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손민정,김효정,남궁정,박찬교,박해리,안현지,양고운,옥하영,이고운,임새롬,조주연 경인교육대학교 교육연구원 2019 교육논총 Vol.39 No.1
There have been three differing discourses regarding the lyric writer of the Korean National Anthem, Aeguka: a) Chang-Ho An, b) Chi-Ho Yun, and c) collaborative writing of national leaders including An and Yun during the Independence movement. This study, as qualitative and ethnomusicological research, interviews three researchers each of whom has been strongly insisting one of the discourses for years. The interview data were analyzed utilizing a software program, NVivo12. The coders of 11 members create four codes (=nodes) from this research, such as ‘Chang-Ho An as the writer,’ ‘Chi-Ho Yun as the writer,’ ‘Collaborative writing of the Korean national leaders between 1880s and the mid-1930s,’ and ‘Politics of Korean modern history.’ This research purses to unravel the historical meanings and values of Aeguka as well as the people involved in the creation of the song during the Korean modernization period, rather than criticize the diverse discourses or restore the past. <애국가> 작사가에 대한 가설은 세 가지로 나뉘어 거론되어왔다. 첫째는 안창호 작사설, 둘째는 윤치호 작사설, 셋째는 공동창작설이며, 공동창작설은 또한 ‘안창호-윤치호 공동창작설’과 민족지도자들의 공동창작설로 나누어진다. 본 연구에서는 각 가설을 주장해 온 3인의 대표적인 연구가들과 인터뷰를 실시하였으며 소프트웨어 프로그램 <NVivo12>를 활용하여 코딩작업을 했다. 코딩의 결과로 ‘안창호 작사설’, ‘윤치호 작사설’, ‘공동창작설’, ‘한국 근·현대사의 정치성’을 도출하였으며 이것을 테마로 두고 논문을 구성하였다. 연구의 목적은 과거 사실을 그대로 복구하여 진위 여부를 가리는 것에 두지 않으며, 현재인의 과거에 대한 기억을 다양한 각도로 조명함으로써 여전히 활발하게 진행되고 있는 <애국가> 형성과정에 대한 관심과 역사관을 제고하고자 한다.
유류 오염물질에 대한 불포화대 자연 저감능 등급화 기법 개발
우희수,안성남,김기범,박새롬,오성직,김상현,정재식,이승학 한국지하수토양환경학회 2022 지하수토양환경 Vol.27 No.S
Although various methods have been proposed to assess groundwater vulnerability, most of the models merely considerthe mobility of contaminants (i.e., intrinsic vulnerability), and the attenuation capacity of vadose zone is often neglected. This study proposed an evaluation model for the attenuation capacity of vadose zone to supplement the limitations of theexisting index method models for assessing groundwater vulnerability. The evaluation equation for quantifying theattenuation capacity was developed from the combined linear regression and weighted scaling methods based on the labscaleexperiments using various vadose zone soils having different physical and biogeochemical properties. The proposedsemi-quantifying model is expected to effectively assess the attenuation capacity of vadose zone by identifying the maininfluencing factors as input parameters together with proper weights derived from the coefficients of the regression results. The subsequent scoring and grading system has great versatility while securing the objectivity by effectively incorporatingthe experimental results.