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| 1 | Comparison of the Surface and Underground Natural Gas Occurrences in the Tazhong Uplift of the Tarim Basin显示文摘体积由探索的井的生产率揭示了的油,气体和水不反映实际地下的状况。在地质的条件下面,溶解天然气的某个数量在油或水被存储。在 Tazhong 基于探索的井的生产测试数据 Tarim 盆高举,这篇论文详细在在表面和地下的天然气之间的出现和分发 featrues 讨论差别;在不同温度,压力和中等条件下面根据天然气的可溶性介绍表面气体出现的恢复给实际地下的地质的条件;并且分类天然气进三个状态,即 oversaturated,浸透并且 undersaturated,根据它的相对内容地下。通过在表面和天然气的地下的出现的差别的比较分析,它讨论烃水库形成机制和分发规则,从而在学习区域为潜在的天然气水库分发的预言作为新方法和技术提供指导。 | TIAN Jun CHEN Junqing JIAO Jiao PANG Xiongqi | 2010 | Acta Geologica Sinica(English Edition)2010，84，5： | 6 |
| 2 | A Novel Aquila Optimizer Based PV Array Reconfiguration Scheme to Generate Maximum Energy under Partial Shading Condition显示文摘This paper develops a real-time PV arrays maximum power harvesting scheme under partial shading condition(PSC)by reconfiguring PV arrays using Aquila optimizer(AO).AO is based on the natural behaviors of Aquila in capturing prey,which can choose the best hunting mechanism ingeniously and quickly by balancing the local exploitation and global exploration via four hunting methods of Aquila:choosing the searching area through high soar with the vertical stoop,exploring in different searching spaces through contour flight with quick glide attack,exploiting in convergence searching space through low flight with slow attack,and swooping through walk and grabbing prey.In general,PV arrays reconfiguration is a problem of discrete optimization,thus a series of discrete operations are adopted in AO to enhance its optimization performance.Simulation results based on 10 cases under PSCs show that the mismatched power loss obtained by AO is the smallest compared with genetic algorithm,particle swarm optimization,ant colony algorithm,grasshopper optimization algorithm,and butterfly optimization algorithm,which reduced by 4.34%against butterfly optimization algorithm. | Dong An Junqing Jia Wenchao Cai Deyu Yang Chao Lv Jiawei Zhu Yingying Jiao | 2022 | Energy Engineering2022，119，4： | 0 |
| 3 | n-Octyloxyallene homopolymerization and random copolymerization with styrene using catalyst system composed of lanthanide Schiff-base complexes and Al(i-Bu)_3显示文摘The catalyst system composed of lanthanide Schiff-base complexes with [3,5-tBu2 -2-(O)C6H2 CH=NC6H5]3 Ln(THF)(Ln(Salen)3 , Ln = Sc, Y, La, Nd, Sm, Gd, Yb) and triisobutyl aluminum shows high activity for n-octyloxyallene (A) homopolymerization with narrow molecular weight distribution (MWD). The influences of reaction conditions on polymerization behavior are investigated, and poly(n-octyloxyallene) has a weight average molecular weight (M w ) of 20.6 × 10 3 with MWD of 1.39 and 100% yield is obtained under the optimum conditions: [Al]/[Y] = 50 mol/mol, [A]/[Y] = 100 mol/mol, with polymerization at 80 ℃ for 16 h in bulk. The kinetic studies of n-octyloxyallene homopolymerization indicate that the polymerization rate is first-order with respect to the monomer concentration and shows some controlled polymerization characteristics. Random copolymer of n-octyloxyallene with styrene is obtained by using the same binary catalyst system; the reactivity ratios of the comonomer determined by Kelen Tüd s method are r A = 1.20 and r St = 0.35, respectively, the ratio of each segment and M w of the resulting copolymer could be controlled by varying the feed ratio of each monomer. Determined by differential scanning calorimetry, the copolymers obtained show only one glass transition temperature, which increases gradually with the increase of styrene content in the copolymer. | JIAO JunQing ZHU WeiWei NI XuFeng SHEN ZhiQuan | 2013 | Science China Chemistry2013，56，7： | 0 |
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