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14篇 您的检索式:作者名="Shanhai"
    题名 作者 年代 出处 被引量
1Cell-free Formation of RNA Granules: Low Complexity Sequence Domains Form Dynamic Fibers within Hydrogels显示文摘Masato Kato Tina W. Han Shanhai Xie Kevin Shi Xinlin Du Leeju C. Wu Hamid Mirzaei Elizabeth J. Goldsmith Jamie Longgood Jimin Pei Nick V. Grishin Douglas E. Frantz Jay W. Schneider She Chen Lin Li Michael R. Sawaya David Eisenberg Robert Tycko Steven L. M 2012Cell2012,,:1
2Cell-free Formation of RNA Granules: Bound RNAs Identify Features and Components of Cellular Assemblies显示文摘Tina W. Han Masato Kato Shanhai Xie Leeju C. Wu Hamid Mirzaei Jimin Pei Min Chen Yang Xie Jeffrey Allen Guanghua Xiao Steven L. McKnight 2012Cell2012,,:1
3Characteristics of subzero startup and water/ice formation on the catalyst layer in a polymer electrolyte fuel cell显示文摘Shanhai Ge Chao-Yang Wang 2007Electrochimica Acta2007,,14:1
4Fractal dimension and photoluminescenee of ZnO tetrapod nanowhiskers显示文摘Wu Run Yang Yingge Cong Shanhai 2005Chem Phys Lett2005,406,46:1
5Uniform partition extensions,a generating functions perspective显示文摘In this paper, a bivariate generating function CF(x, y) =f(x)-yf(xy)1-yis investigated, where f(x)= n 0fnxnis a generating function satisfying the functional equation f(x) = 1 + r j=1 m i=j-1aij xif(x)j.In particular, we study lattice paths in which their end points are on the line y = 1. Rooted lattice paths are defined. It is proved that the function CF(x, y) is a generating function defined on some rooted lattice paths with end point on y = 1. So, by a simple and unified method, from the view of lattice paths, we obtain two combinatorial interpretations of this bivariate function and derive two uniform partitions on these rooted lattice paths.LI ShanHai MA Jun YEH YeongNan 2015Science China Mathematics2015,58,12:1
6Internally Humidified Polymer Electrolyte Fuel Cells Using Water Absorbing Sponge显示文摘Ge Shanhai Li Xuguang Hsing I-Ming 2005Electrochimica Acta2005,50,9:1
7Effect of carbon dioxide on the reaction performance of oxidative dehydrogenation of n - butane over V - Mg - O catalyst 显示文摘Ge Shanhai Liu Changhou ZhangShouchen 2003Chemical Engineering Journal2003,94,:1
8Characteristics of subzero startup and water/ice formation on the catalyst layer in a polymer electrolyte fuel cell显示文摘GE Shanhai WANG Chaoyang 2007Electrochimica Acta2007,52,1:1
9Improving velocity feedback for position control by using a discrete-time sliding mode filtering with adaptive windowing显示文摘Shanhai Jin Ryo Kikuuwe Motoji Yamamoto 2014Advanced Robotics2014,,14:1
10Field Efficacy Test of 22% Fipronil FS against Sugarcane Stem Borers and Thrips显示文摘[Objective] The paper was to explore the field efficacy of 22% fipronil FS against sugarcane stem borer and thrips( Baliothrips serratus Kobus).[Method]The field trial was conducted by foliar spraying of 22% fipronil FS and mixed broadcasting with fertilizer in 2014. [Result]Foliar spraying of 22%fipronil FS at the dose of 50 m L /667 m^2 had the best control effect against sugarcane stem borer,and the control effect at 90 d post administration was 70. 70%,significantly higher than that of control agent(61. 86%). Medium and high dose of 22% fipronil FS had better control effects against sugarcane thrips. [Conclusion] Considering control effects against sugarcane stem borers and thrips as well as sugarcane yield,it is recommended that 22% fipronil FS is sprayed at medium concentration(50 mL /667 m^2).Wang Zeping Liu Lu Jiang Hongtao Zhang Gemin Huang Weihua Liang Qiang Duan Weixing Li Yijie Wei Jinju Qin Zhenqiang Huang Chenghua Lin Shanhai 2016Plant Diseases and Pests2016,7,4:1
11An Investigation Report on Production Conditions of Sugarcane in Guangxi in 2016显示文摘To predict and assess production conditions of sugarcane in Guangxi in 2016,by using methods of field survey and data collection,the seedling situation,breed structure,planting area,planting period,plant diseases and insect pests of sugarcane in six major sugarcane producing cities of Guangxi were surveyed. The results show that the overall situation of sugarcane seedlings in Guangxi in 2016 became slightly worse than that in 2015,but there were enough good sugarcane seedlings in 2016. The dead heart rate of sugarcane decreased in most sugarcane regions from 2015 to 2016,that is,the comprehensive control of borers gave initial results; the smut infection rate of sugarcane rose from 2015 to 2016 and tended to increase. The situation of decrease in the planting area of sugarcane in three consecutive years was controlled,and the planting area of sugarcane increased slightly from 2015 to 2016. Due to the construction of ' double high' bases,the breed variety of sugarcane in Guangxi was improved further in 2016. It is necessary to strengthen field management and conduct chemical weeding,prevention and control of borers and aphids in the later period in time.Yuchi DENG Weizan WANG RonghuaZHANG Shiyun TANG Shanhai LIN Qiang LIANG Weixing DUAN Xiang LI Guoying LU Shijian HAN Youzong HUANG Yebin YANG Yanni HUANG Lunwang WANG 2017Asian Agricultural Research2017,9,6:0
12Towards a Closed-Loop Materials Economy显示文摘This paper introduces the recent appearance of a circular economy in such industrialized countries as Germany and Japan and outlines its concept and principles. The author emphasizes that a circular economy should become the breakthrough point for sustainable development and will enable a shift to a sustainable society of 'doing less with less' away from the current high-consumption society of 'doing more with more'Zhu DajianSchool of Economics & Management, Tongji University, Shanhai 200092, China 2004Chinese Journal of Population,Resources and Environment2004,2,1:0
13Occurrence of Major Diseases and Insect Pests in Medium-term Growth Period of Sugarcane and The Diseases Resistance Evaluation in Guangxi显示文摘To figure out major diseases and insect pests of sugarcane and sugarcane resistance to diseases,the occurrence of major diseases and insect pests on 11 main sugarcane varieties in eight sugarcane producing areas of Guangxi was investigated during the medium-term growth period of sugarcane in 2015,and field resistance to smut and mosaic diseases was evaluated. The results showed that the dead heart rate( DHR) ranged from 0. 00% to 38. 55%; new-planting sugarcane of Guiliu 2 and ratoon sugarcane of Liucheng 05-136 suffered the most severe damage in Beihai city,and the DHR were 38. 55% and 37. 66%,respectively. The incidence rate of smut disease ranged from 0. 00% to 24. 89%. Ratoon sugarcane was more susceptible to smut than new-planting sugarcane among all investigated varieties. Variety ROC22 was most susceptible to smut,and performed moderate susceptibility. Guiliu 2 was the second susceptible and performed resistance,with the incidence rate of 7. 45%. The rest nine varieties had high resistance. Sugarcane mosaic disease occurred mildly in Guangxi,and the incidence rate ranged from 0. 39% to 7. 73%. ROC22,Guitang 42 and Guiliu 2 expressed moderate resistance and the rests exhibited resistance. Sugarcane in Nanning and Beihai suffered more severe damage than those in other producing areas. The field evaluation system of sugarcane resistance to borers was expected to be constructed. ROC22 was most susceptible to smut,compared with other main varieties. Mosaic diseases occurred lightly in Guangxi. Multi-location and multi-year observation are necessary for accurate evaluation of sugarcane resistance to smut and mosaic diseases.Li Yijie Duan Weixing Huang Zhi Wang Zeping Li Wenjiao Wei Kaijun Lu Wenjuan Lin Shanhai 2016Plant Diseases and Pests2016,7,3:0
14THERMAL DESIGN FOR HARMON DRY-COOLING SYSTEM IN LARGE POWER STATION显示文摘Based on the analysis of air flow and heat transfer in the dry-cooling tower for Harmon system, a combined iteration method is presented to solve the coupled heat transfer and draft equations derived from theoretical and empirical formulas, with the size of the exchangers and the cooling tower or the systematic parameters being determined. Taking the 686 MW unit as an example, the present calculating results are well agreed with those of the real case, and thus the method presented is practical and feasible for reasonable design of Harmon system.Liu BaoxingFaculty of Power Engineering, Shanghai University of Science and Technology,Shanhai 200093, China 2002Chinese Journal of Mechanical Engineering2002,15,3:0
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