[ZHANG, Jin Ming, ZHANG, Jin Ming, DONG, Steven Qun, ZHANG, Jin Ming, DONG, Steven Qun, DONG, Yong Quan] 370 N. Wabasha StreetSt. Paul, Minnesota 55102 The invention relates to the technical field of the inverse emulsion polymerization, in particular to a surfactant composition used in the inverse emulsion polymerization, and to the inverse emulsion polymerization process using the composition as well as polymers prepared therefrom. The surfactant composition comprises at least one polymeric surfactant based on polyalkylene oxide and long chain fatty acids and at least one surfactant based on polyoxyethylene sorbitan fatty acid ester.

[MING MA, NING-BO WANG, SHI-EN HE, YAN-HONG MA, XU-SHAN HAN, ZI-FEN HAN, HUAI-SEN JIA, PENG ZHANG, GUANG-TU LIU, LONG ZHAO, QIANG ZHOU, DING-MEI WANG, JIAN-MEI ZHANG, QING-QUAN LV, MING-SONG WANG, ZHAO CHEN, YAN-LI ZHANG, KUN DING, JIN LI, SHI-YUAN ZHOU, LIANG LU, RONG HUANG, JIN-PING ZHANG, NIAN-ZONG BAI] CN Beijing A method of calculating voltage and power of large-scaled photovoltaic power plant includes following steps. Environment models of varies locations within the photovoltaic power plant are obtained. A photovoltaic display model is established by establishing a photovoltaic cell model, combining the photovoltaic cell model with the environment models, determining a combination of the environmental data on photovoltaic panels and the photovoltaic cell model, and determining a quantitative relationship between a photovoltaic cell power generation state and photovoltaic environment. An inverter model is obtained by modeling inverters connected to photovoltaic cells. A grid-side model is obtained. An electrical energy and voltage forecast model is constructed by integrated the photovoltaic display model, the inverter model, and the grid-side model. An energy output and a voltage quality of the photovoltaic power plant is calculated by detecting voltage and current of the electrical energy and voltage forecast model.

[Shuhai Quan, Liang Huang, Ruiming Zhang, Rui Quan, Jin Quan, Ying Xiong, Qihong Chen, Changjun Xie, Cheng Zeng, Bo Chen] CN Wuhan City An energy adjustor coupled between a fuel cell group and a secondary battery group is disclosed. A load is coupled to the secondary battery group in parallel. The energy adjustor includes a boost regulation module, a drop regulation module, a detecting module and a control module. The boost regulation module boosts an output voltage of the fuel cell group to generate a first adjustment voltage according to a first control signal. The drop regulation module drops the first adjustment voltage to generate a second adjustment voltage to the load according to a second control signal. The detecting module detects at least one of the fuel cell group, the boost regulation module, the drop regulation module and the load to generate a detection result. The control module generates the first and the second control signals according to the detection result.

[Shuhai Quan, Liang Huang, Ruiming Zhang, Rui Quan, Jin Quan, Ying Xiong, Qihong Chen, Changjun Xie, Cheng Zeng, Bo Chen] CN Wuhan City An energy adjusting method for controlling output energy of a fuel cell group, wherein at least one of the fuel cell group and a secondary battery group drives a load is disclosed. The voltage of the fuel cell group is boosted by a boost regulation module to generate a first adjustment voltage. The boost regulation module boosts the voltage of the fuel cell group according to a first control signal. The first adjustment voltage is dropped by a drop regulation module to generate a second adjustment voltage to the load. The drop regulation module drops the first adjustment voltage according to a second control signal. At least one of the fuel cell group, the boost regulation module, the drop regulation module and the load is detected to generate a detection result. The first and the second control signals are generated according to the detection result.

[Shuhai Quan, Liang Huang, Ruiming Zhang, Rui Quan, Jin Quan, Ying Xiong, Qihong Chen, Changjun Xie, Cheng Zeng, Bo Chen] CN Wuhan An energy adjustor coupled between a fuel cell group and a secondary battery group is disclosed. A load is coupled to the secondary battery group in parallel. The energy adjustor includes a boost regulation module, a drop regulation module, a detecting module and a control module. The boost regulation module boosts an output voltage of the fuel cell group to generate a first adjustment voltage according to a first control signal. The drop regulation module drops the first adjustment voltage to generate a second adjustment voltage to the load according to a second control signal. The detecting module detects at least one of the fuel cell group, the boost regulation module, the drop regulation module and the load to generate a detection result. The control module generates the first and the second control signals according to the detection result.

[QUAN SHU-HAI, HUANG LIANG, ZHANG RUI-MING, QUAN RUI, QUAN JIN, XIONG YING, CHEN QI-HONG, XIE CHANG-JUN, ZENG CHENG, CHEN BO] TW;CN An energy adjusting method adjusting energy of a fuel cell group is disclosed. The energy adjusting method utilizes a two-stage transformation technology to receive output voltage of the fuel cell group. The output voltage of the fuel cell group changes in a large range. The energy adjusting method is capable of generating controllable voltage, current and power. The energy adjusting method is capable of following required power of a load, diagnosing a breakdown and achieving an alarm function.

[ZHANG JIANCUN, ZHANG YING-JUN, ZHANG WEI-HONG, LIU BING, ZHANG JI-QUAN, LIU JIN-LEI, ZHANG LU] CN The present invention relates to the field of medicine and discloses aminoquinazoline derivatives, their salts and pharmaceultical formulations used to regulate the protein tyrosine kinase activity and intercellular or intracellular signal response. The present invention also relates to a pharmaceutically acceptable composition containing the aminoquinazoline compounds disclosed herein and a method of using the composition to treat hyperproliferative disorders in mammals, especially humans.

[NING-BO WANG, JIN-PING ZHANG, KUN DING, SHI-YUAN ZHOU, JIN LI, LONG ZHAO, GUANG-TU LIU, RONG HUANG, DING-MEI WANG, QIANG ZHOU, LIANG LU, MING MA, JIAN-MEI ZHANG, QING-QUAN LV] CN Beijing A method of constructing wind power connection system model based on measured data includes following steps. Operating data is selected in a preset time of each wind turbine in a wind farm. A wind speed matrix and a active power matrix of sampling points are constructed based the operating data. A wind speed model of the wind farm is obtained based on the wind speed matrix and the active power matrix.

[NING-BO WANG, JIAN-MEI ZHANG, SHI-EN HE, YAN-HONG MA, LONG ZHAO, QIANG ZHOU, MING MA, GUANG-TU LIU, DING-MEI WANG, LIANG LU, QING-QUAN LV, XIAO-YONG WANG, RONG HUANG, KUN DING, JIN LI, SHI-YUAN ZHOU, JIN-PING ZHANG] CN Beijing A method of simulating wind field of extreme arid region based on WRF includes following steps. A mode parameter optimization scheme for wind energy simulation is selected, wherein the mode parameter optimization scheme is selected by selecting a group of mode parameter optimization schemes of different ground floors, land process, and planet boundary layers having great influence on simulation of the boundary layer of wind field, and comparing the mode parameter optimization schemes. A wind energy simulation of the extreme arid region is performed during a preset length of time using the selected mode parameter optimization scheme. Simulation configuration of the wind field for the extreme arid region is obtained through results of the wind energy simulation.

[SONG YA-LI, JIA JIAN-QUAN, YOU KAI-KAI, ZHANG AN, ZHAO XIANG-NAN, CUI YING, LI SHAN, LI KAI-WEI, JIN LEI, HUANG XUE-QING, LOU MENG, ZHANG JIN-LONG] CN A memory includes an upper deck and a lower deck. The upper deck includes a first upper dummy word line. The lower deck includes a first lower dummy word line. A method for reducing program disturbance of the memory includes adjusting a first upper bias voltage applied to the first upper dummy word line and/or a first upper threshold voltage of the first upper dummy word line to adjust a first difference between the first upper bias voltage and the first upper threshold voltage; and adjusting a first lower bias voltage applied to the first lower dummy word line and/or a first lower threshold voltage of the first lower dummy word line to adjust a second difference between the first lower bias voltage and the first lower threshold voltage.