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김태규 한국밀턴학회 2000 중세근세영문학 Vol.10 No.2
This paper looks into the two diametrically opposed partnerships in Paradise Lost: between the God the Father and the Son, and Satan and Sin. More specifically, the nature of their separation and union will be the subject of this paper. The first of each pair is the originary entity from whom the second is separated, which implies both identity and difference, and the degree identity/difference determines the nature of their union. The identity and difference between the Father and the Son obtain in will and agency, The Son unites with the Father in will: the Father delights in the Son, and the Son delights in praising the Father. They differ in that the Son is the Father's 'word', his 'wisdom', and his 'effectual might'-the visible agent of the Father's will. The creation of Sin makes a parody of the Son's creation. Springing from Satan's head, Sin externalizes his mind and inspires his lust, the exact image of her radiant Father. But although Satan tells Sin (and Death) that they are his vicegerents on earth and that they derive power from him, parodying the way the Son performs the Father's agency, Sin (and Death) cannot fully become his agents, for their union is not of the will. That their wills are not united becomes is apparent when Satan cannot recognize Sin (or himself in Sin) at the Gates of Hell. Two statements in the poem refer explicitly to union with God in the end. The Son's assertion in book 6 that God shall be "All in All," echoing the Father's in book 3, remarkably illuminates the nature of deity, suggesting that the Son's individuality will be incorporated into the greater Father.
Definitive Radiation Therapy for Early Glottic Cancer: Experience of Two Fractionation Schedules
김태규,안용찬,남희림,정만기,정한신,손영익,백정환 대한이비인후과학회 2012 Clinical and Experimental Otorhinolaryngology Vol.5 No.2
Objectives. The authors would report the results of definitive radiation therapy (RT) for early glottic cancer by two different radiation dose schedules. Methods. From February of 1995 till June of 2008, 157 patients with T1-2N0 glottic cancer were treated with curative RT at Samsung Medical Center. All patients had squamous cell carcinoma, and there were 89 patients (56.7%) with T1a,36 (22.9%) with T1b, and 32 (20.4%) with T2. Two different radiation dose schedules were used: 70 Gy in 35 fractions to 64 patients (40.8%, group A); and 67.5 Gy in 30 fractions to 93 patients (59.2%, group B). The median treatment durations were 50 days (range, 44 to 59 days) and 44 days (range, 40 to 67 days) in the groups A and B, respectively. Results. The median follow-up durations were 85 and 45 months for the groups A and B. No severe late complication of RTOG grade 3 or higher was observed, and there was no difference in acute or chronic complication between the groups. Twenty-four patients experienced treatment failure: local recurrence only in 19 patients; regional recurrence only in one; combined local and regional recurrence in four; and systemic metastasis in none. The overall 5-year disease-free survival and disease-specific survival rates were 84.7% and 94.8%. The disease-free survival rate in the group B was better (78.3% vs. 90.8%, P=0.031). This difference was significant only in T1 stage (83.4% vs. 94.6%, P=0.025), but not in T2 (62.7% vs. 60.6%, P=0.965). Univariate analysis showed that the tumor extent, cord mobility,T-stage, and the dose schedule had significant influence on the disease-free survival, and multivariate analysis showed that only the tumor extent and the dose schedule were associated with the disease-free survival. Conclusion. Superior disease-free survival could be achieved by 2.25 Gy per fraction without increased toxicity over shorter RT duration, when compared with 2.0 Gy per fraction.
김태규 한국초등과학교육학회 2019 한국초등과학교육학회 학술대회 Vol.77 No.-
그림자 크기는 광원과 물체 사이의 거리, 광원과 스크린 사이의 거리뿐만 아니라, 물체 및 광원의 특성에 밀접하게 의존한다. 광원이 점광원이고 물체가 평면인 경우에는 그림자는 본그림자만 생기고 그림자의 크기는 물체의 크기 및 물체 및 스크린의 위치만 의존하지만, 물체가 구형인 경우에는 물체의 크기와 광원의 광선이 닿는 지점이 구형의 반지름에 의존하여 구형물체의 그림자 크기는 평면물체의 그림자 크기보다 크게 나타난다. 또한 그림자 속성과 크기는 광원의 속성과 크기에도 의존한다. 광원의 크기가 물체의 크기와 같은 경우에는 본그림자 크기는 물체의 크기와 같으며, 광원의 크기가 큰 경우에는 본그림자의 크기는 작아지고, 반면에 작은 경우에는 본그림자 크기는 커진다. 광원의 크기가 더 작아지면 점광원에 의한 물체의 그림자 크기에 이른다. 평면광원에 의한 그림자 크기는 물체의 위치, 스크린의 위치 및 물체의 입체 유무에 의존하지 않고, 단지 물체의 크기에 의존한다.