http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
신체성장발달에 지능과 가정환경 조건이 미치는 영향에 대하여 : 사춘기 남학생 중심 BOY AT PUBERTY AGED FROM 9 TO 14
김광선,송석영 경희대학교 체육과학연구소 1979 體育學論文集 Vol.7 No.-
I have observed the body growth of the boys aged from 9 to 14,concerning their home economic environment and their intelligence. I come to the conculisons that the two aspects are greately influnced to their body growth as follows. A. concerning home economic environment. 1. There are many differences in the growth of their bodies. The levels of significances are high between low: 0.001, and middle between low: 0.001. 2. There must be rhythm in the growth of their bodies. 3. Good economic enrironments influence much more to their growth and have good results. 4. Correlations in each part of body. a) Body weight and circumferece of chest: to 82. b) Height stature and Body weight: to 76. c) Height stature and chest circumferece: to 63. B. Concerning intelligence quotient with body growth. We are Well aware of the fact that I.Q. is improved and changed cender the circumstances of one's growth but it is much more transmitted from his parents. The boys transmitted the same I.Q.can be changed while they are growing under the different environments. Any way I.Q. is also influenced much to their growth. High intelligence quotient made the boys grow better than low I.Q. (from 70 to 79). This aspect is considered in two ways. First, cender good environments, their body growth is faster than the others in bad environments, and their I.Q. is also very high (but not so many). Second, under bad environments, their growth is much slower than the boys in good conditions. The former's I.Q. is generally lower than the boys in good growing conditions given from their surroundings such as food, rests, exercises, and their parents' much care, etc……
난류 대류를 도입한 고온 축열 시스템 모델의 열복사 전달에 관한 연구
김광선,Kim, K.S. 대한설비공학회 1995 설비공학 논문집 Vol.7 No.4
The physical model of interest is based upon the concentric cylinder, where the outside cylinder is filled with optically thick and high temperature phase change material(PCM). The fluid is flowing through the inside cylinder to transfer the appropriate energy. The fluid is flowing through the inside cylinder to transfer the appropriate energy. The governing equations for the phase change material including internal thermal radiation and for the turbulent transfer fluid have been employed and numerically solved. The optically thick phase change justifies the P-l spherical harmonics approximation, which is believed to be appropriate choice particularly for the much coupled problem like in this study. The solid/liquid interface, temperature distribution within the PCM and the heat flux from the PCM to the transfer fluid have been obtained and compared with those of laminar transfer fluid. The numerical results show that the turbulent transfer fluid accelerates the solid/liquid interface and results in the increase of heat transfer rate from the PCM. The internal thermal radiation within the PCM, however, does not always playa role to increase the heat transfer rate throughout the inside cylinder. It is believed that the combined heat flux has been picked up more in the inflowing area than in the pure conductive phase change material.