The species of Siobla Cameron from Shaanxi, northwestern China are investigated. Seven new species are described： Siobla centralia Niu ＆ Wei sp. nov., S. curvata Niu ＆ Wei sp. nov., S. listoni Niu ＆ Wei sp. nov., ...The species of Siobla Cameron from Shaanxi, northwestern China are investigated. Seven new species are described： Siobla centralia Niu ＆ Wei sp. nov., S. curvata Niu ＆ Wei sp. nov., S. listoni Niu ＆ Wei sp. nov., S. pseudoplesia Niu ＆ Wei sp. nov., S. qinba Niu ＆ Wei sp. nov., S. shaanxi Niu ＆ Wei sp. nov., and S. vulgaria Niu ＆ Wei sp. nov. A key to the 26 known species of Siobla from Shaanxi is provided.展开更多
The 5’-end of the mitochondrial control region sequences of three flatfishes (Pleuronectiformes: Pleuronectidae) were amplified and sequenced. These sequences were compared with those of other three Pleuronectids spe...The 5’-end of the mitochondrial control region sequences of three flatfishes (Pleuronectiformes: Pleuronectidae) were amplified and sequenced. These sequences were compared with those of other three Pleuronectids species retrieved from GenBank. A phylogenetic tree was constructed based on the partial control region sequences. The results of phyloge- netic analysis are consistent with those of conventional systematics. Compared to previous studies, the structure of the 5’-end of mitochondrial control region was analyzed. The terminal associated sequence motif and its complementary motif were i- dentified at the 5’-end of the sequences. A conserved sequence block, named as CM5’d, was identified in the 5’-end of con- trol region sequences in all Pleuronectids. Another central conserved sequence block, named as CSB-F, was detected in the central conserved blocks.展开更多
Considering comprehensive benefit of micro-grid system and consumers,we establish a mathematical model with the goal of the maximum consumer satisfaction and the maximum benefit of power generation side in the view of...Considering comprehensive benefit of micro-grid system and consumers,we establish a mathematical model with the goal of the maximum consumer satisfaction and the maximum benefit of power generation side in the view of energy management.An improved multi-objective local mutation adaptive quantum particle swarm optimization(MO-LM-AQPSO)algorithm is adopted to obtain the Pareto frontier of consumer satisfaction and the benefit of power generation side.The optimal solution of the non-dominant solution is selected with introducing the power shortage and power loss to maximize the benefit of power generation side,and its reasonableness is verified by numerical simulation.Then,translational load and time-of-use electricity price incentive mechanism are considered and reasonable peak-valley price ratio is adopted to guide users to actively participate in demand response.The simulation results show that the reasonable incentive mechanism increases the benefit of power generation side and improves the consumer satisfaction.Also the mechanism maximizes the utilization of renewable energy and effectively reduces the operation cost of the battery.展开更多
基金supported by the National Natural Science Foundation of China (No. 31172142)Graduate’s Scientific Research Foundation of Central South University of Forestry and Technology (2009bx02)+2 种基金Hunan Provincial Innovation Foundation for Postgraduate (CX2011B314)supported by Natural Science Foundation of Shaanxi Province (SJ08-ZT01)Foundation of Shaanxi Educational Committee (08JK466)
文摘The species of Siobla Cameron from Shaanxi, northwestern China are investigated. Seven new species are described： Siobla centralia Niu ＆ Wei sp. nov., S. curvata Niu ＆ Wei sp. nov., S. listoni Niu ＆ Wei sp. nov., S. pseudoplesia Niu ＆ Wei sp. nov., S. qinba Niu ＆ Wei sp. nov., S. shaanxi Niu ＆ Wei sp. nov., and S. vulgaria Niu ＆ Wei sp. nov. A key to the 26 known species of Siobla from Shaanxi is provided.
基金the Shandong Foundation of Sciences(No.Y2000D04) the National Key Basic Research Program from the Ministry of Science and Technology of China(No.G19990437).
文摘The 5’-end of the mitochondrial control region sequences of three flatfishes (Pleuronectiformes: Pleuronectidae) were amplified and sequenced. These sequences were compared with those of other three Pleuronectids species retrieved from GenBank. A phylogenetic tree was constructed based on the partial control region sequences. The results of phyloge- netic analysis are consistent with those of conventional systematics. Compared to previous studies, the structure of the 5’-end of mitochondrial control region was analyzed. The terminal associated sequence motif and its complementary motif were i- dentified at the 5’-end of the sequences. A conserved sequence block, named as CM5’d, was identified in the 5’-end of con- trol region sequences in all Pleuronectids. Another central conserved sequence block, named as CSB-F, was detected in the central conserved blocks.
基金National Natural Science Foundation of China(No.519667013)Institution of Higher Learning Scientific Research Project of Gansu Province of China(No.2016B-032)。
文摘Considering comprehensive benefit of micro-grid system and consumers,we establish a mathematical model with the goal of the maximum consumer satisfaction and the maximum benefit of power generation side in the view of energy management.An improved multi-objective local mutation adaptive quantum particle swarm optimization(MO-LM-AQPSO)algorithm is adopted to obtain the Pareto frontier of consumer satisfaction and the benefit of power generation side.The optimal solution of the non-dominant solution is selected with introducing the power shortage and power loss to maximize the benefit of power generation side,and its reasonableness is verified by numerical simulation.Then,translational load and time-of-use electricity price incentive mechanism are considered and reasonable peak-valley price ratio is adopted to guide users to actively participate in demand response.The simulation results show that the reasonable incentive mechanism increases the benefit of power generation side and improves the consumer satisfaction.Also the mechanism maximizes the utilization of renewable energy and effectively reduces the operation cost of the battery.
