) for adapting holistic Healing Ministry (HHM), not as an optional ministry but a necessary ministry for all local churches through the exact biblical concept about HHM. Through the analysis of survey for HHM conducted in many congregations of KPCs, this thesis evaluated the present reality of HHM ministered to KPCs, examined holistic health conditions of the congregations of KPCs, and identified which domain of health-physical, emotional, or spiritual-KPCs are currently interested in. Moreover, this thesis drew up a plan for KPCs to develop a team ministry, in cooperation with hospitals that share the same vision and goals of providing HHM to their congregational members and patients.
이경일,박양현,김용숙 朝鮮大學校 스포츠科學硏究所 2004 스포츠科學硏究 Vol.15 No.-
By analyzing on walking patterns of patients who have damaged ACL, we intended to use this study as data for several walking researches. Followings are the result of angles and angular velocities that are variables in the study. 1. The angle of ankle showed flection of 91.28˚ and 93.54˚ at the point E2 (opposite toe off) and at the point of E3(opposite heel contact). The angle of normal left foot was flection of 96.66˚ and 92.30˚ when it was at the point of E1(heel strike) and E2(opposite toe off). 2. The angle of knee showed the biggest curve of 121.07˚ at the point of E2(opposite toe off ) and there was a significant difference with the angle of left knee. 3. The angle of hip joint was the biggest numerical value extension, 49.93˚ at the point of E1(heel strike ) and at the point of E3(opposite heel contact), it showed the curve of 38.43˚. We could see the significant difference at normal left hip joint but at the point of E3(opposite heel contact) the numerical value of the curve appeared to be 89.49˚. 4. The angular velocity of ankle was the biggest as 67.33 at the point of E1(heel strike) and simultaneously, the angular velocity of left ankle appeared to be the smallest as -19.80˚. 5. The angular velocity of knee was -78.28 at the point of E2 (opposite toe off) and at the same point, the velocity of normal left knee was 46.68˚ which was the biggest numerical value. 6. The angular velocity of hip joint were -7.18˚ and -58.03˚ at the point of E1(heel strike) and E2(opposite toe off). At the same point, the velocity of left hip joint showed bigger number of 27.45˚ and -6.11˚.
이경일,박장진,박양현,이희경 朝鮮大學校 스포츠科學硏究所 2005 스포츠科學硏究 Vol.16 No.-
This study aimed to analyze basic physical fitness after physical fitness training program in stages for two years, calculate major biomechanical kinematic and variables of the whole aspects including power in swing, Physical articulation, club movement and driver swing using 3D image analysis examine characteristics of important variables by conducting pre- and post-analysis in each training and provide quantitative data necessary for effective training of coaches and athletes. Subjects of research were 3 male amateur golfers and when extensive physical fitness training and technical training were tried. biomechanical kinetic and kinematic analysis for improving accuracy of ball and distance was made. As the results of analyzing the data, the following conclusions were btained: 1) In impact of left and right axis (Y axis) from the center of body kept low change of speed and shift effects for increasing speed of club head in impact were great. 2) Much momentum was delivered to club in impact by transferring center of body and weight support to left. 3) Basic physical fitness and distance were improved through extensive physical training.
이경일,류재식,박양현,이희경 朝鮮大學校 스포츠科學硏究所 2005 스포츠科學硏究 Vol.16 No.-
The Kinetic Analysis of Butterfly Action in Swimming This study tried to secure the quantitative data through the kinematical analysis for the arm movement during swimming and to find out the effiient type for each movement of the superior and inferior swimmers. The conclusion of this study is as follows 1. Displacement of Fingertips The superior swimmer has the traces of under-water actions without unnecessary movements and gets into the gliding action as soon as he enters the water, resulting in the minimization of the gliding actions. while the inferior swimmer has too long gliding action or performs too many unnecessary movement in the water. 2. Displacement of Wrist and Elbows The angles between fore arm and upper arm of the superior and inferior swimmers had large difference even from the gliding action, where the inferior swimmwr held and drew the water with smaller angle, while, on the contrary, the superior swimmer drew the water wiyh large angle. 3. Velocity of the Fingertips For the position shange of wrist and elbow of the superior and inferior swimmers the elbow of the superior swimmer had no case that the elbow was drawn back first, while the inferior swimmer drew back the elbow at the same time when he entered the water.