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Zhao Xinxin

Sichuan Agricultural University

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Tan Ming-Qiu

Zhejiang University

Anchun Cheng

Sichuan Center for Disease Control and Prevention

Tao Xiang-Ming

Zhejiang University

Zhang Shaqiu

Sichuan Agricultural University

Yang Qiao

University of Jinan

Liu Mafeng

Sichuan Agricultural University

Wu Ying

Huazhong University of Science and Technology

Mingshu Wang

Sichuan Agricultural University

Pan Leichang

Sichuan Agricultural University

Dekang Zhu

Sichuan Agricultural University

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Sichuan Agricultural University

Chinese Academy of Sciences

Ministry of Education of the People's Republic of China

Sichuan Center for Disease Control and Prevention

Zhejiang University

Huazhong University of Science and Technology

Southeast University

Science and Technology Department of Sichuan Province

Shanghai Jiao Tong University

Harbin Institute of Technology

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Theoretical study on the atomic structure, electronic states, and STM image of c(2×2) Cu(001)/O surface

Acta Physica Sinica (2004)

Tao Xiang-Ming Tan Ming-Qiu Xu Xiao-Jun Cai Jian-Qiu Wenbin Chen

Abstract In this article we have studied the surface structure, rel axation, and oxygen absorbed c(2×2) Cu(001) surface by using ab initio projector augmented wave and Car-Parinello method. It i s concluded that the bond length between oxygen and surface Cu atom is 0.194nm which yields a perpendicular distance of 0.069nm from O to Cu(S). The absor ption of oxygen produces a hybridized band and yields the well localized surface states a t 6.7 eV below E＿F. The calculated work function for this absorbed sur face is 5.29 eV. We also calculate the scanning tunneling microscope images in the Tersoff-Hamann approach and make comparison with available experimental observ ations.

10.7498/aps.53.3858

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リポ多糖外側コアトランスフェラーゼ遺伝子pcgDとhptEはアヒルにおけるPasteurella multocidaの病原性に異なって寄与する【JST・京大機械翻訳】

Zhao Xinxin Hui Shen Liang Sheng Dekang Zhu Mingshu Wang

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精準化看護による眼瞼炎患者のぜん形ダニ検出率への影響【JST・京大機械翻訳】

Qilu Huli Zazhi (2020)

Yuanyuan Xue Zhang Jin Zhao Xinxin Gao Hua

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Magnetism of 3d transition metal monolayers on Pd(001) surface: density functional theory study

Acta Physica Sinica (2005)

Zhao Xinxin Xiangming Tao Wenbin Chen Cai Jian-Qiu Tan Ming-Qiu

In this article we present a report on the total energy calculations for the series of 3d transition metals as monolayers on Pd(001) surface using the density functional theory simulation. Analysis of total energy and magnetic moment shows that the first four atoms, i.e., Sc, Ti, V and Cr, favor p(1×1) ferro-magnetic configuration. Manganese prefers c(2×2) anti-ferromagnetic configuration on this surface. For the next three 3d transition metals, iron, cobalt and nickel, both p(1×1) (ferro-magnetic) and c(2×2) (antiferro-magnetic) configurations exist with a little difference in total energy. Copper and zinc monolayers do not show any magnetic ordering on the Pd(001) surface. Magnetic moment of vanadium in p(1×1) configuration is 2.41μＢ per atom, which is in contrast to the previously reported 0.51μＢ using full-potential linearized augmented-plane-wave method. For the rest 3d atoms, the present results are very close to the available research results both quantitatively and qualitatively.

Magnetism

10.7498/aps.54.5849

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Fatigue Test Study on the Joint Structure between the Deck and Longitudinal Rib Web of Orthotropic Steel Bridge Deck

Zhongguo tiedao kexue (2013)

Zhao Xinxin Xiaoguang Liu Yongjie Pan Yuling Zhang

The joint structure between the deck and longitudinal rib web of orthotropic steel bridge deck is liable to have fatigue cracks.Therefore,fatigue tests are carried out on 48 test specimens of 5 groups with different longitudinal rib web and deck thickness as well as manufacturing technology to study the fatigue performance and fatigue design S-N curve of the joint structure.The results show that: when the thickness of longitudinal rib web is 8 mm and deck thickness is 12 mm,shear failure will occur along the thickness direction of the deck and fatigue performance is poor;when the deck thickness is increased from 14 to 16 mm,the fatigue performances of test specimens have been somewhat improved;when the deck thickness is increased from 16 to 18 mm,the thickness of longitudinal rib web is increased from 8 to 9 mm,the fatigue performances of test specimens have hardly changed;the fatigue performances of test specimens have not been improved at all by bilateral penetration welding,instead,slightly lower than 75% unilateral penetration welding.S-N curve regression analysis on the fatigue test data of joint structure shows that the joint structure can be classified into IX category in code for design of steel structures in railway bridge.When failure cycle is 2×106,the stress amplitude is 71.9 MPa.

Orthotropic material

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First-Principle Calculations on the Atomic Geometry and Electronic States of COMonolayer on Cu(001) Surface

Acta Physico-Chimica Sinica (2008)

Zhao Xinxin Yiming Mi

用密度泛函理论（DFT）研究了Cu（001）表面CO吸附单层的表面性质.总能计算结果表明,顶位结构总能最低,相应位置的CO分子吸附能最大.谷位吸附结构的衬底原子层间距相对于清洁表面的膨胀量约为10%,从而导致了谷位吸附的不稳定性.在顶位、桥位和谷位三个吸附结构中,C和Cu原子之间的距离dC-Cu分别为0.1868、0.1975和0.2231nm,对应的CO分子键长为0.1154、0.1165和0.1175nm.计算了CO分子的态密度（DOS）.结果表明,衬底与分子的作用主要是分子和金属轨道的杂化.在吸附过程中,电荷主要从碳原子的s轨道向p轨道转移.在顶位、桥位和谷位吸附结构中,每个碳原子内电荷的转移量分别为0.45e、0.54e和0.55e.衬底向吸附分子的电荷转移量不大,CO吸附分子层为一绝缘层.

10.3866/pku.whxb20080122

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坑井における各種流れパターンでの2相流熱伝達解析【Powered by NICT】

Applied Thermal Engineering (2017)

Yonghai Gao Cui Yanchun Xu Boyue Baojiang Sun Zhao Xinxin

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Energy Law of China in the Climate Change Era:from the Perspective of International Cooperation with BRICS Countries

Journal of Chongqing University. English Edition (2012)

Rapid urbanization,industrialization and intensive agriculture have made BRICS countries particularly vulnerable to the effects of global warming.As important economies in the world,their actions will severely influence the result of GHGs emission reduction world-wide.China is facing double pressure of energy shortage domestically and green-house gases(GHGs) emission reduction internationally in the climate change era.China has enacted several laws and regulations regarding to energy saving and renewable energy,and is making Energy Law of PRC.These laws and regulations have played important role in dealing with energy saving and GHGs emission reduction,but there still exist some defects and can't deal with climate change issues well.Studying the energy laws and policies in BRICS countries together will provide experiences and guidance for China to reconstruct its energy laws and regulations from the dimension of international cooperation especially with BRICS countries.China as a developing country should coordinate its stance and policy in energy sector and climate change international negotiation.

Industrialisation

Energy law

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Riemerella anatipestiferにおけるアミノグリコシドおよび界面活性剤耐性に対する推定Rnd型輸送体,RAEBの寄与【JST・京大機械翻訳】

Frontiers in Microbiology (Web) (2017)

Zhang Xin Mingshu Wang Liu Ma-Feng Zhu De-Kang Francis Biville

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リポのリポ多糖類の構造と機能に関する研究の進展【JST・京大機械翻訳】

Xumu Shouyi Xuebao (2016)

Hua Ruiqi Zhao Xinxin Anchun Cheng

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