- Laboratory studies on combustion cavity growth in lignite coal blocks in the context of underground coal gasification
[作者:Daggupati, S; Mandapati, RN; Mahajani, SM; Ganesh, A; Mathur, DK; Sharma, RK; Aghalayam, P,期刊:ENERGY, 页码:2374-2386 , 文章类型: Proceedings Paper,,卷期:2010年35-6]
- Cavity formation is an important phenomenon in the underground coal gasification (UCG) process. In the early stages of cavity formation, only the combustion reaction is performed in order to stabilize the temperature fie...
- Assessing temperature of riverbank filtrate water for geothermal energy utilization
[作者:Shin, J; Kim, KH; Lee, KK; Kim, HS,期刊:ENERGY, 页码:2430-2439 , 文章类型: Proceedings Paper,,卷期:2010年35-6]
- Utilization of riverbank filtrate water for heating and cooling of buildings can reduce installation costs considerably by using the existing operating facilities for water purification and supply. Changwon city, Korea, ...
- A new approach to analysis and optimization of evaporative cooling system I: Theory
[作者:Chen, Q; Yang, KD; Wang, MR; Pan, N; Guo, ZY,期刊:ENERGY, 页码:2448-2454 , 文章类型: Proceedings Paper,,卷期:2010年35-6]
- Using the analogy between heat and mass transfer processes, the recently developed entransy theory is extended in this paper to tackle the coupled heat and mass transfer processes so as to analyze and optimize the perfor...
- Decomposing the influencing factors of industrial carbon emissions in Shanghai using the LMDI method
[作者:Zhao, M; Tan, LR; Zhang, WG; Ji, MH; Liu, YA; Yu, LZ,期刊:ENERGY, 页码:2505-2510 , 文章类型: Proceedings Paper,,卷期:2010年35-6]
- Knowledge of influencing factors of industrial carbon emissions (ICE) is crucial to the efforts of reducing anthropogenic greenhouse gas emissions. In this paper, main factors responsible for the ICE in Shanghai between ...
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