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This paper proposes that the proper exegesis of the Three Angels’ Messages can be established only by careful analysis of Revelation 12 and 13 as the backdrop for the Messages. There are two sets of competing messages: The urges of the earth beast, and the countering warnings of the three angels. And the inhabitants of the world were threatened by the angels just as the saints were threatened by the coercion of the earth beast backed up by the sea beast and the dragon.
A study was carried out to investigate the effect of growth regular on protein content, PAL and peroxidase activity in rice seedling plants, Akibare, a Japonica type variety. ABA(0.1, 1, 10ppm), 2.4-D(10, 100, 1000ppm), and GA(0.05, 0.5, 5ppm) were respectively treated for 5 days to the nee seedling plants which were grown for 20 days. The results were summarized as follows. In stems, the protein content showed the highest value in the plot treated with GA for 5 days, although ABA and 2.4-D treated plots showed no significant differences compared with the control. PAL activity in the plot treated with GA for 5 days and in the plot treated with 2.4-D for 10 days were respectively higher than control. On the contrary, it was low in the plot treated with ABA. PAL activity in roots was respectively higher in the plots treated with GA for 5days and 2.4-D for 10 darts than the control. According to increment of days seedling growth, peroxidase activity was respectively maintained in the plot treated with ABA, 2.4-D, and GA, although it was decreased in the control.
케이블TV는 사용하는 네트워크와 제공되는 서비스, 그리고 사업자들의 행위 등에서 통신ㆍ방송 융합의 가장 선도적인 산업부문으로 인정되어왔다. 케이블TV 산업은 주요국에서 산업으로 성장하며 일정 규모의 초기가입자와 네트워크 외부성, 그리고 규모와 범위의 경제를 구현하는 산업적 특성을 형성하며 이러한 성격들을 융합산업으로의 변모에 활용하려고 하는 반면에, 국내의 경우 케이블TV 도입 초기의 시행착오를 거쳐 이행기의 어려움을 돌파해 줄 해결책으로 디지털화를 총한 융합 전략을 채택한 면이 크다. 국내 케이블TV 산업계에서는 구체적으로 디지털미디어센터(DMC)의 구축을 통해 트리플 플레이 서비스(TPS)의 제공을 추구하는 것을 융합 전략으로 하고 있다고 하겠다. 그러나 이의 추진과 성공을 위해서는 결합상품에서의 상호보조의 문제와 수평적, 수직적 기업견합에서의 시장지배력에 대한 합리적인 규제기준을 마련하여 새로운 융합 상황에서의 공정경쟁 환경을 조성하는 것이 중요하다고 할 것이다. Cable TV has been recognized as an industry which is the most advanced for convergence in its network, service, and players' conduct. In advanced countries, cable TV grew to be a typical industry, reaching to the critical mass in its early stage, getting network externality, and utilizing the economies of scale and scope, which have led to the transformation into convergence industry. In Korea, however, cable TV has struggled with lot of trials and errors from the beginning, and adopted the strategy of digitalization to overcome them. More concretely, Korean cable TV industry has established the convergence strategies to built digital media centers(DMC) and to provide triple play service(TPS). However, to propel and succeed in the convergence strategies, a proper regulatory scheme is required. Especially, the regulation of cross subsidization in bundling products and the control of market governance execution are important in order to establish fair competition environment in convergence market.
Ti-3wt.%Nb(αtype), Ti-20wt.%Nb(α+β,type) and Ti-40wt.%Nb(βtype) alloys were melted by vacuum are remelting. The specimens were homogenized at 1050℃ for 24 hr and were then hot rolled to 50% reduction. Each alloys were solution heat treated at β zone and α+β, zone after homogenization, and then aged. The microstructural and hardness changes in Ti-Nb alloys with Nb contents were investigated by SEM, XRD and hardness tester. The microstructural change from equiaxied to acicular and the increase of β phase in Ti-Nb alloys were obtained when the Nb content increased. The higher hardness value of α+βtype alloy was obtained compared to the other alloys.
사탕무의 生育과 betacyanin 含量의 變化에 대한 施肥條件의 影響을 알아보기 위하여 室素 0, 10, 15 및 20㎏/10a와 加里 0, 10, 15 및 20㎏/10a 處理하여 試驗한 結果는 다음과 같다. 草長과 葉數는 室素 15㎏/10a 處理區까지는 增加되었으나, 20㎏/10a 處理區에서는 오히려 減少되었으며, 根直徑과 根長도 室素 施用量의 增加에 따른 有意的인 差異가 認定되었다. 그리고 根重은 無處理區에 비해 室素 處理區에서 增加되었으나, 室素 處理區間에는 큰 差異를 나타내지 않았다. Betacyanin 含量은 室素 15㎏/10a와 加里 20㎏/10a 處理區에서 0.126%로 가장 높았고, 生育段階別로는 파종후 110日에 가장 높은 含量을 나타내었다. These experiments were carried out to investigate the effect of nitrogen and potassium application on growth and betacyanin content of sugar beet. The experiments were respectively treated with 0, 10, 15 or 20㎏/10a nitrogen and 0, 10, 15 or 20㎏/10a of postassium, and the results were summarized as fellows. Plant height and number of leaves were increased by 15㎏/10a of nitrogen, otherwise; it was decreased by 20㎏/10a of nitrogen. There were significant differences root diameter and root length by increament of nitrogen application. Root weight was progressively increased by nitrogen treatments compared to the control, although there was no significant differences among the amount of nitrogen treatments. Betacyanin content was high 0.126% in the plot treated with 15㎏/10a of nitrogen and 20㎏/10a of potassium respectively. For the growth stage the corresponding value showed the highest level at the 110th day after seeding.
A new titanium based alloy, Ti-10Ta-10Nb, has designed to examine the improved mechanical properties and biocompatibility. A specimen of titanium alloy was melted in a consumable vacuum arc furnace and homogenized at 1050℃ for 24 h. The effect of hot rolling on microstructure was estimated after rolling at 400℃ and 800℃ respectively. Surface of melted alloy by consumable vacuum arc melting was consisted of rough surface and it was changed to sound surface by coating of ZrO_2 slurry on copper mold surface. The hardness of Ti-10Ta-10Nb alloy increased with the amount of α+β phase. Ti-10Ta-10Nb alloy showed Widmansta¨ten structure by hot rolling at 800℃ and in the rolling β-region was negligible effects on microstructure refining.
참깨 種實의 成熟에 따른 構成脂質의 變化와 각 脂質의 脂肪酸 組成 變化를 調査한 結果, 蛋白質과 脂質의 含量은 開花 後 30日까지 直線的인 增加를 보여, 開花 後 40日에 80㎎/g, 240㎎/g의 含量을 나타냈다. 中性脂質의 構成 成分은 TG가 60% 內外로 가장 많았고, 登熟의 進展에 따른 增加의 폭이 매우 컸다. 總脂質, 中性脂質, 隣脂質 및 糖脂質의 脂肪酸 組成은 飽和脂肪酸인 stearic acid와 palmitic acid의 成熟의 進展에 따라 계속 減少하여 開花後 40日에 9.63~12.88%와 7.35~19.10%를 나타냈고, 반면 不飽和脂肪酸인 oleic acid와 linoleic acid는 成熟의 進展에 따라 계속 增加하여 開花後 40日에 28.44∼40.11%와 43.80∼44.39%를 보였다. 그리고 隣脂質의 경우 다른 脂質에 비해 oleic acid가 開花後 40日에 28.44%로 가장 낮았고, 糖脂質에 있어서는 palmitic acid가 開花後 15日까지 增加하는 것이 脂質과는 다른 傾向이었다. This study was conducted to investigate changes in protein and total lipid contents, fatty acid compositions of total lipid, triglrceride, phospholipid and glycolipid in sesame seed during maturation. Protein and total lipid contents were increased rapidly during 30 days after flowering(DAF) and were 80㎎/g and 240㎎/g at 40 DAF, respectively. In compositions of neutral lipid, triglyceride content was extremely plenty of about 60% and increased rapidly during maturation. In fatty acid compositions of total lipid, neutral lipid, phospholipid and glycolipid, stearic acid and palmitic acid were decreased during maturation and were 9.63∼12.88% and 7.35∼19.10% at 40 DAF, respectively, However, oleic acid and linoleic acid were increased during maturation and were 28.44∼40.11% and 23.80∼44.39% at 40 DAF, respectively. In phospholipid, oleic acid was 28.44% at 40 DAF which was lower than other lipid. In glycolipid, palmitic acid was increased to 15 DAF, and it was different tendence from other lipid.
Both commercially pure titanium and Ti-6AI-4V alloy have been widely used as biomaterials because of their excellent biocompatibility, corrosion resistance and mechanical properties. However, in recent years, vanadium has been found to cause cytotoxic effects and adverse tissue reactions, while aluminium has been associated with potential neurological disorders. A newly designed α+ß type Ti alloy, Ti-10Ta-10Nb alloy showed superior properties to CP Ti and Ti-6AI-4V alloy in the point of biomaterial, and elucidated the future uses as a biomaterial. Microstructural changes of Ti-10Ta-10Nb alloy after hot-rolling, warm-rolling, solution and aging treatment were investigated. According to TEM results, the microstructures after solution treatment were composed of mostly α phase with a trace of ß phase due to adding ß-phase stabilizer tantalum and niobium. The microstructures after warm-rolling is coarse and elongated a phase and hot rolling resulted in very fine a widmansta¨tten. The highest value of hardness was obtained by aging treatment at 400℃ for 20hr in which microstructure consisted of very fine a phase in β matrix.