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심상법(Sang Beop Shim) 한국복음주의신약학회 2007 신약연구 Vol.6 No.3
This paper firstly recalls the pictures of the reconciliation and unity in the 1907 PyengYang Great Revival, understanding them as the result of the work of the Holy Spirit. Through the statements of historians, above all, it observes briefly the pictures of the repentance, reconciliation and unity which had been happened through the work of the Holy Spirit during the 1907 PyengYang Great Revival Movement: between the upper class('Yangban') and low class('Sangnom'); between the foreign missionaries and native believers; between the women and the men; between the believers; and etc. To have a biblical pattern for the true revival, then, it observes the pictures of the reconciliation and unity through the great work of the Holy Spirit in Acts on the basis of the fact that the pattern of Holy Spirit-repentance-reconciliation-unity is not only that of the Great Revival of 1907 but also what would have been happened wherever the Holy Spirit worked. The First Chapter deals with the Holy Spirit and revival in Acts as well as in the 1907 PyengYang Great Revival. The Second Chapter deals with the picture of the Holy Spirit of reconciliation and unity in Acts: in Acts 1:8; Acts 2; Acts 3-6; Acts 8:14-17; Acts 10-11. This paper, especially, shows the picture of the reconciliation and unity in Acts as the great work of the Holy Spirit of the Pentecost, which means the eschatological restoration of Israel('the whole house of Israel'[Acts 2:36]). In the view of the eschatological restoration of Israel, it is said that the picture of the reconciliation and unity in Acts is the soteriological, ecclesiological, and missiological ministry of the Holy Spirit. Consequently, this paper encourages us to have a biblical foundation for the true revival with the reconciliation and unity through the work of the Holy Spirit in our churches as well as in our society.
심상로(Sang Ro Shim),서진석(Jin Suk Suh) 한국가구학회 1994 한국가구학회지 Vol.5 No.1
This study was carried out under the assembly conditions at company and laboratory, for the purpose of acquiring the available adhesion-joint performance of wooden dowels which are being commonly used in jointing the furniture members.<br/> In laboratory assembly test, Polyvinyl acetate emulsion resin adhesive(room temperature curing type), urethane resin adhesive and MDI resin were applied to the dowels-joint of members of lumber, PB and MDF in a separate use or a mixed use condition, and then their withdrawal strengths were evaluated.<br/> Also, the withdrawal strengths were Investigated according to the elapsed time after gluing and assembly of dowels.<br/> There suits were summarized as follows:<br/> 1. The withdrawal strength was highest at the lowest diameter 6mm of dowel of tested 6, 8 and 10mm at each member in the company assembly condition.<br/> 2. In the laboratory assembly condition, the lumber showed the highest withdrawal strengths, which were subordinated with those at PB and MDF, resulting in th ε almost same withdrawal strengths between two members.<br/> 3. According to the types of adhesive and their formulations, th ε withdrawal strengths by urea resin and urethane resin at both separate use and mixed use condition were higher, comparing to that by a single use of poly vinyl acetate resin adhesive.<br/> 4. In terms of the developing speed of withdrawal strength by the elapsed time after gluing and assembly of dowels, there was a nearly proportional increase until 24 hrs. after assembly at lumber. On the contrary to this, there was a mild increase until about 6hrs. after assembly at PB and MDF, and there after no difference until 24 hrs.<br/> 5. From the above results, it was suggested that th ε handling and conveying of dowels-assembled furniture to other processing or finishing line , if at least 6 hrs. elapse after assembly of dowels at members, can not affect much the withdrawal strengths. Particularly, a good joint strength in this case was obtained with<br/> application of urethane resin mixed- urea resin a adhesive.
모틸린에 의한 사람 위 평활근의 수축 기전에 관한 연구
심상군(Sang Goon Shim),이종철(Jong Chul Rhee),이풍렬(Poong Lyul Rhee),최규완(Kyoo Wan Choi),전성국(Sung Kook Jeon),강동묵(Tong Mook Kang),엄대용(Dae Yong Uhm),이종석(Jong Seok Lee),성인경(In Kyung Sung),김현서(Hyun Seo Kim) 대한소화기학회 2002 대한소화기학회지 Vol.39 No.1
Background/Aims: Motilin is an intestinal peptide that stimulates the contraction of gut smooth muscle. A discrepancy exists between the in vivo (neurally mediated) and in vitro (direct action on a smooth muscle receptor) mechanisms of motilin action in many species. We investigated in vitro mechanisms of motilin action on human gastric smooth muscle. Methods: Antral cirular muscle strips of the surgical tissue obtained during gastrectomy, were used to measure contractile force and electrical activity. Dispersed muscle cells were used to measure L-type Ca2+ current and electrical activity. Results: Motilin of 1-100nM contracted smooth muscle in a concentration-dependent manner. Motilin-induced contractions were unaffected by tetrodotoxin or atropine treatment. Nifedipine or Ca2+-free bath solution blocked motilin (10nM)-induced contractions. Low concentration of motilin (1nM) resulted in an increase in acetylcholine (0.1~100M)-induced contractions. By patch clamp recording technique, motilin (1 or 10nM) did not modify the L-type Ca2+ current, but motilin-induced membrane depolarization was detected. Erythromycin also contracted smooth muscle with membrane depolarization but verapamil inhibited the contraction. Conclusions: These results suggest that motilin contracts smooth muscle through a direct action on smooth muscle receptor and Ca2+ influx through the L-type Ca2+ channel, which is due to membrane depolarization, also mediates motilin-induced contractions. (Korean J Gastroenterol 2002;39:4-12)