현와 이도의 삶과 문학

이종호(Lee, Jong-ho) 대동한문학회 2014 大東漢文學 Vol.40 No.-

이 글은 17세기 고령의 선비, 현와 이도의 삶과 문학을 조명한 것이다. 현와는 임란 직후 서울에서 양녕대군의 6세손으로 태어나 평탄한 소년기를 보내다가 광해조 대북정권의 난정에 가담한 백형 이심이 인조반정으로 처형되면서 집안형편이 어렵게 되었다. 그즈음 현와는 영남의 선비 이대기의 딸과 혼인하면서 초계로 낙남했고, 그 이후로 점차 영남사인으로 정착하게 된다. 소과에는 입격했으나 대과에 매번 불리하여 일정 시기에 와서 과거를 그만두었고, 고령으로 거처를 옮긴 뒤 60세를 전후하여 음직으로 종묘서 직장, 안기도 찰방 등을 역임했다. 현와의 문학세계를 개괄적으로 검토했는 바, 현와의 시 중에서 척화파 대신 정온과 성주의 병졸 이사룡의 절의정신을 노래한 작품이 수작으로 꼽히는데 모두가 병자호란이 낳은 문예적 분비물인 셈이다. 장편 산문작품은 가야산을 유람하면서 견문한 내용과 느낌을 기록한 유람기로 묘사의 사실성이 돋보이는데, 그가 초계 지역사회에서 주도적 인물이었음을 알게 해준다. 단편으로는 안동의 기녀 당아와 나눈 로맨스를 담담하게 묘사한 송별 서문과 문생 전형의 서재 이름을 풀이한 두암팔경시 서문이 평가할 만하다. 현와는 선진양한 고문을 전범으로 삼아 학습한 어우 유몽인에게서 고문을 배웠기에 장자의 문장을 전범으로 삼고 장자적 상상력에 기초하여 문장구법을 구사하려 했다. 그러나 그의 문법이 전고의 활용 등과 같은 부분에서 다소 의미전달력이 떨어져 문체가 통창하지 못한 결함이 간혹 엿보인다. 이 글에서는 지역한문학의 활성화라는 의도 아래, 새로운 작가의 발굴이라는 면에 중점을 두고, 현와의 삶과 교유를 구체적으로 살펴 향후 심화될 그의 문학세계 검토에 토대를 마련하고자 힘썼다. 아울러 이 글을 통해 17세기 병자호란 이후 나타난 蹈海의식과 忠憤정신의 형상화가 고령지역 한문학의 주된 주제였음도 확인하였다. This paper studied on the literature of Hyunwa Lee Do(1593~1668) who has lived in 17th century. Hyunwa, his literary name, was born on 1593 right after Japanese Yimjin Invasion of Korea for the 6th descendant from Yanneong-Daegoon. Eventually Gwanghae's misgovernment committed by Daebuk regime caused Yinjo Banjung(coup). As soon as his oldest brother who get involved in a misgovernment died by execution, his family was broken up. He was married Lee Daegi's daughter, and then he moved to Chogea of Youngnan Province from Seoul. Hyunwa was gradually settled immigrants in Yeungnam as a provincial Sunbi. Until then he passed Samasi but still failed Mungwa. By the way, before long he moved to Goryung, and took up a public office as a Jongmyouseo Jikjang, Angido Chalbang. We can summarize a literary world of Hyunwa as follows. Poems that vividly described Jong-on and Lee sa-ryong's faithful mind was loved to recite, and prose writings as a diary of Gayasan sight-seeing, farewell preface about pure love with gisaeng Dang-a, reading expressed his thoughts on Duarm which was a Joan-hyong's studying room are his major work. In short, he was one of the talented provincial intelligentsia in 17th century of Choson dynasty, used Jangja's imagination to write prose. To conclude, I believe that his literary works based on Byungja-horan which broke out in 1636. Also his Dohae mind and Chungboon sprit stemmed from the bitter experience forced to give in to Chung, Manchurian empire treated as a Barbarian.

文山 李載毅의 삶과 交遊

李鍾虎(Lee Jong-Ho) 한국인물사연구소 2010 한국인물사연구 Vol.13 No.-

Moonsan is Lee Jae-ui(1772~1839)'s pen name. He is born the eldest grandson of the Jeonju Lee's Dukchun family line. Jeonju Lee's family is a prince of the blood in Chosun dynasty.. His noble birth make him a proud person. His birthplace was Seoul, but he have lived in Yongin, Kyunggi province. Especially he is a great-grandson of chief general, Lee Ju-guk who loved by king Jungjoe. Lee Jae-ui should carry out a duty of descendant offering sacrifice to his ancestors. That is a devout and unavoidable fate for him. Because he has a strong consciousness of offering sacrifice to his ancestors. He didn't go into government service at all. Instead of it, he made an effort to cultivate his morals and manage the family. Lee Jae-ui was taught chinese literature by Nam, you-do and the confucian scriptures by Ryu, Jung-mo in early years. During adult ages, he was a disciple of Park, yoon-won and Song, hwan-ki who are prominent scholars of confucianism. And then he promoted a friendship with lung, Jaw-meun Ann, ho Kim, young Sim, Ryu Song, Myung-hee lung, Yak-yong etc., they are his senior scholars. Whang, Gi-chun and Hong, Jik-pil, Lee, Man-jung and Sim, Du-young are Lee Jae-ui's best friends, First of all, he was known by lung, Yak-yong's argument parter of human nature. We hope that Lee Jae-ui's literature and thought is studied deeply sooner or later.

문화유산 속 과학-조선왕조의 꽃 백자(I)

이종호,Lee, Jong-Ho 한국과학기술단체총연합회 2006 과학과 기술 Vol.39 No.12

원전 안전성 국제 심포지엄 - 한국 원전의 역할과 안전성

이종호,Lee, Jong-Ho 한국원자력산업회의 2016 원자력산업 Vol.36 No.12

크로마뇽인이 그린 그림 라스코 동굴 벽화

이종호,Lee, Jong-Ho 한국과학기술단체총연합회 2005 과학과 기술 Vol.38 No.3

제21회 한국원자력기술상 수상기 - 국산 원자력등급 펌프 성능 시험 성공 일반 규격품 품질 검증 인프라 구축

이종호,Lee, Jong-Ho 한국원자력산업회의 2014 원자력산업 Vol.34 No.3

지능 제어를 위한 신경 회로망 기술 개요

이종호,김진환,허욱열,Lee, Jong-Ho,Kim, Jin-Hwan,Heo, Uk-Yeol 대한전자공학회 1995 전자공학회지 Vol.22 No.11

혁신클러스터 발전의 사회 ${\cdot}$ 제도적 조건

이종호,이철우,Lee, Jong-Ho,Lee, Cheol-U 기술경영경제학회 2003 Journal of Technology Innovation Vol.11 No.2

Since the early 1990s, cluster-based policies have been celebrated as the basis of successful regional industrial and technological development strategy by encouraging regional innovation and technological spillover. Most recently, the Korean government has also begun to seek to initiate some strategies for promoting industry clusters. However, it is problematic that the cluster policies still focus on attracting related firms and establishing supporting agencies and physical infrastructures rather than improving social and institutional dimensions for cluster development such as social capital, networks, social learning capabilities, the governance of regional innovation. In this paper we attempt to elucidate social and institutional dimensions for cluster development and suggest some policy agenda to promote innovative cluster.

수질분야 환경영향평가의 개선방안 - 환경오염시설의 통합관리와 대비하여 -

이종호,조재현,Lee, Jong Ho,Cho, Jae Heon 한국환경영향평가학회 2017 환경영향평가 Vol.26 No.5

본 연구는 수질관리 측면에서 주요한 여건 변화 즉 환경오염시설의 통합관리의 도입 시행에 유의하여 수질분야 환경영향평가 개선방안을 모색하였다. 이를 위해 먼저 환경영향평가시 적용되는 배출허용기준, 방류수수질기준, 수질오염총량관리, 수질보전을 위한 토지이용규제를 고찰하였다. 그리고 환경오염시설의 통합관리에 따라 도입된 최대배출기준, 허가배출기준, 한계배출기준 등을 고찰한 후, 최적가용기법과 미국의 최적가용기법 및 관련 제어기술과 비교하며, 수질분야 환경영향평가와 환경오염시설의 통합관리를 비교하였다. 수질분야 환경영향평가 개선방안으로 첫째 영향예측과 평가에 배출영향분석기법과 허가배출기준설정의 반영, 둘째 협의기준에 허가배출기준의 반영으로 강화된 농도규제와 대상 수질항목이 확대된 수질오염 총량관리의 구현, 셋째 저감방안에 통합관리사업장의 배출원 성격과 수질오염물질 특성에 따른 최적가용기법의 다양한 운영, 넷째 저감방안에 영양염류제어를 위한 질산염취약지구와 같은 토지이용규제의 도입, 다섯째 환경영향평가서 수질분야 항목과 토지이용분야 항목간의 연계성 강화 등을 제시하였다. The important changes in water environment management in Korea can be summarized as the enactment of Act on the Integrated Control of Pollutant-Discharging Facilities. Therefore water quality impact assessment should be reexamined and be revised. This study examines the present water quality impact assessment items (permissible discharge limits, standards for effluent water quality including Total Pollutant Load Management System) and considers the land use regulation for water quality conservation and NVZs(Nitrate Vulnerable Zones of EU and England). It also considers lately adopted standards(maximum discharge standards, permissible discharge standards, and marginal discharge standards etc) based on Act on the Integrated Control of Pollutant-Discharging Facilities and then compares Korean BAT and its counterpart control technology of U.S.A. And it also compares the items of water quality impact assessment with those of Integrated Control of Pollutant-Discharging Facilities, based on EIS reporting items. This study suggests five improvement measures for water quality impact assessment. First reflection of discharge impact analysis on impact prediction and assessment, second reflection of permissible discharge standards on agreed standards in the EIA procedure, third, reflection of diversified BAT on mitigation measures in the EIA procedure, forth introduction of land use regulation such as NVZs, finally strengthening linkage between water quality items and land use items etc.

TiO₂ 복합 광촉매의 표면 특성과 광촉매 효율

이종호,윤정일,김영직,오한준,Lee, Jong-Ho,Youn, Jeong-Il,Kim, Young-Jig,Oh, Han-Jun 한국재료학회 2014 한국재료학회지 Vol.24 No.10

To synthesize a high-performance photocatalyst, N doped $TiO_2$ nanotubes deposited with Ag nanoparticles were synthesized, and surface characteristics, electrochemical behaviors, and photocatalytic activity were investigated. The $TiO_2$ nanotubular photocatalyst was fabricated by anodization; the Ag nanoparticles on the $TiO_2$ nanotubes were synthesized by a reduction reaction in $AgNO_3$ solution under UV irradiation. The XPS results of the N doped $TiO_2$ nanotubes showed that the incorporated nitrogen ions were located in interstitial sites of the $TiO_2$ crystal structure. The N doped titania nanotubes exhibited a high dye degradation rate, which is effectively attributable to the increase of visible light absorption due to interstitial nitrogen ions in the crystalline $TiO_2$ structure. Moreover, the precipitated Ag particles on the titania nanotubes led to a decrease in the rate of electron-hole recombination; the photocurrent of this electrode was higher than that of the pure titania electrode. From electrochemical and dye degradation results, the photocurrent and photocatalytic efficiency were found to have been significantly affected by N doping and the deposition of Ag particles.