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      • 간호학생이 지각하는 간호사이미지가 간호전문직관에 미치는 영향

        윤연수(Yun, Yeonsu),이서영(Lee, Seo-Young ),김나영(Kim, Na-Young),김욱민(Kim, Uk-Min),김민소(Kim, Min-So),박효정(Park, Hyo-Jeong),이종은(Lee, Jongeun) 계명대학교 간호과학연구소 2017 계명간호과학 Vol.20 No.3

        Purpose: The purpose of this study was to investigate the impact of nurses’ identification on nursing student’s perception towards professionalism in nursing. Methods: A convenience sample of 336 subjects was recruited from two nursing schools. Data were analyzed using SPSS 21.0 program. Results: The mean score of nurse’s image, image of nurses in mass media and nursing professionalism were 3.93, 3.75 and 3.81, respectively. Nursing professionalism showed positive correlation with image of nurse and image of nurses in mass media. Factors that affect nursing professionalism include image of nurses, image of nurses in mass media and dissatisfaction in the chosen course. The explanation power of nursing professionalism was 68.5%. Conclusion: Therefore, it is necessary to develop an effective intervention program to improve nursing student’s satisfaction in their chosen course and positive nurses’ image.

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        드론 관측을 통한 순천만 갯벌과 갈대밭 상부 대기의 이산화탄소 농도 분포 연구

        강동환,조원기,윤연수,유훈선,장선웅,김동립,박정환,송영철,최용재,Kang, Dong-hwan,Jo, Won Gi,Yun, Yeon Su,Yu, Hun Sun,Jang, Seon Woong,Kim, Dong Lib,Park, Jeong Hwan,Song, Young Chul,Choi, Yong Jae 한국환경과학회 2020 한국환경과학회지 Vol.29 No.7

        In this study, carbon dioxide concentration and air temperature at different elevations were observed and analyzed in the upper atmosphere of mud flat and reed beds at low tide in Suncheon Bay. The carbon dioxide concentration and air temperature sensors were mounted on the drone, and the carbon dioxide concentration and air temperature by altitude (5 m, 10 m, 20 m, 40 m) at five points in the tidal flat and reed beds were observed in the morning and afternoon. The carbon dioxide concentrations in the upper atmosphere of the tidal flat ranged from 453.0 to 460.2 ppm in the morning and 441.6 to 449.7 ppm in the afternoon. The carbon dioxide concentrations in the upper atmosphere of the reed beds ranged from 448.9 to 452.4 ppm in the morning and 446.0 to 454.4 ppm in the afternoon. The carbon dioxide concentrations in the upper atmosphere of the tidal flat was higher in the morning than in the afternoon, and the carbon dioxide concentration decreased as the altitude increased. The carbon dioxide concentration in the upper atmosphere of the reed beds was similar in the morning and afternoon at all altitudes, and the carbon dioxide concentration decreased as the altitude increased. The correlation coefficient between carbon dioxide concentration and air temperature observed in the tidal flat in the morning was -0.54 ~ -0.77, and the correlation coefficient between carbon dioxide concentration and air temperature observed in the afternoon was 0.56 ~ 0.80. The correlation coefficient between carbon dioxide concentration and temperature observed in the morning in the reed field was low, below 0.3, and the correlation coefficient between carbon dioxide concentration and air temperature observed in the afternoon was 0.35 ~ 0.77. In the upper atmosphere of the tidal flats and reed beds, the linear function was suitable for the change of carbon dioxide concentration as a air temperature, and the coefficient of determination of the estimated linear function was higher in the afternoon than in the morning. Through this study, it was confirmed that the carbon dioxide concentration in the upper atmosphere of the tidal flat and the reed beds was different, and the increase rate of carbon dioxide concentration in the upper atmosphere of the tidal flat and the reed beds was higher in the afternoon than in the morning.

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