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Krise der europa¨ischen Kirche : Geistvergessenheit
Yu, Kwang-Woong Asian Center for Theological Studies and Mission 1988 ACTS 신학저널 Vol.3 No.-
"Im vertrauen auf das Kommen des Geistes nehme ich wahr, dass ich mich in Gericht befinde : ich selbst, meine kirche, meine Fakulta¨t und das Vok, in dem ich lebe. Unsere Wirklichkeit ga¨lt der Verheissung nicht stand. Der oft ausgesprochenen Geistesvergessenheit entspricht ein Nichtwagrnegmen des Geistes", so stimmt Rudolf Bohren ein Klagelied an u¨ber die geutigen existentiellin, ekklesiologischen, theologischen und gesellschaftlichen Krisen in Europa. Der Geist Gottes ist das Signal das Gottes Gericht anzeigt, aber leicht u¨bersegen wird und in die vergessengeit gera¨t.
Yu, Yaowei,Hong, Suk-Ho,Yoon, Si-Woo,Kim, Kwang-Pyo,Kim, Woong-Chae,Park, Jae-Min,Oh, Young-Suk,Na, Hoon-Kyun,Bak, Jun-Gyo,Chung, Kyu-Sun Published jointly by The Institute of Physics and 2012 Plasma physics and controlled fusion Vol.54 No.10
<P>The first comprehensive particle balance study is carried out in the KSTAR 2010 campaign with a full graphite first wall and diverted plasmas. The dominant retention is observed during the gas puffing into the plasmas. Statistical analysis shows that deuterium retention is increased with the number of injected particles. Particle balance analysis in the whole campaign shows that the long-term retention ratio is ∼21%, and the retention via implantation can be partially recovered by He-glow discharge cleaning (GDC), while long-term retention via co-deposition. The wall pumping capability is decreased with the D<SUB>2</SUB> plasma due to fuel accumulation in the first wall, and He-GDC is effective in recovering the wall pumping. Boronization assisted by the D<SUB>2</SUB> glow discharge using C<SUB>2</SUB>B<SUB>10</SUB>H<SUB>12</SUB> strongly enhances the wall puffing and leads to negative retentions, but the wall pumping capability is recovered in 2–3 days by He-GDCs. Electron cyclotron resonance heating enhances wall outgassing during the discharge. During a diverted H-mode discharge, the retention rate decreases to a very low value, and a high divertor particle flux of ∼1.5 × 10<SUP>23</SUP> D s<SUP>−1</SUP> is observed indicating the strong recycling divertor. The amount of recovered deuterium after discharges mainly depends on the plasma–wall interaction when the plasma is terminated, and disruptive discharges release more particles from the first wall.</P>
Component Analysis of Thermally Activated Building System in Residential Buildings
Woong June Chung,Yu ji Lee,Mi hye Yoo,Myoung Souk Yeo,Kwang Woo Kim 대한건축학회 2014 Architectural research Vol.16 No.4
The packaged terminal air conditioner, the typical cooling system for the residential buildings, consumes a large amount of electricity in a short period time during peak hours. In order to reduce the peak load and conserve the electricity, the thermally activated building system can be used as a secondary system to handle the partial cooling load. However, the thermally activated building system may cause condensation and under-cooling. Thus, design of both systems should be performed with careful investigation in characteristics of both systems to amplify the advantages. Since the thermally activated building system has the time-delay effect which may cause under-cooling, the system is designed to handle the base load of the building. Hence, simple simulation with EnergyPlus was performed to observe the characteristics of cooling load in residential buildings. Once the possible range of the load handling ratio of the thermally activated building system was decided, characteristics of system was analyzed in terms of hardware component and operation parameters. The hardware components were analyzed in plant and system aspects and the operation parameter was evaluated in the thermal comfort aspect. As the load handling ratio increased, the thermal comfort increased due to the lower radiant mean temperatures. Within the range of thermal comfort, the several adjustments were made in setpoint temperature and electricity consumptions of difference cases were observed to decide which components and parameters were important for designing the systems.