1930년대 천도교의 반일민족통일전선운동에 관한 연구 -갑산ㆍ삼수ㆍ풍산ㆍ장백현 지역의 조국광복회를 중심으로-

성주현 ( Sung Ju Hyeon ) 한국민족운동사학회 2000 한국민족운동사연구 Vol.25 No.-

The Nation Unification Movement(hereafter called as the Movement) by Chondo-Gyo(天道敎) under the colony of Japan had been started from 1920s right after the March first Independence Movement on March 01, 1919 and developed until the end of 1930s. The exisiting study on the Movement concerning the Chondo-Gyo didn't get a few results with the Koryo Revolution Party Movement by Choi, DongHee, Kim, BongKook, Lee, DongKook, Lee, DongKoo, etc., the Shinkan Association Movement by the old family of ChondoGyo, the One Korea Party Movement by Shin, Sook, Choi, DongOh, Kang, JeHa, etc., the June 10 Movement, etc. in 1920s. However, in fact there is no study result in details regarding the ChondoGyo in the connection with the Movement by the members of “the Fahterlahd Restoration Associacion”(hereafter called as the FRA) in the late 1930s. Especially there is almost no spotlight on their members, organizations, activities, etc who participated in the Movement with the FRA. It needs a new cognition of the activities of the FRA at the point of struggle in arms and connection with Kim, II Sung who established North Korea. When the study result on the their activities was released, it was told that they made and developed Chondo-Gyo and the Movement but it was mostly focused on the truth and untruth of the Kim, II Sung’s activities, the establishing procedure and organization of the FRA, and the reconstruction of Communist Party. It has dealt with the connection with Choado-Gyo neglectfully or slightly. The summary on the foundation and activities of the FRA and the Movement by Chondo-Gyo are as following; First, Chondo-Gyo and the FRA had abandoned the strategy called as “Rank v. Rank” at the 7th Comintern Meeting in July 1935 and made the consolidation between Anti-Japanese and People Consciousness of Chondo-Gyo for the change to do make a stronger struggle against Japan. The 7th Comintern made a new policy, “ Change the 2nd troops of East-North People’s Revolution Army into the corps for the Chosun Independence from Japan” with the contents that the Chinese Communists made the Chosun communists do their revolutional struggle for our independence from Japan while they made the union force against the Japan for the Colonies in the East-North Asia. Also it is appointed to the Chondo-Gyo as the object of the Movement entirely. At that time, the communists had got hostility towards the Chondo-Gyo deeply because the Chondo-Gyo didn't do only their religious activities by itself and did have the line to compromise with Japan in the country. Nevertheless, it is the central role of the party against Japan that the FRA did the Movement with the Chondo-Gyo. Second, the both parties had the same line of the cognition of Chondo-Gyo and the straggle against Japan by Kim, II Sung and the People’ sense against Japan by Park, In Jin after the meeting twice. It is based on the realistic recognition under the control of Japan chat only Chondo-Gyo couldn’t succeed in expelling Japan from the country and keeping our people safe, and the FRA itself didn’t get the independence. Also the Chondo-Gyo believers( hereafter called as “the believers” ) in the areas did have the through spirit of People. The believers led by Park, In Jin were not the communists but it is enough possible to do the Movement with the FRA that they had the strong spirit against Japan with the top target for our independence. This spirit was established by Chondo-Gyo of itself, especially it remained continuously by the TongHak troops who had the experience or fighting against Japan during the Tonghak Revolution, fled from Japan and stayed in the areas. Park, In Jin listened to the general principle and announcement of the FRA during the talk with Kim, II Sung, he could take participate in the movement actively. In this point, Kim, Ii Sung could be expressed as ‘an progressive Chondo-Gyo believers'. Third, the believers did very aggressive activities in building the infrastructure after they joined the movement with the FRA. They organized the Wang Family Branch and the Temple Branch centering the Choado-Gyo temple in the Jangpaekhyun with their 17 towns, their areas and branches in mainly Kapsan-gun, Pungsan-gun, Samsoo-gun, Hyesan-gun in the country, and their corps in charge of production. The infrastructure of the Group was made at Jangpakhyun in Manchuria, the partial districts of Hamkyongnam-do and Pyongan-do in the current North Korea while the very nuclear structures were those of Jangpaekhyun, Kapsan, Pungsan, Samsoo districts. They were very important for the infrastructure concerning the Chondo-Gyo. Fourth, the Chondo-Gyo believers like Park, In Jin, Lee, Jeon Hwa, Lee, Kyong Woon, Lee, Chang Sun, etc. did enter the FRA and took participate in the Movement very actively. The leader, Park, In Jin, who controled the 5 branch temples in some parts of Jangpaekhyun, Kapsan, Pungsan, Samsoo, Hyesan, etc., did take the meeting with Kim, Il Sung and the representatives at each temple, then they mostly entered the FRA and did take participate in the struggle in arms against Japan with the East-North Union against Japan, too. But it is the limit that every Chondo-Gyo didn't join the movement successfully. Nevertheless, it is very important meaning that the believers at the districts of Hamkyongnam-do and Pyonganbuk-do with most of Chondo-Gyo did join the FRA and made the Movement against Japan with the FRA.

보은 ‧ 금구집회의 전개와 동학농민혁명

성주현 충북대학교 중원문화연구소 2013 중원문화연구총서 Vol.21 No.-

본문참고

지방정부간 정책갈등 분석시각

주상현 全北行政學會 2001 全北行政學報 Vol.15 No.1

민선 이후 지방정부간 관계의 변화과정에서 보편적으로 나타나고 있는 지방정부간 정책갈등문제를 정확히 진단하고, 그러한 문제에 대한 대응방안을 모색하는 것은 매우 중요한 문제라고 할 수 있다. 그런데 지금까지 지역정책에 대한 지방정부간 갈등 분석 경향은 갈등원인에 대한 설명과 이어 따른 갈등사례의 나열식 분석에 치우칠 뿐 정책갈등을 분석하기 위한 적합한 이론의 정립을 위한 연구는 전무한 실정이다. 이에 따라 이 연구는 지방정부간 정책갈등을 분석하기 위한 적실성 있는 이론의 정립화의 한 시도로서 지방정부간 정책갈등에 대한 논의를 거시적 측면에서 갈등에 영향을 미치는 제도의 특성을 연구하고, 미시적 측면에서 개별적 행위과정에 초점을 두고 행위자들간 상호관계의 변화과정을 살펴보는 구조과정모형이라는 정책갈등모형을 제시하고 그 이론적 함의를 논급하고자 하였다.

축산 폐수의 효율적 처리를 위한 광합성 미세조류인 Spirulina platensis 배양 공정의 최적화

안주희,김성수,김태호,이준엽,오상집,이진하,이현용 한국미생물생명공학회 ( 구 한국산업미생물학회 ) 1996 한국미생물·생명공학회지 Vol.24 No.4

돈분 폐수의 효율적인 처리를 위해 6 W/㎡, 12 W/㎡와 24 W/㎡의 조도 하에서 온도를 15℃에서 40℃까지 각각 변화시켜, 광합성 미세 조류인 Spirulina platensis의 생육에 관한 최적 생육 조건 결정에 관한 실험을 하였다. 균체의 비생육속도는 30℃까지는 온도 증가에 따라 증가하였다. 균체의 생육에 있어서 온도의 영향을 설명하기 위해서 Arrhenius 식을 이용하여서 얻은 활성화 에너지 값은 13.5kal/mol이었다. 순수 배지에서 배양된 균체의 비생육속도가 0.31(1/day)인 반면 30% 돈분 첨가 배양시 얻은 균체의 비생육속도는 0.24(1/day)였다. 폐수내의 총 질소량과 이의 제거속도로 균체의 폐수 처리 능력을 평가할 수 있었다. 돈분 농도를 달리 첨가한 회분배양에 있어서 70~93%(PO_4^3- -P), 67~93%(inorganic nitrogen), 80~90% (COD) 그리고 37~56%(organic nitrogen)의 감소율을 보였다. 총-질소와 총-인의 1차반응 감소 속도 상수는 각각 0.17(1/day)와 0.14(1/day)로 계산되었다. 20% 돈분을 첨가하는 연속배양에 있어서 회석률이 0.20(1/day)일 때 최대 균체농도가 1.52(g/L)를 유지했다. 돈분처리 후 얻은 균체의 성분은 단백질이 58.7%, 지방 11.0% 그리고 회분이 15.6%였다. The kinetics of growing microalga, Spirulina platensis was investigated to treat swine wastes with optimum growth conditions. Temperature was varied from 15 to 40℃ at three different light intensities, 6 W/㎡, 12 W/㎡ and 24 W/㎡. The specific growth rate was increased as temperature increased up to 30℃. The activation energy was estimated as 13.5 kcal/mol by an Arrhenius relationship. 0.24(1/day) of specific growth rate was obtained from batch cultivation with 30% swine wastes, compared to 0.31 (1/day) from clean culture. It was found that Spirulina platensis was able to reduce 70~93% of PO_4^3- -P, 67~93% of inorganic nitrogen, 80~90% of COD and 37~56% organic nitrogen by adding various concentrations of swine wastes for 12 days of batch cultivation. Rate constants for removing nitrates and phosphates in treating swine wastes were estimated as 0.17 (1/day) and 0.14 (1/day) in the first order reaction, respectively. 1.52(g/L) of maximum cell density was maintained at 0.20(1/day) of dilution rate in continuous culture, adding 20% swine wastes for 30 days. The chemical composition of the biomass obtained from the process showed 58.7% of protein, 11.0% of lipid and 15.6% of ash.

노인 입원 환자의 질병 양상과 의료이용 실태

김현주,홍성철,이상이,김명주,황승욱 대한노인병학회 2003 대한노인병학회지 Vol.7 No.4

유리단 국소의치 장착 후 M.K.G.에 의한 하악운동 형태 및 속도의 변화

최현미,조주온,이상돈,송광엽,박찬운 全北大學校 齒醫學硏究所 1992 전북치대논문집 Vol.10 No.1

The purpose of this study is to evaluate the effects of distal extension partial denture on the mandibular movement patterns and velocity. The subjects are 10 patients who have unilateral or bilateral distal extension edentulous area in maxillary and/or mandibular arches. Their mandibular movement patterns and velocity had been measured by Mandibular Kinesiograph(M.K.G.-K6 diagnostic system, Myo-tronics Inc. Seattle. WA. U.S.A.) once just before the treatment and 8 times every week since the dentures were placed. The data have been analyzed statistically by means of ANOVA and Tukey test. The results have been obtained as follows : 1. The placement of the dentures has reduced the amount of vertical and antero-posterior displacement in the habitual mandibular movement significantly(p<0.01). 2. The maximum opening and closing velocity and the mean opening and closing velocity showed no significant change with the placement of the partial dentures(p>0.01). 3. The velocity trace of maximum opening-closing movement has been more regularized and well-coordinated, and the number of clicks decreased continuously after placement of the dentures and showed stable patterns since the 5th week(p<0.01). 4. The left deviation has been decreased significantly after the placement of the dentures and showed no significant change since the 4th week. The right deviation has also been reduced, but there was shown no difference after the 1st week(p<0.01). 5. The crossover pattern has been most frequently observed in the frontal plane and the sagittal plane. It has not been changed with the denture placement and stabilized uniformly.

UPFC를 이용한 전력계통의 융통전력 증대방안에 관한 연구

김재현,김양일,정성원,한양주 국립7개대학공동논문집간행위원회 2004 공업기술연구 Vol.4 No.-

Recently electrical industry has been rapidly restructured by deregulation in the developed countries. This paper focuses on the evaluation of UPFC control on available transfer capability(ATC) enhancement. Technical merit of UPFC technology on ATC boosting are analyzed. More effective control means for line flow and bus voltage are required for appling UPFC. The function of UPFC is to control the active and reactive powers and the voltage magnitude simultameously. This paper demonstrate enhancement of ATC by application of UPFC at IEEE 57-bus system.

Pulsed ECR PECVD를 이용한 SiOx박막의 성장 및 특성분석

이주현,정일채,채상훈,서영준,이영백 선문대학교 1998 공과대학논문집 Vol.1 No.1

일반적으로 TFT(thin film transistor)의 유전체막으로 실리콘 실화막(Si_(3)N_(4))이나 실리콘 산화막(SiO_(2)) 을 200 - 300℃의 온도에서 증착을 하게되는데 본 연구에서는 비정질 실리콘과 유전체막사이의 계면 특성 특히 계면의 거칠기를 향상시키기 위해서 기존의 증착법이 아니라 비정질 실리콘(a-Si:H)과 산소 ECR 플라즈마의 반응 에 의한 산화막의 성장법을 시도했는데, 이 때 기판은 의도적으로 가열하지 않았으며 특히 본 연구에서는 기존의 시도와는 달리 ECR 플라즈마를 형성할 때 마이크로파 전력에 pulse콜 가하는 방법을 최초로 시도했고, 계면에 불 순물의 혼입을 최대한으로 줄이기 위해서 진공을 파괴하지 않은 상태로 산화막을 연속적으로 성장시키는 방법을 이용했다. Pulse를 가했을 경우에는 pulse를 가하지 않은 경우에 비해서 화학양론적 측면, 유전상수, 산화막의 표면 평탄도 등에서 우수한 산화막이 성장했으며, 특히 비정질 실리콘과 유전체막사이의 계면 특성을 반영하는 산화막의 표면 평탄도가 1/3정도로 획기적으로 줄어들었다. Dielectric thin films for TFT(thin film transistor)s, such as silicon nitride(Si_(3)N_(4)) and silicon oxide(SiO_(2)), are usually deposited at 200 - 300 ℃. In this study, authors have tried to form dielectric films not by deposition but by oxidation with ECR(Electron Cyclotron Resonance) oxygen plasma, to improve the interface properties between the dielectric films and semiconductor films(hydrogenated amorphous silicon(a-Si:H)). The substrate was not intentionally heated during oxidation. The oxidation was performed consecutively without breaking vacuum after the deposition of a-Si:H films on the substrate to prevent the introduction of impurities. In this study, especially pulse mode of microwave power has been firstly tried during ECR oxygen plasma formation. Compared with the case of the continuous wave mode, the oxidation with the pulsed ECR results in higher quality silicon oxide(SiO_(x)) films in terms of stoichiometry of bonding, dielectric constants and surface roughness. Especially the surface roughness of the pulsed ECR oxide films dramatically decreased to one-third of that of the continuous wave mode cases.

Urban Entertainment Center 사업과 지역경제의 파급효과 분석

주수현,허정옥,진금옥,강상주 동의대학교 경제경영전략연구소 2006 經濟經營硏究 Vol.4 No.1

This research is designed for conducing spreading effects of regional economy by analyzing Input-Output Model(i.e. production model, employment model, value model, and income model). These measures of spreading effects in regional economy were determined by precise analyses of feasibility and demands of public businesses. That would be effective and confident polices and supportive for long time in the regional ecinimy. One of the most effectibe analysis on the spreading effects of regional economy is draw up Input-Output Model(IOM). This article, based on 2000 IOM of Busan Area, is focused that how the turbulence level of final demands affected spreading effects of regional economy, such as industrial production, value added, employment, incom etc. Also there were included the analysis of economic analyses of spreading effects on the UEC in the Centum City businesses.

저혈청 배지에서 인간 전골수세포(HL-60)를 이용한 tPA 생산과 세포사멸기작에 관한 연구

김현구,성기돈,김태호,안주희,함문선,박진서,이현용 한국미생물생명공학회 ( 구 한국산업미생물학회 ) 1996 한국미생물·생명공학회지 Vol.24 No.1

tPA 생산과 세포 사멸의 연구를 하기 위해서 인간 전골수세포가 배양되었다. 연속 관류 배양하에서 최대 tPA 생산량은 324 ng/ml이며 최대 세포 농도는 5.27×10 exp (6) cells/ml였다. Phorbol ester를 넣었을 때 tPA 생산량은 420 ng/ml까지 향상되었다. 형광 현미경으로 관찰했을 때, apoptosis는 세포 배양 초기부터 중반까지 우세했고 빠른 교반 속도에서도 우세했다. 그러나 necrosis는 세포배양 말기와 동결된 세포가 해동 되었을 때 우세했다. HL-60 was cultivated to produce tPA (tissue-type plasminogen activator) and study the mechanism of cell death. Maximum cell density and tPA production were obtained as 5.27×10 exp (6) cells/ml and 324 ng/ml, respectively under perfusion cultivation. tPA production was enhanced to 420 ng/ml in adding 160 nM of phorbol ester. The cells were gradually differentiated to granulocytes rather than proliferation. By Fluorescent microscope, apoptosis was prevailed except the death phase and in high agitation speed, but necrosis was prevailed in thawed cells and during the latter periods of the cultivation. It was also proved that tPA was most produced in apoptosis. To obtain higher tPA productivity, the cells must be maintained in apoptosis, not necrosis phase when the cells were dying.