논문 : 단국대학교와 백범 김구

이홍구 ( Hong Goo Lee ) 단국사학회 2012 史學志 Vol.45 No.-

단국대학과 백범 김구와의 관계는 대학 설립자 범정 장형이 해방 후 만주에서 돌아와 백범 김구를 만나게 되면서 시작된다. 범정은 해방을 맞이한 후 한교 처리를 위해서 만주에 가 있던 김홍일의 주선으로 백범과 인연을 맺게 된다. 백범은 1945년 11월 환국 후 여러 가지 방향으로 건국구상을 실천하기 위해 노력하였고, 그 중 하나가 대학을 설립하여 인재를 양성하는 것이었다. 이에 국민대학설립기성회가 만들어졌으며, 범정은 서울에 도착 후 기성회에 참여하여 백범의 구상 실천을 돕는 한편, 이사로서 대학 설립의 실무를 맡아 1946년 9월 국민대학관을 설립하게 된다. 그러나 기성회장이었던 신익희가 임시정부 및 한독당과 결별하면서 범정은 국민대학에서 나와 새로운 대학을 설립하게 되고, 그것이 지금의 단국대학이었다. 단국대학은 백범이 꿈꾸었던 통일국가의 수립을 위한 민족의 동질성을 단군에서 찾아 교명을 ‘단국’이라 하였으며, 동지였던 박기홍의 미망인 조희재와 함께 1947년 11월 3일 단국대학을 설립하였다. 백범은 단국대학 전문부 1회 졸업식에 참석하고, 범정의 집을 방문하기도 하는 등 범정과 교육사업에 대해 칭찬을 아끼지 않았다. 범정 또한 백범이 주도하여 운영한 건국실천원 양성소 이사장을 맡아 재정적인 지원은 물론, 교수진, 교육생까지 지원을 아끼지 않았다. 이러한 범정과 백범의 관계는 두 인물의 사후 그의 후손에게 계승되었고, 자연스레 단국 대학과의 관계도 이어졌다. 범정의 아들 장충식 회장은 백범김구선생기념사업협회 회장을 맡으면서 백범의 아들 김신 장군과 함께 협회의 법인화, 백범일지 중국어판 보급, 백범강좌의 지속적 진행, 백범 추도식의 위상 강화 등 백범에 대한 기념사업을 같이 추진하였다. The relationship between Dankook University and Baekbeom Kim Koo began when the university founder Beomjung Jang Hyung met him after returning from Manjoo following the liberation of Korea from Japan. Beomjung was introduced to Baekbeom by Kim Hong-il who was in Manjoo to deal with overseas Koreans after liberation. After Baekbeom returned home in November 1945, he strived to practice the founding initiatives in many different ways, one of which was to produce talents by establishing an university. Thus, Kookmin University Foundation Supporting Association was established, which was joined by Beomjung after he returned to Seoul. He helped Baekbeom to practice the founding initiatives, while serving as a director for establishing an university. As a result, Kookmin University Hall was established in September 1946. However, as the association president Shin Ik-hee left the provisional government of the republic of korea and the Independence Party of Korea, Beomjung left Kookmin University and established a new university, which became today`s Dankook University. The name came from Dangun (legendary founding father of Korea`s first nation) who contained ethnic homogeneity for creating a unified country that Baekbeom was dreaming of. He established Dankook University on November 3, 1947, along with Cho Hee-jae, a widow of his friend Park Ki-Hong. Baekbeom attended the first graduation ceremony of Dankook University and visited the home of Beomjung, giving lots of compliments on his educational projects and achievement. Beomjung also provided tremendous financial support as a chairman of ‘Center for Training People for Founding Country’ led by Baekbeom, as well as support for faculty and students. Such relationship between Beomjung and Baekbeom was passed down to their descendants in connection with Dankook University. After the son of Beomjung, Jang Chung-shik, became the president of ‘association Commemorative services for Patriot Kim Koo’, he promoted various Baekbeom commemoration projects including incorporation of the association, distribution of Chinese edition of Baekbeom Journal, providing ongoing classes on Baekbeom, and elevating the status of Baekbeom memorial services, along with the son of Baekbeom, general Kim Shin.

한국인의 항파상풍 항체 역가

구홍두,최옥경,장석준,정구영,이정운,김승호 대한응급의학회 1993 대한응급의학회지 Vol.4 No.2

Inspite of immunization, TETANUS remains a disease with a high morbidity and mortality rate. Tetanus has been still occurred more frequently in developing countries where immunization programs are inadequate. In Korea, there is a routine immunuzation schedule with diphtheria, pertussis, and tetanus(DPT) vaccines at 2,4,6 month after birth at 18 month. But further prophylactic programs are not exist. Moreover, we have usually used only passive immunization, tetanus antitoxin, as a prophylactic regimen for injured patients instead of guidelines of Center for Disease Control. The purpose of this study was to assess the baseline tetanus immunity state and to suggest the proper immunization schedule and adequate prophylactic guideline for injured patients in Korea. One hundred thirty one trauma patients from emergency department of Severance hospital from September to November of 1993 were included. Antietanus antibody titers of the patients were analyzed by ELISA assay. The mean antitetanus antibody titer was 0.728 ±0.236IU/mL. The titers were diminished rapidly with age. In pediatric group(age under 15), the mean titer was 3.251 ±0.426 IU/mL and in geriatric group(age over 64), the mean titer was 0.007 ±0.002 IU/mL which was below the minimal protective antibody titer(0.01 IU/mL). While all of the pediatric patients have protective antibody titer, only 69.2% of young adults(15-39, n=65), 56.7% of adults(40-64, n=30), and 57.2% of geriatrics(>65, n=14) have protective antibody titer. Our results suggest that tetanus prophylaxis is unnecessary in the age under 14. In other age groups, however, our data strongly support the need of prophyulaxis.

林地利用에 따른 溪流水의 水質變化

具瀟瑛,鄭源玉,金弘洙,朴晋源,麻鎬燮 경상대학교 농과대학 부속연습림 2001 演習林硏究報告 Vol.- No.11

Table 2. Evaluation of stream water quality in three stands by Drinking water quality standard <원문참조> 임지이용에 따른 수질변화 및 오염정도를 구명하여 향후 비점오염원 관리를 위한 기초자료를 제공하고자 경남 진주시 정평리에 위치한 3개 임분(소나무, 밤나무Ⅰ, 반나무Ⅱ임분)에서 2000년 7월부터 9월까지 계류수의 수질변화를 분석하여 얻은 결과는 다음과 같다. 1. 세 임분의 계류수 pH는 소나무 임분(pH6.59)>밤나무 Ⅱ임분(ph 6.53)>밤나무 Ⅰ임분(pH 6.47)계류수 순으로 나타났다. 2. 전기전도도는 밤나무 Ⅰ임분>소나무 임분>밤나무 Ⅱ임분 계류수의 순으로 높게 나타났다. 3. 양이온은 세 임분의 계류수 모두 Ca^2+, Na^+, Mg^2+, K^+, NH_^+의 순으로 높게 나타났다. 4. 음이온은 소나무 임분과 밤나무 Ⅱ임분 계류수에서는 SO_4^2, Cl, NO_3의 순으로 높게 나타났고, 밤나무 Ⅰ임분 계류수에서는 NO_3, SO_4^2, Cl 의 순으로 높게 나타나 차이를 보였다. 5. 소나무, 밤나무 Ⅱ임분 계류수는 pH, NH_4+, NO_3, Cl, SO_4^2이 먹는 물 수질기준 범위내에 있었다. 그러나 밤나무 Ⅰ임분 계류수에서 5항목 중 NO_3는 먹는 물 수질기준을 넘어서는 범위에 있어 임지이용에 따른 하류수질의 오염이 우려되었다. 따라서 이러한 상류지역에서 오염원 차단을 위한 수질정화시설 등의 대책이 마련되어야 할 것으로 사료된다. This study was carried out to clarify the change characteristics of stream water quality by land-use of forest from July to September, 2000 in three stands(Pinus densiflora, Castanea crenata(Ⅰ), Castanea crenata(Ⅱ) stand) of Jeongpyeong-ri, Jinju-si, Gyeongnam. The mean pH of rainfall results in acid rain of 5.3. The pH of stream water in three stands was hugh in order of Pinus densiflora (pH 6.59), Castanea crenata(Ⅱ)(pH 6.53) and Castanea crenata(Ⅰ) stand(pH 6.47). The electrical conductivity of stream water was high in order of Castanea crenata(Ⅰ), Pinus densiflora and Castanea crenata(Ⅱ) stand. Cations of three stand in stream water high in order of Ca^2+, Na^+, Mg^2+, K^+ and NH_4^+. But anions of stream water in Pinus densiflora stand and Castanea crenata(Ⅱ) stand were high in order of SO_4^2, Cl and NO_3. In Castanea crenata(Ⅰ) stand cations of stream water were high in order of NO_3, SO_^2 and Cl. The level of pH, NH_4^+, NO_3, Cl and SO_4^2 of stream water in Pinus densiflora stand and Castanea crenata(Ⅱ) stand reached within the level of domestic use standard for drinking water But the level of NO_3 of stream water in Castanea crenata(Ⅰ) stand was higher than that of domestic use standard. Therefore, non-point sources like forest watersheds which are fertilizer application lands should be taken to the appropriate mitigation measures.

意思決定論에 대한 小考

尹洪九 단국대학교 상경대학 1981 商學論叢 Vol.16-17 No.-

토양에서 분리한 Toluene 분해 세균의 동정 및 일부 특성

김종구,박근태,이건,이상준,손홍주 부산대학교 환경문제연구소 1998 環境硏究報 Vol.16 No.-

경상남도 양산천 일대의 토양시료로 부터 toluene을 유일한 탄소원 및 에너지원으로 생육하는 미생물들을 분리하였고, 그 중 toluene의 분해능이 가장 우수한 균주를 선별하여 공시균으로 선택하였다. 공시균의 형태학적, 배양적, 생화학적 및 화학분류학적 제반 특성들을 토대로 분류학적 위치를 검토한 결과 Rhodococcus 속으로 동정되어 편의상 Rhodococcus sp. EL-43P로 명명하였다. Rhodococcus sp. EL-43P는 phenol 및 다양한 phenol 유도체, benzene 등의 방향족화합물 기질에서 생육할 수 있었다. 특히 phenol 분해에 관련된 각종 환경조건을 최적화시키면 실제의 phenol 함유 폐수처리공정에서 충분히 적용가능성이 있음을 알 수 있었다. Rhodococcus sp. EL-43P는 catechol 1,2-dioxygenase의 활성을 가지고 있어 ortho pathway에 의하여 phenol을 분해함을 알 수 있었다. 또한 본 공시균은 toluene dioxygenase의 활성도 가지고 있었다. The microorganisms which degrade toluene as the sole and energy source were isolated from soil around Yangsan river. Among them, the strain EL-43P had the highest toluene degradability and identified as a Rhodococcus sp. according to morphological, cultural, biochemical and chemotaxonomical properties. Rhodococcus sp. EL-43P was able to grow at the various chlorinated phenols such as o-, p-chlorophenol, 2,3-,2,5-, 2,6- and 3,4-dichlorophenol, and benzene, respectively. If detailed phenol degradation conditions are established, the treatment of phenol wastewater using Rhodococcus sp. EL-43P would be possible. Rhodococcus sp. EL-43P had the catechol 1,2-dioxygenase which degrades Phenol derivatives by ortho pathway. This strain also had toluene dioxygenase.

테니스클럽 동호인의 복식경기 문화

이홍구,한태룡 한국스포츠리서치 2004 한국 스포츠 리서치 Vol.15 No.3

The purpose of this research was to examine the process of forming the tennis game subculture and its substance through diverse forms of interaction of each tennis club participant. In order to examine this, literature data connected with subculture and identity were collected and theoretical framework was arranged based on Coakley(1998)'s power & performance model and pleasure & participation model. The sample was drawn from 21 members of Gu-il tennis club in Joogong apartment, Myong-gu Dong, Gangseo Gu, Seoul, using typical case selection which is one method of criterion based selection. The data was collected using both in-depth interview and participation observation. This research used member check, peer debriefing, and triangulation to verify reliability and validity. On the basis of the result analysed, the conclusions were drawn as tennis club participants prefer to double game and volley style play. They also prefer to control to decrease unforced errors than increase wining shot which would happen to make error.

마케팅을 爲한 意思決定論的 支援策

尹洪九 단국대학교 산업연구소 1983 산업연구 Vol.6 No.-

社會와 企業

尹洪九 단국대학교 산업연구소 1982 산업연구 Vol.4 No.-

예측전류제어기를 이용한 3상 PWM 컨버터

한홍일,함년근,성낙규,이승환,이훈구,오봉환,한경희 명지대학교 산업기술연구소 2001 産業技術硏究所論文集 Vol.20 No.-

PWM converter has better power factor and low harmonic components than conventional diode rectifiers and phase controlled rectifier. Also the DC link voltage can be regulated fast and stable against the variation in the load. In order to regulate for DC link voltage, rapid current control is need for source current control. This paper focuses on the improvement of quickness of current controller to know the transient state characteristics of regulated DC link voltage against the variation in the load. To do this, it is adopted to three phase voltage type PWM converter with space vector pulse width modulation(SVPWM) method and synchronously rotating d, q axis current. Each d, q axis current is controlled independently. To control d, q axis current, Current control methods to be applied in system are PI current control and Predictive current control respectively. As a result, Transient response characteristic of Predictive current controller is superior to PI current controller.

외상성 뇌손상 환자에서 발생한 이소성 골화증에 의한 슬개 정맥 압박증 -증례 보고

조홍구,문기현,최은,이양균 순천향의학연구소 1995 Journal of Soonchunhyang Medical Science Vol.1 No.2

Heterotopic ossification is frequent complication in patients with spinal cord or brain injury, although the etiology is unknown. The extensive heterotopic ossification is a cause of limitation of active or passive joint motion and ultimately bony ankylosis which interferes independency in activities of daily living and ability of maximum rehabilitation. Whereas, the articular complication of heterotopic ossification have been well documented, the vascular complication are less well known. We experienced one case with vascular compression and obstruction by heterotopic ossification in a patient with traumatic brain injury and reported the case with clinical and radiologcal and laboratoric findings.