http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
The Mid-infrared View of Red Sequence Galaxies in Abell 2218 with AKARI
Jong-Wan Ko,Myung-Shin Im,Hyung-Mok Lee,Myung-Gyoon Lee,Ros H. Hopwood,Stephen Serjeant,Ian Smail,Ho-Seong Hwang,Na-Rae Hwang,Hyun-Jin Shim,Seong-Jin Kim,Jong-Chul Lee,Sungsoon Lim,Hyun-Jong Seo,Tomot 한국천문학회 2009 天文學會報 Vol.34 No.1
高明完 東新工科大學 1988 論文集 Vol.1 No.-
As many scholars have been concerned about the military regime, the historical study relative to the period has been attained to the high level that lots of excellent studies have been fulfilled. This paper therefore, investigates how the problem of morality was shown and was solved in the period of military regime from the new standpoint of the military regime. In examining the problem of morality, this paper is divided into Confucian politacal ideas as the principle of governing country and people and the ideas of filial duty as the moral norm, and also investigates how those affect in the functional side.
高明完 東新工科大學 1989 論文集 Vol.10 No.-
It is possible to approach in various ways for investigating matters on Naju-city. This study examines the relationship between Naju and all process from that Taejo Wanggun had served as a subodinate of Kungyae to unification of post-three countries. In order to demonstrate these problems, this study approaches as follows; This study investigates centering around (1) the condition of traffic on the sea on Naju, (2) military combat between Taejo Wanggun and Kyunhyun in relation to Naju, (3) marriage to Queen Changhwa, Oh. If this study achieves certain persuasive result by the above methods, though it is not enough, it is certified reality of Naju attempted in new way by this study.
鄭沈에 대한 小考 : 鄭道傳의 羅州 流配와 관련하여 Concerning the Exiled Life of JUNG, DO-JUN in Naju
高明完 東新大學校 1991 論文集 Vol.10 No.-
Jung, Chim set sailing as an country officer who performed a sacrificial rite for the mountains and streams in Chejudo for the order of the country. He fighted against Japanese invaders desperately on the way to sailing, to Chejudo but finally sacrificed himself to protect his country. However, nobody recognized his death. Jung, Do Jun was sorry for that, so he wrote the biography about Jung, Chim. It he didn't find the fact and write this biography, Jung, Chim's faithful loyalty for his country could be little known in the world. We must reflect that we haren't performed the research about Jung, Chim until today when 600 years passed since Jung, Do Jun wrote the biography of Jung, Chim. Therefore, this paper recognizes the historical reasonability of reinvestigation of Jung, Chim eagerly and approach methods for this are as follows ; First, the problems of genealogy will be examined. Second, the conditions of Japanse invasion in the Period of Jung, Chim, will be investigated. Third, the point of view of life and death that Jung, Chim has from the view of Jung, Do Jun will be examined.
高明完 東新大學校 1993 論文集 Vol.10 No.-
Sang-Chung Park was born in Pannam. He was fourth descendant of Hochang Eung-Joo Park, Who was the founder of Pannam Park's family. Pannam Park's family belonged to the class of provincial 'Hyangri'. Pannam Park's family became the gentry after Sang-Chung Park passed the civil service examination. It was Sang-Chung Park who made the Pennam Park's family one of the most powerful clans among Park's families in Korea. As one of thoes who made friends with Myung, Sang-Chung Park opposed himself to In-im Lee who was one of those who made friends with won and took power. Therefore he was tortured, and died on the way to the exile. This paper will show the need for a study on Sang-Chung Park and propose three kinds of approaches to this study; that is, firstly the social standing of Sang-Chung Park, secondly the relation between Do-Chun Chung and Sang-Chung Park, and thirdly the love of his country. If we derive any persuasive conclusion from the approaches above mentioned, we can bring to light the real image of Sang-Chung Park In this paper.
SEOUL NATIONAL UNIVERSITY 4K×4K CAMERA (SNUCAM) FOR MAIDANAK OBSERVATORY
Im, Myung-Shin,Ko, Jong-Wan,Cho, Yun-Seok,Choi, Chang-Su,Jeon, Yi-Seul,Lee, In-Duk,Ibrahimov, Mansur The Korean Astronomical Society 2010 Journal of The Korean Astronomical Society Vol.43 No.3
We present the characteristics of the Seoul National University 4k Camera (SNUCAM) and report its performance on the 1.5m telescope at the Maidanak observatory in Uzbekistan. SNUCAM is a CCD camera with a pixel scale of 0.266" in $4096{\times}4096$ format, covering $18.1'{\times}18.1'$ field of view on the 1.5m. The camera is currently equipped with Bessell UBVRI, $H{\alpha}$, SDSS ugriz, and Y-band filters, allowing us to carry out a variety of scientific programs ranging from exoplanet studies to survey of quasars at high redshift. We examine properties of SNUCAM such as the bias level and its temporal variation, the dark current, the readout noise, the gain, the linearity, the fringe patterns, the amplifier bias, and the bad pixels. From our observations, we also constructed the master fringe frames in I-, z-, and Y-band. We outline some of the current scientific programs being carried out with SNUCAM, and demonstrate that SNUCAM on the 1.5m can deliver excellent images that reach to the $5-{\sigma}$ detection limits of R~25.5 mag and z~22.7 mag in 1 hour total integration.
Seo, Myung-Seok,Jeong, Inyoung,Park, Joon-Suh,Lee, Jinwoo,Han, Il Ki,Lee, Wan In,Son, Hae Jung,Sohn, Byeong-Hyeok,Ko, Min Jae The Royal Society of Chemistry 2016 Nanoscale Vol.8 No.22
<P>We fabricated perovskite solar cells with enhanced device efficiency based on vertically oriented TiO2 nanostructures using a nanoporous template of block copolymers (BCPs). The dimension and shape controllability of the nanopores of the BCP template allowed for the construction of one-dimensional (1-D) TiO2 nanorods and two-dimensional (2-D) TiO2 nanowalls. The TiO2 nanorod-based perovskite solar cells showed a more efficient charge separation and a lower charge recombination, leading to better performance compared to TiO2 nanowall-based solar cells. The best solar cells employing 1-D TiO2 nanorods showed an efficiency of 15.5% with V-OC = 1.02 V, J(SC) = 20.0 mA cm(-2) and fill factor = 76.1%. Thus, TiO2 nanostructures fabricated from BCP nanotemplates could be applied to the preparation of electron transport layers for improving the efficiency of perovskite solar cells.</P>