불공정한 법률행위

박철우 한국사법행정학회 1978 사법행정 Vol.19 No.3

예언자들의 체험적 영성에 관한 고찰

박철우 한국구약학회 2014 구약논단 Vol.20 No.4

We in the 21st century live in a post-modern society, where spiritual and psychological emptiness, social alienation, loneliness, and anxiety are not felt less deeply than at any other time. I tried to bring into relief the theological legacy of the prophets for us to learn and keep for future generations. The prophets were those who were recognized as special people in their society because of their special spiritual experiences and activities. They acted in accordance with the divine mission to proclaim the words of God to their people, who presumed that their prophetic words were to be fulfilled, and who could not but react in some way, either positively or negatively. This is because of their spiritual experiences which can be found, first of all, in the experiences of their prophetic call, which is the root of their authority and activity. In the present article, I tried to examine the particularities of their spiritual experiences, especially their revelatory experiences, by critically assessing the discussions of major biblical scholars on this issue (esp. Sigmund Mowinckel, Walther Eichrodt, Max Weber, Abraham Joshua Heschel, J. Lindblom, H. H. Rowley, C. F. Whitley, André Neher, John F. A. Sawyer, J. Blenkinsopp, R. R. Wilson, Rodney Hutton, et al.). The value of the prophets’ spiritual experiences themselves does not exceed the truth contained in their words. However, the importance of their spiritual experiences is not to be underestimated, because they are God's special work in relationship to them. The spiritual experiences, their experiential spirituality, and the Spirit's work 'in' and 'through' the words, together with their moral teachings, are what we have to learn, cherish, and pass down to future generations as our biblical legacy. 예언자의 체험적 영성은 성경이 21세기 교회에 남길 수 있는 절대적 가치 중의 하나이다. 예언자의 체험에 대한 다양한 논의, 특히 그들의 계시체험에 대한 다양한 해석의 역사를 비평적으로 검토함을 통하여 그들의 체험의 특징을 평가하고 우리가 수용해야할 내용들을 천착하였다. 예언자들이 선포한 말씀 자체와 함께 그들의 계시체험은 결코 간과하거나 폄훼되어서는 안 되는 신학적, 신앙적 유산이다.

시편 4-5의 수사학적 분석을 바탕으로 한 불가타 성경의 번역 원칙 및 그 유용성에 관한 연구

박철우 나사렛대학교출판사 2011 지성과 창조 Vol.- No.14

학생 중심의 읽기 학습 지도

박철우 한국국어교육연구회 1990 국어교육 Vol.- No.69

Compressive Shear and Bending Performance of Compressed Laminated Wood after Microwave Heating

박철우,임남기 한국건축시공학회 2012 한국건축시공학회지 Vol.12 No.5

To manufacture laminated wood with improved mechanical properties by providing uniform adhesiveness, the adhesive was applied and the plate adhesive was laminated on the wood surface. Then, after laminating the wood on the top part of the adhesivebond, it was heated and dried while the adhesive was stiffened using microwaves, and the test piece was manufactured by compressing it with the press machine for thirty minutes. The temperature and the water content were examined according to the heating time of the wood heated with the microwave, and testing was conducted on the shear strength and flexural strength of the wood. In addition, the microstructure of the adhesive bond between the wood was recorded to confirm the penetrabilityinto the wood structure for the adhesive. After the test was conducted, it was found that the test piece manufactured with wood that has its water content leveled with the microwave heating showed improved shear strength and bending strength compared to the standard test piece. With regard to adhesives, liquefied polyvinyl acetate resin and plate’s PVB resin were found to have superior adhesive strength. Also, after filming the cellular microstructure, it was found that when the laminated wood is heated with microwaves, the infiltration of the adhesive into the inside of the wood becomes easy, which makes it effective for improving adhesiveness

생산가능인구 감소시대 산업기술인력정책 국가 어젠다

박철우 한국공학교육학회 2014 Ingenium(人材니움) Vol.21 No.3

A Study on Fabrication of Nickel Fine Pitch Probe Needle with Electroforming Process

박철우,박경용,박영수 한국정밀공학회 2014 International Journal of Precision Engineering and Vol. No.

In this study, FEM (Finite Element Method) and experiments were performed to obtain the optimal condition for the electroformingprocess used to fabricate a multi-layered and high aspect ratio micro-structure. Especially, the influence of current density andelectrolyte concentration on a cantilever type LCD probe needle was investigated. It was found that the current density is proportionalto the thickness of the deposited metal. A finer metal structure and compact surface of the LCD pin was formed by the electroformingprocess than by the etching process. The experiment results show that structures maintain good fidelity. Ion discharge occurred slowlyat low current densities, which made the deposited crystal bigger and coarser. On the other hand, high current densities made thecrystal of the deposited structure finer and atom generating rate higher.

침입성 외래어류 브라운송어 Salmo trutta의 국내 서식 및 정착 확인

박철우,윤영진,김종욱,배대열,김재구,김수환 한국어류학회 2022 韓國魚類學會誌 Vol.34 No.4

In 2020 and 2022, the habitat of brown trout (Salmo trutta) was investigated in the Soyanggang River in Chuncheon, Gangwon province. As a result of the fish survey, A total of 43 individuals brown trout were identified. The total length of brown trout was widely confirmed from 60 cm or more to less than 10 cm. In January 2020, sperm release and spawn were observed in male and female confirmed at the St. 1. Brown trout were identified stably settled in the Soyanggang River and continues to live. In addition, benthic macroinvertebrates that can act as food sources of brown trout and abundantly inhabited. The riverbed structure is evenly composed of fine gravel and gravel, which constitutes the conditions necessary for habitat and spawning. However, the spawning grounds, spawned eggs and hatched fry have not yet been clearly identified, so continuous research is needed. 2020년과 2022년에 걸쳐 강원도 춘천시 소양강에서 외래종인 브라운송어의 서식을 조사한 결과, 43개체 (2.3%)가 서식하는 것이 확인되었다. 2020년 19개체, 2022년 24개체의 서식이 확인되었다. 조사된 개체의 전장이 60 cm 이상의 대형 개체부터 10 cm 미만의 소형 개체까지 폭 넓게 분포하고 있으며, 2020년 1월 St.1 지점인 세월교에서 확인된 암, 수 개체에서 포란과 방정이 관찰되어 소양강 일대에서 안정적으로 정착하여 꾸준히 서식하고있음을 확인하였다. 또한 먹이원으로 작용할 수 있는 저서성대형무척추동물이 풍부하게 서식하고 있으며, 하상구조도 잔자갈과 자갈 등이 고르게 구성되어 있어 서식과 산란에 필요한 조건을 구성하고 있다. 하지만 아직 산란장, 산란된 알, 부화된 치어 등이 명확히 밝혀지지 않아, 지속적인 연구가 필요한 실정이다.

Energy Consumption Reduction Technology in Manufacturing – A Selective Review of Policies, Standards, and Research

박철우,권계시,김욱배,민병권,박성준,성인하,윤영식,이경수,이종항,석종원 한국정밀공학회 2009 International Journal of Precision Engineering and Vol.10 No.5

Research on the improvement of efficiency in the manufacturing industry is underdeveloped partly because of the ambiguous objectives of the technical development of efficiencies in terms of energy consumption reduction. Consequently, the technical development of high-efficiency techniques that consider the whole manufacturing system is rarely addressed in industrial research. For this reason, this report aims to find the patterns in, and the definitions of, the technologies that will lead to efficiency improvement in the entire manufacturing industry by thoroughly investigating the literature about energy consumption reduction strategies, energy policies, and the state-of-the-art for energy-saving methods that are being pursued currently in several major countries. Through this study, the necessity and importance of the foregoing three items have been identified, and a way of defining the productivities of an energy-saving manufacturing system distinct from those of conventional manufacturing systems was attempted. It is also shown that the development of energy-saving and energy-harvesting technologies for all industrial sectors has emerged as a herald of economic growth in the near future.

A Study on the Manufacturing of Digital Camera Barrel using Magnesium Alloy

박철우,김영호 한국정밀공학회 2012 International Journal of Precision Engineering and Vol. No.

In recent year, there has been a growth of the manufacture and application of magnesium products. For Magnesium alloys take advantage small specific gravity and relatively high strength, shielding electromagnetic waves. However, there are so many studies to assure good formability because Magnesium alloy is difficult to form. The AZ31B alloy shows an excellent workability at temperatures from 250℃ to 400℃. Temperatures higher than 400℃ are not suitable for forming of the AZ31B alloy because of heavy oxidation. Forming temperature and heat transfer of Magnesium alloy to the molds, punch velocity, friction coefficient and geometric shape of molds are important factors to forge the components successfully. The forming factors of press forging on AZ31B have been studied by finite element analysis that was done with DEFORM/3D software. By conducting a circular design which included predictive experiments, evaluation of the outcome of actual products, and process modifications, the optimum conditions were established for a forging process to manufacture a magnesium alloy camera barrel.