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논문 : 한일 한국어 교육과정 연계에 대하여 -교육기관 간의 교육과정 연계를 위한 한 방안-
사카와야스히로 ( Sakawa Yasuhiro ) 국제한국어교육학회 2010 한국어 교육 Vol.21 No.2
Korean language education has been developing various the curriculums according to a target of students and objectives or purposes of studying. For instance, there are curriculums with general purposes of language proficiency for students studying abroad and academic purposes for students who are planning to study in a Korean university or graduate schools. However there has been less discussed about a curriculum for a short term of immersion programs so it is required to discuss and develop a curriculum for the program. As for initiating a development of the curriculum, it is discussed and analyzed regarding some short term immersion programs that have been doing in Korean universities comparing the curriculums of Korean language in Japanese universities. In addition, it is proposed a curriculum for the short term immersion program based on a survey that was targeted participants to short term immersion programs in the paper.
A Novel Chlorophyll d-containing Organism: Discovery and its Significance
Murakami, Akio,Kawai, Hiroshi,Adachi, Kyoko,Sakawa, Takahiro,Miyashita, Hideaki,Mimuro, Mamoru Korean Society of Photoscience 2002 Journal of Photosciences Vol.9 No.2
Chlorophyll (Chi) d was assigned to an antenna pigment of red algae in 1943, but its presence and function in red algae have not been necessarily clear for a long time. In 1996, it was shown that Chi d functioned as a major antenna pigment in a peculiar oxygenic photosynthetic prokaryote, Acaryochloris marina, isolated as a symbiont of a colonial ascidian from coral reefs. This finding evoked the necessity for reexamination of the presence and function of Chi d in red algae. We found Chi d in methanol-extract from several marine red algae, and the relative content was high in one species, Ahnfeltiopsis flabelliformis. Absorption and fluorescence spectra, HPLC analysis, and NMR and mass spectroscopy characterized Chi d extracted from the red algal thalli, and those were essentially identical to those of Chi d isolated from A. marina. However, micro-spectrophotometric analysis suggested that Chi d was not an actual constituent of the red algae but came from epiphyte(s) attached to surface of red algal thalli.