url: =Scattering of SH-waves by a semi-cylindrical hill and a semi-cylindrical canyon--《Journal of Harbin Engineering University》2007年04期\n《Journal of Harbin Engineering University》 2007-04\nScattering of SH-waves by a semi-cylindrical hill and a semi-cylindrical canyon\nLIU Dian-kui,Lü Xiao-tang(College of Civil Engineering,Harbin Engineering University,Harbin 150001,China)\nThe scattering of SH-waves by a semi-cylindrical hill and a semi-cylindrical canyon in elastical half-space was studied.Using "conjunction",displacement solutions that meet the boundary conditions were constructed in the two half spaces respectively.By moving coordinates,the two domains were conjoined to satisfy the "conjunction" condition and the boundary condition of the semi-cylindrical canyon,and then a set of infinite algebraic equations about the problem were obtained.The results of calculations are presented to show the influence of the semi-cylindrical canyon on the ground motion of the hill.\n1 SHI WenPu LI Li ZHANG ChunPing LI LuChang(School of Electromechanical Automobile Engineering,Yantai University,Yantai 264005,China);SCATTERING OF SH-WAVE TO THE CIRCULAR CAVITY IN THE HALF-SPACE WITH ELASTIC CONSTRAINT ACTING ON THE STRAIGHT BOUNDARY[J];Journal of Mechanical Strength;2009-05\n2 Cui Zhigang Zou Yongchao Liu Diankui (Dept. of Architectural Engineering,Harbin Engineering University,Harbin 150001,China);SCATTERING OF PLANE SH-WAVE BY A CYLINDRICAL HILL OF CIRCULAR-ARC CROSS SECTION[J];Earthquake Engineering and Engineering Vibration;1998-04\n3 Liu Diankui Wang Guoqing (School of Civil Engineering, Harbin Engineering University, Harbin 150001, China);ANTIPLANE SH-DEFORMATION OF A SEMI-CYLINDRICAL HILL ABOVE A SUBSURFACE CAVITY[J];Chinese Journal of Theoretical and Applied Mechanics;2006-02\n3 Du Yongjun, Zhao Qicheng(Daqing Petroleum Institute, Da qing 163318, P. R. China); Liu Diankui, Qiu Faqiang(Harbin Engineering Universit y)Journal of Northeast Forestry University.;Dynamic Analysis for Subsurface Cavity near Semi-Cylindrical Hills Impacted by SH-wave[J];Journal of Northeast Forestry University;2005-04\n6 Liu Gang~(1),Liu Diankui!~(1),Du Yongjun~(2),Chen Haitao~(1)(1.School of Civil Engineering,Harbin Engineering University,Harbin 150001,China;2.Mechanical Science and Engineering College,Daqing Petroleum Institute,Daqing 163318,China);Scattering of SH waves by an isosceles triangular hill above a subsurface elastic cylindrical inclusion[J];Earthquake Engineering and Engineering Vibration;2006-04\n9 LIANG Jianwen,BA Zhenning(Tianjin University,Tianjin 300072,China);Surface motion of a hill in layered half-space subjected to incident plane SH waves[J];Journal of Earthquake Engineering and Engineering Vibration;2008-01\n3 GONG Sheng-jun~1, LI Xin-xin~2 (1.Fix department of Daging second construction company,Daqing 163000,China; 2.The Construction Bureau of Daqing Honggang Section,Daqing 163511,China);TRANSIENT DYNAMIC ANALYSIS OF ELLIPSE CIRCULAR CAVITIES IN UNDERGROUND STRUCTURE[J];Low Temperature Architecture Technology;2004-01\n4 Chen Zhigang(Department of Mechanics and Civil Engineering,Jinan University,Guangzhou,510632);DYNAMIC STRESS CONCENTRATION AROUND AN INTERFACE CAVITY OF ARBITRARY SHAPE BY SH WAVES[J];Acta Mechanica Solida Sinica;2006-04\n5 Liu Gang1,2 Liu Diankui1(1 Department of Civil Engineering,Harbin Engineering University,Harbin, 150001)(2 Department of Mechanics & Aerospace Engineering,College of Engineering,Peking University,Beijing,100871);THE GROUND MOTION OF AN ISOSCELES TRIANGULAR HILL ABOVE A SUBSURFACE CAVITY WITH INCIDENT SH WAVES[J];Acta Mechanica Solida Sinica;2007-01\n6 QIU Fa-qiang,LIU Dian-kui (College of Civil Engineering,Harbin Engineering University,Harbin 150001,China);Standing wave functions from an isosceles triangle hill to incident SH-waves[J];Journal of Harbin Engineering University;2007-05\n7 LIU Dian-kui1,WANG Ning1,2,LI Shi-ying1,3,LI Ming-qiang1(1.College of Civil Engineering,Harbin Engineering University,Harbin 150001,China;2.Systems Engineering Division of CALT,Beijing 100076,China;3.No.63993 Army,Beijing 101149,China);Anti-plane SH-deformation by an arc-shaped cylindrical hill above a subsurface cavity in half-space[J];Journal of Harbin Engineering University;2007-06\n8 LI Hong-liang,LIU Dian-kui,YANG Yong(College of Civil Engineering,Harbin Engineering University,Harbin 150001,China);Dynamic stress concentration of SH-waves by arc cracks near a circular lining[J];Journal of Harbin Engineering University;2007-08\n9 NIU Jun-ping~1,ZHAO Hui-min~2,GAO Ai-kun~1,HAN Jing-jing~2(1.Civil Engineering Institute,Hebei University of Engineering,Handan 056038,China;2.Matou Electric Power Plant of Handan,Handan 056044,China);A study on hemispherical canyon SH wave dispersion[J];Journal of Hebei Institute of Architectural Science and Technology;2006-02\n10 KE Xian-hui,WU Yan-cheng,WANG Wei,ZHANG Xin,DU Yun-hai(Department of Engineering Mechanics,Zhengzhou University,Zhengzhou 450001,China);Stress Intensity Factor on Oblique Crack in Elastic Half-plane[J];Henan Science;2007-05\n4 LIN Hong,SHI Wen_pu,LIU Dian_kui;DYNAMIC ANALYSIS OF SHALLOW FILLed STRUCTURE with INCIDENT SH-WAVE[J];Journal of Harbin Engineering University;2001-06\n5 Liu Diankul, Xu Yiyan(Institute of Engineering Mechanics State Seismological, Bureau, Harbin 150080, China);INTERACTION OF MULTIPLE SEMI-CYLINDRICAL CANYONS BY PLANE SH-WAVES IN ANISOTROPIC MEDIA[J];Acta Mechanica Sinica;1993-01


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url: =Kan Zhao; Yongjin Wang*; R. Lawrence Edwards; Hai Cheng; Dianbing Liu; High-resolution stalagmiteδ18O records of Asian monsoon changes in central and southern China spanning the MIS 3/2 transition,Earth and Planetary Science Letters, 2010, 298: 191-198\nKan Zhao; Yongjin Wang*; R. Lawrence Edwards; Hai Cheng; Dianbing Liu; Xinggong Kong; A high-resolved record of the Asian Summer Monsoon from Dongge Cave, China for the past 1200 years,Quaternary Science Reviews, 2015, 122: 250-257.\nKan Zhao*; Yongjin Wang*; R. Lawrence Edwards; Hai Cheng; Dianbing Liu; Xinggong Kong; Youfeng Ning; Contribution of ENSO variability to the East Asian summer monsoon in the late Holocene,Palaeogeography, Palaeoclimatology, Palaeoecology,2016,449: 510-519.\nKan Zhao; Yongjin Wang*; R. Lawrence Edwards; Hai Cheng; Xinggong Kong; Dianbing Liu; Qingfeng Shao; Yingfang, Cui; Changchun Huang; Youfeng Ning; Xunlin Yang; Late Holocene monsoon precipitation changes in southern China and their linkage to Northern Hemisphere temperature,Quaternary Science Reviews, 2020, 232: 106191.doi.org/10.1016/j.quascirev.2020.106191.\n赵侃;陈仕涛*;崔英方;汪永进;程海;神农架石笋记录的近200年东亚季风变化及其ENSO响应,地理研究, 2015, 1(34): 74-84.


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url: =, Demao Yao 2\n, Hongjun Lv 1\n, Nongyue He 3\n, Bingyin Shi 1\n, Peng Hou 1,* and Meiju Ji 4,*\nShi, J.; Yao, D.; Liu, W.; Wang, N.; Lv, H.; He, N.; Shi, B.; Hou, P.; Ji, M.\tFrequent Gene Amplification Predicts Poor Prognosis in Gastric Cancer. Int. J. Mol. Sci. 2012, 13, 4714-4726.\nShi, Jing; Yao, Demao; Liu, Wei; Wang, Na; Lv, Hongjun; He, Nongyue; Shi, Bingyin; Hou, Peng; Ji, Meiju.\t2012. "Frequent Gene Amplification Predicts Poor Prognosis in Gastric Cancer." Int. J. Mol. Sci. 13, no. 4: 4714-4726.


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url: =2014 - www.ammpg.net\n67. Chao Yu, Yunhui Wang, Shicheng Jiang, Xu Cao,and *Ruifeng Lu, “Isolated few-attosecond emission in a multi-cycle asymmetrically nonhomogeneous two-color laser field”, Journal of Physics B: Atomic, Molecular and Optical Physics 47, 225602 (2014).\n66. Chao Yu, Haixiang He, Yunhui Wang, Qi Shi, Yadong Zhang, and *Ruifeng Lu, “Intense attosecond pulse generated from molecular harmonic plateau of H2+ in mid-infrared laser fields”, Journal of Physics B: Atomic, Molecular and Optical Physics 47, 055601 (2014).\n65. Yunhui Wang, Chao Yu, Qi Shi, Yadong Zhang,Xu Cao, Shicheng Jiang, and *Ruifeng Lu, “Reexamination of wavelength scaling of harmonic yield in intense mid-infrared fields”, Physical Review A 89, 023825 (2014).\n64. Xu Cao, Shicheng Jiang, Chao Yu, Yunhui Wang, Lihua Bai, and *Ruifeng Lu, “Generation of isolated sub-10-attosecond pulses in spatially inhomogenous two-color fields”, Optics Express 22, 26153 (2014).\n63. *Ruifeng Lu, Zhaoshun Meng, Dewei Rao, Yunhui Wang, Qi Shi, Yadong Zhang, Erjun Kan, *Chuanyun Xiao, and *Kaiming Deng, “A promising monolayer membrane for oxygen separation from harmful gases: Nitrogen-substituted polyphenylene”, Nanoscale 6, 9960 (2014).\n62. Dewei Rao, *Ruifeng Lu, Zhaoshun Meng,Yunhui Wang, Zelin Lu, Yuzhen Liu, Xuan Chen, Erjun Kan, Chuanyun Xiao, Kaiming Deng, and *Haiping Wu, “Electronic Properties and Hydrogen Storage Application of Designed Porous Nanotubes from a Polyphenylene Network”, International Journal of Hydrogen Energy 39, 18966 (2014).\n61. *Ruifeng Lu, Feng Li, Juan Salafranca, Erjun Kan, Chuanyun Xiao, and *Kaiming Deng, “A B-C-N hybrid porous sheet: An efficient metal-free visible-light absorption material”, Phys. Chem. Chem. Phys. 16, 4299 (2014).\n60. *Ruifeng Lu, *Chao Yu, Yunhui Wang, Qi Shi, and Yadong Zhang, “Control of electron localization to isolate and enhance molecular harmonic plateau in asymmetric HeH2+ system”, Physics Letters A 378, 90 (2014).\n59. *Ruifeng Lu, Zhenyu Xu, and *Yunhui Wang, “Reagent vibrational, rotational, and isotopic effects on stereodynamics of the H + OCl → OH + Cl reaction”, Journal of Theoretical and Computational Chemistry 13, 1450002 (2014).\n58. Xuan Chen, *Ruifeng Lu, Erjun Kan, Yuzhen Liu, *Chuanyun Xiao, and *Kaiming Deng, “Theoretical study of CO oxidation on cationic, neutral, and anionic AuM dimers (M = Pd and Ag)”, Journal of Molecular Modeling 20, 2313 (2014)\n57. Ruifeng Lu, *Haiping Wu, Yan Qian, Erjun Kan, Yuzhen Liu, Weishi Tan, Chuanyun Xiao, and Kaiming Deng, “The effect of biaxial mechanical strain on the physical properties of double perovskite Sr2FeMoO6: A theoretical study”, Solid State Communications 191, 70 (2014).\n56. Yunhui Wang, Chuanyun Xiao, Kaiming Deng, and *Ruifeng Lu, “QCT Study of the Isotope Effects on the Stereodynamics in the Reaction H(2S) + CH(X2Π; v = 0, j = 1) → C(1D) + H2(X )”, Chinese Physics B 23, 043401 (2014).\n55. Na Guo, Ruifeng Lu, Shuanglong Liu, Ghim Wei Ho, and *Chun Zhang, “High Catalytic Activity of Au Clusters Supported on ZnO Nanosheets”, Journal of Physical Chemistry C 118, 21038 (2014).\n54. Feng Li,Chuan-Yun Xiao, Er-Jun Kan, Rui-Feng Lu,and *Kai-Ming Deng, “Density functional study on the different behaviors of Pd and Pt coating on graphene”, Acta Phys. Sin. 63, 176802 (2014).\n53. Qiushi Yao, Yuzhen Liu, Ruifeng Lu, Chuanyun Xiao, Kaiming Deng, and Erjun Kan, “Will a graphitic-like ZnO single layer be an ideal substrate for graphene”, RSC Advances 4, 17478 (2014).\n52. Haiping Wu, Yanming Ma, Yan Qian, Erjun Kan, Ruifeng Lu, Yuzhen Liu, Weishi Tan, Chuanyun Xiao, and Kaiming Deng, “The effect of oxygen vacancy on the half-metallic nature of double perovskite Sr2FeMoO6: A theoretical study”, Solid State Communications 177, 57 (2014).


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url: =ENGLISH 189 BLOG: ALL CHANGE! Nov. 10th, 2009\n#1--Overworked employees are already decorating stores for Christmas.\nAMIN: Nice change:-)


url: =已选条件： 数据来源: EI × 出版年: 2015 × 机构: 晶体材料研究所 ×\n1. On Structural Features Necessary for Near-IR-Light Photocatalysts EI SCOPUS SCIE\n2. Novel carbon dots/BiOBr nanocomposites with enhanced UV and visible light driven photocatalytic activity EI SCOPUS SCIE\n3. Synthesis of BiOBr-PVP hybrids with enhanced adsorption-photocatalytic properties EI SCOPUS SCIE\n4. Graphene-Based Flexible and Transparent Tunable Capacitors EI SCOPUS SCIE\n作者：Man, Baoyuan; Xu, Shicai; Jiang, Shouzheng; Liu, Aihua; Gao, Shoubao; Zhang, Chao; Qiu, Hengwei; Li, Zhen\n作者机构：[Man, Baoyuan; Xu, Shicai; Jiang, Shouzheng; Liu, Aihua; Gao, Shoubao; Zhang, Chao; Qiu, Hengwei; Li, Zhen] Shandong Normal Univ, Coll Phys & Elect, Jinan 250014, Peoples R China.; [Xu, Shicai] Dezhou Univ, Coll Phys & Elect Informat, Dezhou 253023, Peoples R China.; [Jiang, Shouzheng] Shandong Univ, State Key Lab Crystal Mat, Jinan 250100, Peoples R China.\n来源：NANOSCALE RESEARCH LETTERS,2015,Vol.10,Issue.1,1-12\n5. Efficient multi-wavelength lasers made of Nd:GdLuAG crystal EI SCOPUS SCIE\n6. Theoretical investigation on thermal effect in organic semiconductors EI SCOPUS SCIE\n作者：Yang, Liu; Yi, Ding; Han, Shixuan; Xie, Shijie\n作者机构：[Yang, Liu; Yi, Ding; Han, Shixuan; Xie, Shijie] Shandong Univ, State Key Lab Crystal Mat, Sch Phys, Jinan 250100, Peoples R China.\n7. Preparation of 2D MoS2/Graphene Heterostructure through a Monolayer Intercalation Method and its Application as an Optical Modulator in Pulsed Laser Generation EI SCOPUS SCIE\n8. Influence of annealing temperature of ZnO film as the electron transport layer on the performance of polymer solar cells EI SCOPUS\n9. Trap effect of triplet excitons on magnetoresistance in organic devices EI SCOPUS SCIE\n10. Efficient graphene Q-switched 946 nm Nd:YAG laser EI SCOPUS SCIE\n作者：Han, Shuo; Li, Xianlei; Zhao, Yongguang; Wu, Yongzhong; Wang, Zhengping; Hao, Xiaopeng; Xu, Xinguang\n作者机构：[Han, Shuo; Li, Xianlei; Zhao, Yongguang; Wu, Yongzhong; Wang, Zhengping; Hao, Xiaopeng; Xu, Xinguang] Shandong Univ, State Key Lab Crystal Mat, Jinan 250100, Peoples R China.\n11. Structures and photoluminescence properties of Alq(3) 1D materials prepared by an extremely facile solution method EI SCOPUS SCIE\n作者：Xie, Wanfeng; Song, Hui; Fan, Jihui; Jiang, Feng; Yuan, Huimin; Zhang, Shiyu; Wei, Zhixian; Pang, Zhiyong; Han, Shenghao\n作者机构：[Xie, Wanfeng; Song, Hui; Fan, Jihui; Jiang, Feng; Yuan, Huimin; Wei, Zhixian; Pang, Zhiyong; Han, Shenghao] Shandong Univ, State Key Lab Crystal Mat, Sch Phys, Jinan 250100, Peoples R China.; [Han, Shenghao] Shandong Univ, Sch Space Sci & Phys, Weihai 264209, Peoples R China.; [Zhang, Shiyu] Beijing Inst Technol, Sch Optoelect, Beijing 100081, Peoples R China.\n12. Focused ion-beam writing of channel waveguides in bismuth germanate crystal for telecommunication bands EI SCOPUS SCIE\n作者：He, Ruiyun; Vanga, Sudheer Kumar; Bettiol, Andrew A.; Chen, Feng\n作者机构：[He, Ruiyun; Chen, Feng] Shandong Univ, Sch Phys, Jinan 250100, Shandong, Peoples R China.; [He, Ruiyun; Chen, Feng] Shandong Univ, State Key Lab Crystal Mat, Jinan 250100, Shandong, Peoples R China.; [Vanga, Sudheer Kumar; Bettiol, Andrew A.] Natl Univ Singapore, Ctr Ion Beam Applicat, Dept Phys, Singapore 117542, Singapore.\n14. Hydrogenation-induced large-gap quantum-spin-Hall insulator states in a germanium-tin dumbbell structure EI SCOPUS SCIE\n作者：Chen, Xin; Li, Linyang; Zhao, Mingwen\n作者机构：[Chen, Xin; Li, Linyang; Zhao, Mingwen] Shandong Univ, State Key Lab Crystal Mat, Sch Phys, Jinan 250100, Shandong, Peoples R China.\n15. Spectral management in upconverting sesquioxide through matrix doping EI SCOPUS SCIE\n16. Single, composite, and ceramic Nd:YAG 946-nm lasers EI SCOPUS SCIE\n18. Two waveguide layers in lithium niobate crystal formed by swift heavy Kr ion irradiation EI SCOPUS SCIE\n作者：Liu Tao; Huang Qing; Zhao Jin-Hua; Kong Wei-Jin; Liu Peng; Zhang Lian; Zhou Yu-Fan; Yu Xiao-Fei; Wang Lei; Wang Xue-Lin\n作者机构：[Liu Tao; Kong Wei-Jin] Qingdao Univ, Sch Phys, Qingdao 266071, Peoples R China.; [Liu Tao; Kong Wei-Jin] Qingdao Univ, Shandong Univ, Key Lab Photon Mat & Technol, Qingdao 266071, Peoples R China.; [Huang Qing] Chinese Acad Sci, Shanghai Inst Appl Phys, Shanghai 201800, Peoples R China.; [Zhao Jin-Hua] Shandong Jianzhu Univ, Sch Sci, Jinan 250101, Peoples R China.; [Liu Peng; Zhang Lian; Zhou Yu-Fan; Yu Xiao-Fei; Wang Lei; Wang Xue-Lin] Shandong Univ, Sch Phys, State Key Lab Crystal Mat, Jinan 250100, Peoples R China.; [Liu Peng; Zhang Lian; Zhou Yu-Fan; Yu Xiao-Fei; Wang Lei; Wang Xue-Lin] Shandong Univ, Key Lab Particle Phys & Particle Irradiat MOE, Jinan 250100, Peoples R China.\n来源：CHINESE PHYSICS B,2015,Vol.24,Issue.5\n19. Coumarin amide derivatives as fluorescence chemosensors for cyanide anions EI SCOPUS SCIE\n作者：Wu, Qianqian; Liu, Zhiqiang; Cao, Duxia; Guan, Ruifang; Wang, Kangnan; Shan, Yanyan; Xu, Yongxiao; Ma, Lin\n作者机构：[Wu, Qianqian; Cao, Duxia; Guan, Ruifang; Wang, Kangnan; Shan, Yanyan; Xu, Yongxiao; Ma, Lin] Univ Jinan, Shandong Prov Key Lab Preparat & Measurement Bldg, Sch Mat Sci & Engn, Jinan 250022, Shandong, Peoples R China.; [Liu, Zhiqiang] Shandong Univ, State Key Lab Crystal Mat, Jinan 250100, Shandong, Peoples R China.\n来源：MATERIALS CHEMISTRY AND PHYSICS,2015,Vol.161,43-48\n20. An LD-pumped dual-wavelength actively Q-switched Nd:Sc0.2Y0.8SiO5 laser EI SCOPUS\n作者：Yang, Xiu-qin ;Ma, Zhi-guo ;Zheng, Li-he ;Shang, Lian-ju ;Su, Fu-fang\n作者机构：[Yang, Xiu-qin ;Ma, Zhi-guo ;Shang, Lian-ju ;Su, Fu-fang ] Shandong Provincial Key Laboratory of Laser Polarization and Information Technology, Department of Physics, Qufu Normal University, Qufu; 273165, China;[Zheng, Li-he ] Shanghai Institute of Ceramics, Chinese Academy of Sciences, Shanghai; 200050, China;[Yang, Xiu-qin ] State Key Laboratory of Crystal Materials, Institute of Crystal Materials, Shandong University, Jinan; 250100, China


url: =Chemistry:Glutaryl-CoA - HandWiki\nKey: SYKWLIJQEHRDNH-CKRMAKSASA-N N\n↑ "Kinetic mechanism of glutaryl-CoA dehydrogenase". Biochemistry 45 (51): 15853–61. Dec 2006. doi:10.1021/bi0609016. PMID 17176108.\nOriginal source: https://en.wikipedia.org/wiki/ Glutaryl-CoA. Read more\nRetrieved from "https://handwiki.org/wiki/index.php?title=Chemistry:Glutaryl-CoA&oldid=2114212"


url: =Physiological Process Characteristics of Crop Photosynthesis in Shelternets--《Journal of Soil Water Conservation》2004年01期\nPhysiological Process Characteristics of Crop Photosynthesis in Shelternets\nFAN Zhi-ping~1, ZENG De-hui~1, ZHU Jiao-jun~1, SHA Jian-guo~2, JIANG Feng-qi~1 (1.Shengyang Institute of Applied Ecology, Chinese Academy of Sciences, Shenyang 110016; 2.Soil and Water Conservation Office, Water Conservancy Bureau, Huludao City, Liaoning Province, Huludao 125000)\nThe results show that shelternets has different influence on the photosynthesis of crops after observing the most index of physiological and ecological process characteristics of crop photosynthesis in shelternets. The strongest reaction occurs in the area of 0~2H around farmland margin. Furthermore,there is obvious difference of photosynthesis in different time, position and direction of belts, which is mainly due to the difference of density of photosynthetic active radiation received by crops in shelternets, and thus result in the difference of crop production. Consequently, shelternet is regarded as the primary reason that formed the environment heterogeneity in the interface of farmland ecosystem. The trees group in shleternets formed by different disposition caused the changes of environment factors tied to physiological activity of crops grew in shelternets, and this important changes influenced necessarily the physiological and ecological process of crop photosynthesis in shleternets.\n【Fund】： 国家自然科学基金(30100144);; 中国科学院知识创新工程重要方向项目(KZCX3-SW-418);; 中国科学院沈阳应用生态研究所知识创新工程项目(SCXZD0102-01)资助\n2 YAO Yunlong1,2,LV Xianguo1,TONG Shouzheng1(1.Northeast Institute of Geography and Agriculture Ecology,CAS,Changchun 130012,China;2.Graduate School,CAS,Beijing 10019,China);The Theory and Application of Landscape Sensitivity[J];Progress in Geography;2007-05\n3 XIA Jiang-bao~1, LIU Xin-ru~2, WANG Gui-xia~1, YANG Ji-hua~(1**), LV Ai-xia~1, YU Hong-tai~3 (1. Forest College of Shandong Agricultural University, Tai'an,Shandong 271018; 2. Zichuan District Water Conservancy Bureau, Zibo,Shandong 255100; 3.Tai'an Institute of Water Conservation, Tai'an 271000);Effects of Soil Moisture and Microclimate Factors on Gas Exchange Parameters of Kalopanax Septemlobus Koidz[J];Journal of Soil Water Conservation;2005-02\n4 DING Song-shuang,SU Pei-xi (Linze Inland River Basin Research Station,Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Sciences,Lanzhou 730000,China).;Effects of farmland shelterbelt on photosynthetic characteristics and grain yield of maize in Hexi corridor oasis[J];Chinese Journal of Applied Ecology;2009-05\n1 Hao Yuguang;Lu Ping Engineer Desert Forest Expermental Centre, CAF Dengkou, Inner Mongolia 015200 Hualsishi Melon Research Institute of Agriculture Bureau, Dengkou County of Neimenggu;A Study on the Relationship of the Shelter-forest Microclimate Effects on Man-made Oasis and Crops Production in Wulanbuhe Sandy Region[J];Forest Research;1997-01\n2 Lu Guangming; Ma Xiuling; Xu Zhuling (College of Resources and Environment Science,CAU,Beijing 100094)Song Zhaoming; Meng Ping; Zhang Jinsong (Chinese Academy of Forestry Science);Study on the crop production Efficiency on Both Sides of the Forest Belt[J];Journal of China Agricultural University;1996-01\n3 Chang Jie(Biology Department, Hangzhou University, 310012) Chen Jie Wang Wen-Zhang(Northeast Forestry University, Harbin)Ge Ying(Biology Department, Hanzhou University);A STUDY ON THE MAIN CHARACTERS OF YIELD AND QUALITY OF CORN IN A SHELTER-BELT NETWOK ECOFIELD[J];Acta Ecologica Sinica;1992-04\n4 Lu Qi 1 Yang Hanxi 2 Ci Longjun 1 Zhu Zhaohua 1 Wu Yunying 3 Jing Yuanshu 4( 1 Research Institute of Forestry, Chinese Academy of Forestry, Beijing, China, 100091) ( 2 Chinese National MAB Committee, Beijing, China, 100864) ( 3 RLU, Si;EFFECT OF RADIATION TRANSMISSION ON CROP YIELD AND QUALITY[J];ACTA ECOLOGICA SINICA;1997-01\n5 Cai Tianqi, Gao Lichun (Nanjing Forestry University, Nanjing 210037);Distribution Pattern of Sky Diffuse Radiation Between Farmland Shelterbelts.[J];Chinese Journal of Ecology;1991-02\n6 FAN Zhiping1, ZENG Dehui1, ZHU Jiaojun1, JIANG Fengqi1, YU Xinxiao2 (1.Institute of Applied Ecology, Chinese Academy of Sciences, Shenyang 110016; 2.Beijing Forestry University, Beijing 100083) ;Advance in Characteristics of Ecological Effects of Farmland Shelterbelts[J];Journal of Soil Water Conservation;2002-04\n7 Wang Hanjie(Eco environment Research Centre in Atmospheric Boundary Layer, Meteorology Institute of Air Force China, Nanjing 211101).;Numerical simulation of winter wheat growth in a regular windbredk system.[J];CHINESE JOURNAL OF APPLIED ECOLOGY;1997-03\n3 Liu Shenquan(College of Forest Utilization,Anhui Agricultural University,Hefei,230036);Study on the Features and Variations of Fibre Dimensions of Kalopanax setemlobus (Thunb.)Koidz[J];JOURNAL OF ANHUI AGRICULTURAL UNIVERSITY;1996-01\n4 Li Fangdong Wang Baoping Fu Dali (Paulownia Research and Development Center of China,Zhengzhou,450003,P.R.China);Light Distribution Within the Inter Cropping System of Paulownia Wheat and Its Influences on Wheat Yield[J];JOURNAL OF BEIJING FORESTRY UNIVERSITY;1998-03\n5 Liu Shengquan Jiang Zehui;Variation of Anatomical Features in Tension Wood of Kalopanax septemlobus[J];中国林学(英文版);1999-01\n7 Pei Baohua ;Jia Yubin; Wang Wenquan; Yuan Yuxin (Forestry School, Hebei Agricultural Univercity, Baoding 071000)Zhang Zhenjiang (Daming Forestry Bureau, Daming 056900);Light Intensity, Soil Water Content and Crop Output under Popar-crop Intercropping System[J];JOURNAL OF AGRICULTURAL UNIVERSITY OF HEBEI;1998-02\n8 Yuan Yuxin; Pei Baohua; Wang Wenquan;Jia Yubin(Forestry school,Hebei Agricultural University,Baoding 071000)Liu Zhenting(Hebei Weicounty Forestry Bureau,Weicounty 056800)Zhang Zhenjiang (Hebei Daming County Forest farm,Daming Country 056900)Zhao Huimin (D;The Influence of Intercropping of Poplar with Crops on Crop Yielding[J];JOURNAL OF AGRICULTURAL UNIVERSITY OF HEBEI;1996-02\n9 Liu Guangping, Sun Jihong(Northeast Forestry University, Harbin 150040,P. R. China);Analysis on Nutrient Elements of Kalopanax septemlobus[J];JOURNAL OF NORTHEAST FORESTRY UNIVERSITY;1998-03\n1 LIU Hai-xia et al(College of agronomy,Henan Agricultural University,Zhengzhou,Henan 450002);Comparison of Photosynthetic Characteristics of Flag Leaves of Yumai 34 in Different Sowing Dates[J];Journal of Anhui Agricultural Sciences;2008-29\n2 ZHANG Xiang-ning~1;SUN Xiang-yang~1;WANG Bao-ping~2;QIAO Jie~2;CUI Ling-jun~2;HUANG Yu~3.1 Key Laboratory of Soil and Water Conservation & Desertification Combating,Ministry of Education,School of Soil and Water Conservation,Beijing Forestry University,100083,P.R.China;2 Paulownia Research and Development Center of China,State Forestry Administration,Zhengzhou,450003,P.R.China;3 School of Environment and Natural Resources,Renmin University of China,Beijing,100872,P.R.China.;Effects of soil moisture on photosynthetic characteristics of Larrea tridentata seedlings[J];Journal of Beijing Forestry University;2008-02\n3 QIN Jie1,2,ZHOU Zhi-xiang1,TENG Ming-jun1,WANG Yan-yan1,SHI Mei-rong1(1.College of Horticulture and Forestry,Huazhong Agricultural University,Wuhan 430070,China; 2.Deparment of Life Science,College of Huizhou,Huizhou 516007,China);EVALUATION ON LANDSCAPE SENSITIVITY OF JIUFENG URBAN FOREST RESERVE IN WUHAN[J];Resources and Environment in the Yangtze Basin;2009-05\n4 HU Weiwei1,2,3, WANG Genxu1, DENG Wei1,3 (1. Institute of Mountain Hazards and Environment, CAS, Chengdu 610041, China; 2. Resource and Environment College, Anqing Normal College, Anqing 246003, China; 3. Graduate University of Chinese Academy of Science, Beijing 100093);Advance in Research of the Relationship between Landscape Patterns and Ecological Processes[J];Progress in Geography;2008-01\n5 DING Li-na~(1,2),JIN Hua~2,YIN Ming-fang~1,ZHU Xue-jing~(1,2),ZHAO Yun-peng~3,JIANG Guo-bin~(2*)(1 College of Forestry,Shenyang Agricultural University,Shenyang 110161,China;2 Institute of Bio-resources and Environment,Dalian National University,Dalian,Liaoning 116600,China;3 Forestry Station of Yaopu in Liaoning Province,Xinmin,Liaoning 110300,China);Effects of Salt Stress on Photosynthetic Pigment and Gas Exchange Characteristics of the Leaves of Populus Seedlings[J];Acta Botanica Boreali-Occidentalia Sinica;2006-12\n6 CHEN Ying-biao,ZHOU Qian-yi,CHEN Jian-fei(School of Geographical Sciences,Guangzhou University,Guangzhou,Guangdong 510006);Spatio-temporal Characteristics of Land Use and Cover Change in Guangzhou City in the Past 30 years[J];Scientia Geographica Sinica;2009-03\n7 XU Xuegong,LI Shuangcheng,CAI Yunlong (Center of Geographic Sciences,Peking University,Beijing 100871,China);Recent Progress and Prospect of Integrated Physical Geography in China[J];Acta Geographica Sinica;2009-09\n8 HAN Xi-ying~(1,2),SONG Feng-bin~1,WANG Bo~(1,2),ZHANG Lei~(1,2)(1.Northeast Institute of Geography and Agricultural Ecology,Chinese Academy of Science,Changchun 130012,China;2.Graduate School of the Chinese Academy of Science,Beijing 100039,China);Effects of Soil Water Stress on Photosynthetic Charateristics of Maize[J];Acta Agriculturae Boreali-Sinica;2006-05\n9 YANG Xiao-jie CHENG Jia-chun LI Xue-hua CHEN Jing(Life Science and EngineeringInstitute of Qiqihaer University Qiqihaer 160006);The Relationship between microstructure of reed's leaves and Ecological environment of Zhalong Wetland[J];Heilongjiang Environmental Journal;2008-04\n10 JIANG Guo-bin1*,DING Li-na1,2,JIN Hua1,SA Na1,ZHANG Wei1,ZHAO Yun-peng3(1.Institute of Bio-resources and Environment,Dalian National University,Dalian 116600,China;2.College of Forestry,Shenyang Agricultural University,Shenyang 110161,China;3.Forestry Station of Yaopu in Liaoning province,Xinmin 110300,China);Effects of Salt Stress on Photosynthetic Characteristics and Chlorophyll Fluorescence Parameters in Leaves of Poplar Seedlings[J];Liaoning Forestry Science and Technology;2007-01\n1 Jiang Jianping Zhu Jianjun Liu Tingzhi(Henan Agricultural University, Zhengzhou 450002)He Shumin Zhou Zhiming Su Fujiang(Foresty Bureau of Changge County, Henan Province);Related Changes of Wheat Yield and Photosynthetically Active Rradiation in Paulownia/Wheat Intercropping System[J];Acta Agriculturae Boreall—sinica;1994-S1\n2 Wang Shaozhong Zhang Lianhong Xu Xuelin Li Yunjing Xu Xiaoping(Henan Academy of Agricultural Sciences, Zhengzhou 450002)Chao Guangcai(Institute of Crop Breeding and Cultivation, Chinese Academy of Agricultural Sciences, Beijing 100081);Effect Studies of Environment and Ecological Conditions on Wheat Quality[J];Acta Agriculturae Boreall—sinica;1994-S1\n3 Wu Yunying (Research Institute of Forestry, CAF) Xiong Qinxue (Nanjing Meteorological Collage);RELATION BETWEEN ENERGY BALANCE, WATER USE STATUS AND WHEAT YIELD[J];Scientia Silvae Sinicae;1991-04\n4 Xiao Yonghu (Jilin Provincial Academy of Agricultural Science);STUDIES ON THE COLD TOLERANCE OF MAIZE AT DIFFERENT GROWTH STAGES[J];Acta Agronomica Sinica;1984-01\n5 Yu Huning Liu Xuan(Agro-ecosystems Experiment Station,Inst.of Geography,Academia Sinica);RESEARCH ON THE CO_2 FLUX DENSITY AND THE WATER USE EFFICIENCY OF WHEAT CANOPY[J];Chinese Journal of Agrometeorology;1990-03


url: =North East Calling | Evershine Travels\n2 N – Darjeeling + 01 Kalimpong + 02 N – Gangtok\nNew Jalpaigudi / Bagdogra Airport - DARJEELING (ABOUT 90 KMS / 3 HRS\nMeet & Greet on arrival at NJP / IXB & transfer to Darjeeling is one of the most magnificent hill resorts in the world. Evening free to explore this Hill Queen. Overnight Halt at Darjeeling. Day 02\nDARJEELING - KALIMPONG (57 KMS / 2 HRS) SIGHT SEEING AT KALIMPONG\nKALIMPONG - GANGTOK (ABOUT 80 KMS /3 HRS\nAfter breakfast excursion trip to Tsomgo Lake & Baba Mandir. Overnight stay in the Hotel in Gangtok. Day 06


url: =Yangshuo Pictures | Yangshuo Travel Photos | Photos of Great Spots Posted on Trip Moments\nAbout Yangshuo: The county of Yangshuo is part of Guilin, and the best natural features of Guilin’s scenery are concentrated here. The Li and Yulong Rivers are part of this beautiful scenery and make for fine sightseeing, whether you do so on the water by boat or bamboo raft if you choose to ride through. West Street is the main thoroughfare of Yangshuo. Thanks to Yangshuo’s scenic environment, it has attracted countless tourists from abroad. There are many coffee shops and western-style restaurants on West Street, also known as Westerner Street. Yangshuo is also well-known as a spot for outdoor activities, especially rock climbing among karst land formations. The rock climbing business here is already considerably developed, with various challenges that can be undertaken. There are also activities like hiking and cave exploration for visitors to try out.\nPopular Attractions: Impression Sanjie Liu (Evening Showtime), Shiwai Taoyuan, Yulong River, Yulong River Rafting, Bamboo Rafting on the Li River in Xingping\nMore Yangshuo guides\nYangshuo Travel | Longsheng Travel | Lingchuan Travel | Xing'an County Travel | Quanzhou Travel | Ziyuan Travel | Lipu Travel


url: =Excuse Me, But I Was Next... by Peggy Post, Susan Bennett - Reviews, Description & more - ISBN#9780061142673 - BetterWorldBooks.com\n/ Excuse Me, But I Was Next...\nimage Excuse Me, But I Was Next...\nAbout the BookEtiquette expert Peggy Post comes to the rescue in this concise, easy-to-understand audio presentation devoted to the etiquette issues most people wonder about. Abridged. 3 CDs.\nMedia: Compact Disc Audio ProductLanguage: EnglishPublisher: HarperAudioEdition: UnknownISBN-10: 0061142670Publication Date: Oct. 3rd, 2006ISBN-13: 9780061142673Dimensions: 5.30 x 5.82 x 0.79 inchesShipping Weight: 0.26 lbs


url: =CWT Traveler | Airline 05 <!-â Oracle Maxymiser Script Start -->\nAb dem 28. März 2018 bietet Singapore Airlines auf der Strecke Düsseldorf-Singapur eine vierte wöchentliche Flugverbindung an. Der neue Flug startet jeweils mittwochs in Düsseldorf um 11.55 Uhr und landet in Singapur um 06.20 Uhr am nächsten Morgen.


url: =177,001-177,500 of 2,480,018 results for "Networking and Computing"\nAuthors:A. Bierbaum; I. Gubarev; R. Dillmann\nAuthors:C. Berger; S. Lacroix\nAuthors:A. Pereira; J. Das; G.S. Sukhatme\nReal-time implementation of blind spatial subtraction array for hands-free robot spoken dialogue system\nAuthors:Yu. Takahashi; H. Saruwatari; K. Shikano\nAuthors:H. Nagahara; A. Ichikawa; M. Yachida\nAuthors:Jinsu Liu; M. Veloso\nAuthors:Hongliang Guo; Yan Meng\nMixed-load transportation scheduling in a floor warehouse environment\nAuthors:R. Takano; T. Higashi; H. Tamura; Mingang Cheng; J. Ota\nAuthors:M. Kojima; K. Okada; M. Inaba\nAuthors:Yi Li; K. Gupta\nA formation control framework based on Lyapunov approach\nAuthors:S. Abiko; G. Hirzinger\nAuthors:H. Kanda; T. Ogata; K. Komatani; H.G. Okuno\nDeformations of general parametric shells: Computation and robot experiment\nAuthors:Yan-Bin Jia; Jiang Tian\nRedundancy resolution of a 7 DOF haptic interface considering collision and singularity avoidance\nAuthors:Y. Komoguchi; K. Yano; A. Peer; M. Buss\nCovering hostile terrains with partial and complete visibilities: On minimum distance paths\nAuthors:M. Mohan; R. Sawhney; K. Madhava Krishna; K. Srinathan; M.B. Srikanth\nOn-line convex optimization based solution for mapping in VSLAM\nAuthors:A.H. Abdul Hafez; S. Bhuvanagiri; K. Madhava Krishna; C.V. Jawahar\nAuthors:M.R. Blas; M. Agrawal; A. Sundaresan; K. Konolige\nEfficient feature tracking for scene recognition using angular and scale constraints\nAuthors:Jungho Kim; Ouk Choi; In So Kweon\nAuthors:L. Spinello; R. Triebel; R. Siegwart\nUnderactuated point stabilization using predictive models with application to marine vehicles\nAuthors:M. Greytak; F. Hover\nReal-time stereo visual odometry for autonomous ground vehicles\nA visual-servo-based assistant system for unmanned helicopter control\nAuthors:K. Watanabe; Y. Iwatani; K. Nonaka; K. Hashimoto\nAuthors:D. Churchill; A. Vardy\nShape-guided superpixel grouping for trail detection and tracking\nAuthors:C. Rasmussen; D. Scott\nAuthors:J. Ko; D. Fox\nAuthors:S. Linga; Binayak Roy; H. Asada; D. Rus\nAuthors:P. Sermanet; P. Sermanet; R. Hadsell; M. Scoffier; M. Scoffier; U. Muller; Y. LeCun\nEstimation of group attention for automated camerawork\nAuthors:K. Takemura; Y. Matsumoto; T. Ogasawara\nAuthors:R. Hadsell; A. Erkan; P. Sermanet; M. Scoffier; U. Muller; Yann LeCun\nAuthors:R. Mafi; S. Sirouspour; B. Moody; B. Mahdavikhah; K. Elizeh; A. Kinsman; N. Nicolici; M. Fotoohi; D. Madill\nAuthors:S. Wybo; D. Tsishkou; C. Vestri; F. Abad; S. Bougnoux; R. Bendahan\n3D object modeling and segmentation using edge points with SIFT descriptors\nAuthors:B. Scholz; Chenyi Zhang; C. Cifuentes\nAuthors:K. Gondow; H. Kawashima; T. Imaizumi\nAuthors:Cheng Wang; Daqing Hou\nAuthors:J. Singer; C. Kirkham\nAuthors:C. Boogerd; L. Moonen\nAuthors:M. Di Penta; L. Cerulo; L. Aversano\nAuthors:D. Binkley; N. Gold; M. Harman; Zheng Li; K. Mahdavi\nAuthors:Qiang Sun; Jianjun Zhao\nAuthors:A. Stone; M. Strout; S. Behere\nAnalysis and Transformations for Efficient Query-Based Debugging\nAuthors:M. Gorbovitski; K.T. Tekle; T. Rothamel; S.D. Stoller; Y.A. Liu\nUsing Program Transformations to Add Structure to a Legacy Data Model\nAuthors:M. Ceccato; T.R. Dean; P. Tonella\nType Highlighting: A Client-Driven Visual Approach for Class Hierarchies Reengineering\nAuthors:T. Clark; P. Sammut; J. Willans\nParfait - A Scalable Bug Checker for C Code\nDTS - A Software Defects Testing System\nAuthors:Zhao Hong Yang; Yun Zhan Gong; Xiao Qing; Wang Ya Wen\nAuthors:R. Buyya; Chee Shin Yeo; S. Venugopal\nChinaV: Building Virtualized Computing System\nAuthors:Hai Jin; Xiaofei Liao; Song Wu; Zhiyuan Shao; Yingwei Luo\nDRIVE - Dispatching Requests Indirectly through Virtual Environment\nAuthors:Hyung Won Choi; H. Kwak; A. Sohn; Kyusik Chung\nPerformance Study on the MPMS Fabric: A Novel Parallel and Distributed Switching System Architecture\nAuthors:Xiangjie Ma; Xiaozhuo Gu; Lei He; Julong Lan; Baisheng Zhang\nSoftware Assisted Transact Cache to Support Efficient Unbounded Transactional Memory\nAuthors:Shaogang Wang; Dan Wu; Zhengbin Pang; Xiaodong Yang\nHardware Transactional Memory Supporting I/O Operations within Transactions\nAuthors:Yi Liu; Xin Zhang; He Li; Mingxiu Li; Depei Qian\nAuthors:B. Khan; M. Horsnell; I. Rogers; M. Lujan; A. Dinn; I. Watson\nAuthors:J. Birch; K. Psarris\nAuthors:S.V. Valvag; D. Johansen\nAuthors:J.C. Pichel; D.E. Singh; J. Carretero\nAuthors:A. Munawar; M. Wahib; M. Munetomo; K. Akama\nAuthors:Naixue Xiong; L.T. Yang; Yingshu Li; Y. Yang\nAuthors:A. Schiller; G. Sutmann; Liang Yang\nParallel Algorithm Design and Performance Evaluation of FDTD on 3 Different Architectures: Cluster, Homogeneous Multicore and Cell/B.E.\nAuthors:Meilian Xu; P. Thulasiraman\nAuthors:Jie Zhou; Yong Dou; Yuanwu Lei; Jinbo Xu; Yazhuo Dong\nAuthors:Y. Kinebuchi; M. Sugaya; S. Oikawa; T. Nakajima\nA Multi-dimensional Scheduling Scheme for QoS-Aware Real-Time Applications on Heterogeneous Clusters\nAuthors:Xiaomin Zhu; Peizhong Lu\nDHTnil: An Approach to Publish and Lookup Nilsimsa Digests in DHT\nAuthors:Jianzhong Zhang; Hongbo Lu; Xiaofeng Lan; Dafan Dong\nEOMT: A Master-Slave Task Scheduling Strategy for Grid Environment\nAuthors:Yuanqiang Huang; Depei Qian; Zhongzhi Luan; Yongjian Wang; Zhongxin Wu; Bingheng Yan\nDecreasing System Load by Caching in Structured P2P Systems\nAuthors:Wei Xiong; Dong-Qing Xie; Zai-Hong Zhou; Jie Liu\nAuthors:Huaiyu Zuo; Ning Jing; Yadan Deng; Luo Chen\nApplication-Kernel Collaboration Mechanisms for Real-Time Cluster Server under Overloading\nAuthors:Yu Tang; Shuyu Chen; Changqing Bu; Guanghui Chang; R. Simha\nAn Incentive Scheme for Optimizing Network Performance in Structured P2P Networks\nAuthors:Guowei Huang; Zonghai Li; Zhi Chen; Gongyi Wu\nAuthors:Dang Minh Quan; J. Altmann; L.T. Yang\nAuthors:Lei Yao; Guanzhong Dai; Huixiang Zhang; Shuai Ren; Yun Niu\nSLUP: A Semantic-Based and Location-Aware Unstructured P2P Network\nAuthors:Xin Sun; Kan Li; Yushu Liu; Yong Tian\nAuthors:Wanlei Zhou; J. Casey\nAuthors:Jie Tao; A. Shahbahrami\nA Configurable Web Service Performance Testing Framework\nAuthors:Jingmin Xie; Xiaojun Ye; Bin Li; Feng Xie\nPerformance Evaluation of Clusters with ccNUMA Nodes - A Case Study\nAuthors:A. Kayi; E. Kornkven; T. El-Ghazawi; S. Al-Bahra; G.B. Newby\nAuthors:S. Seelam; I-Hsin Chung; Guojing Cong; Hui-Fang Wen; D. Klepacki\nPerformance Evaluation of ARQ Schemes for Service-Oriented Internet in Wireless Networks\nAuthors:Shunfu Jin; Wuyi Yue; Zhanqiang Huo\nAn Improved Heuristic for QoS-Aware Service Composition Framework\nAuthors:Yuan-sheng Luo; Yong Qi; Lin-feng Shen; Di Hou; C. Sapa; Ying Chen\nAuthors:Pingjing Lu; Yonggang Che; Zhenghua Wang\nAuthors:Song Hao; Zhihui Du; D. Bader; Man Wang\nA Profile-based Memory Access Optimizing Technology on CBE Architecture\nAuthors:Guofu Feng; Xiaoshe Dong; Siyuan Ma; Jinghua Feng; Xuhao Wang\nAuthors:Ying Zhang; Qiang Dou; Gen Li; Xuejun Yang; Yongjin Li; Caixia Huang\nA Peer-to-Peer Internet Video Broadcast System Utilizing the Locality Properties\nAuthors:Lei He; Xiangjie Ma; Wenbo Liu; Yunfei Guo\nStudy on a Novel Scheduling Algorithm of the Multiple-Plane and Multiple-Stage Switching Fabric\nAuthors:Xiangjie Ma; Lei He; Xiaozhuo Gu; Julong Lan; Baisheng Zhang\nOptimal Buffer Management Algorithm with Auto-Tuning Reference Queue Length\nAuthors:Heying Zhang; Lei Song; Baohua Fan; Jie Jiang\nA New Path Verification Protocol for Securing BGP\nAuthors:Na Wang; Yingjian Zhi; Binqiang Wang\nAuthors:Peng Zhou; Derek Pao\nA Revised AODV Protocol with Energy Management for Real-Time/Non-real-time Services in Mobile Ad Hoc Network\nAuthors:Tsung-Chuan Huang; Wen-Ju Chung; Chao-Chieh Huang\nAuthors:D.-Y. Lee; E.K. Chung; S.S. Lam\nNode-Disjoint Multipath Routing with Zoning Method in MANETs\nAuthors:Yun Ge; Guojun Wang; Weijia Jia; Yongming Xie\nAuthors:Changlai Du; Hao Yin; Chuang Lin; Yada Hu\nRe-match: A Two-Stage Dynamic Scheduling Algorithm on Wireless Mesh Network\nAuthors:Panlong Yang; Guihai Chen\nAn Adaptive Sub-carrier and Power Allocation Algorithm with QoS Guarantee for OFDMA System\nAuthors:A. Wang; Yuyang Qiu; L. Lin; S. Li\nOptimization of Parameter Selection for Wireless Sensor Network with Mobile Base Station\nAuthors:Zhi-wen Zeng; An-Feng Liu; Ming Ma; Zhi-Gang Chen; Wei-Hu Gui\nN-Module Based Self-Adaptive Contention Resolution Scheme for WiMAX P2MP Network\nAuthors:Wenfeng Du; Zhen Ji; Zhiqiang Wang; Weijia Jia\nAuthors:Mianxiong Dong; Song Guo; Minyi Guo\nMutual-Aid: Diskless Checkpointing Scheme for Tolerating Double Faults\nAuthors:Jane-Ferng Chiu; Wei-Hua Hao\nStatic Analysis for Application-Level Checkpointing of MPI Programs\nAuthors:Panfeng Wang; Yunfei Du; Hongyi Fu; Xuejun Yang; Haifang Zhou\nA Static Characterization of Af?nity in a Distributed Program\nAuthors:S. Agarwal; R. Barik; R.K. Shyamasundar\nUrgency-Based Batching Policy for Streaming Media\nAuthors:Yingjian Zhi; Na Wang; Binqiang Wang; Lei He\np2pBIOFOCO: Proposing a Peer-to-Peer System for Distributed BLAST Execution\nAuthors:E.O. Ribeiro; M. Walter; M.M. Costa; R. Togawa; G. Pappas\nAuthors:Zhitao Xiao; Jun Wu; Lei Geng; Jianming Wang; Nini Xu; Jinjun Liu\nAuthors:Ming-Fong Tsai; Chih-Heng Ke; Tsung-Han Wu; Ce-Kuen Shieh; Wen-Shyang Hwang\nA Multicast Path Algorithm on Hypercube Interconnection Networks\nAuthors:Lu Song; Yang XiaoDong\nA Research about Redundant Data Packet in Unstructured P2P Network\nAuthors:Yuhua Liu; Longquan Zhu; Jingju Gao; Wenshan Cheng\nAutomated Phase-Ordering of Loop Optimizations Based on Polyhedron Model\nAuthors:Yunzhi Xue; Chen Zhao\nA Model for Resource Discovery among Grids\nAuthors:Zheng Xiu-Ying; Chang Gui-Ran; Tian Cui-Hua; Li Zhen\nPerformance Analysis in Grid: A Large Scale Computing Based on Hybrid GMRES Method\nAuthors:Ye Zhang; G. Bergere; Zifan Liu; S. Petiton\nDesign and Implementation of Parallel Lamarckian Genetic Algorithm for Automated Docking of Molecules\nAuthors:Li Wang; Zi-jun Weng; Yi Liang; Yong Wang; Zheng Zhang; Rui-hua Di\nA Novel Scheme to Balance the Cache Sharing in High Performance Computing System\nSimilarity Search in Metric Space over Content Addressable Network\nAuthors:Dafan Dong; Ying Wu; Xuefei Wang; Tao Luo; Guowei Huang; Gongyi Wu\nMultiPeerCast: A Tree-Mesh-Hybrid P2P Live Streaming Scheme Design and Implementation Based on PeerCast\nAuthors:ZhiHui Lu; You Li; Jie Wu; ShiYong Zhang; YiPing Zhong\nAuthors:Zhang Runlian; Wu Xiaonian; Dong Xiaoshe; Guan Shangyuan\nAn Effective Framework for Delay Control in Hard Real-Time Switched Networks\nAuthors:Xin Chen; Hao Yin; Yongjun Zhou; Jianxiong Wan\nNeighbor Relationship and Optimization in Mesh Overlay Multicast\nAuthors:Bo Wen; Feng Liu; Zhen Liu; Fei Ma\nAuthors:Weijun Zhang; Yujie Dun; Weixiang Shi; Baogang Miao; Bingo Zhang\nA Geography–Based Heterogeneous Hierarchy Routing Protocol for Wireless Sensor Networks\nAuthors:Xi Chen; Wenyu Qu; Honglian Ma; Keqiu Li\nResearch and Application of Light Portal in the Enterprise\nAuthors:Yan-heng Li; Wei Zhou; Jin-ling Xiu\nTiny Dragon - An Encryption Algorithm for Wireless Sensor Networks\nZoomed Object Segmentation from Dynamic Scene Containing a Door\nAuthors:Peng Zhang; S. Emmanuel\nCluster Based Routing Scheme for Distributed Regression in Wireless Sensor Networks: Gaussian Eliminations\nAuthors:Chaojun Hou; Xuemei Guo; Guoli Wang\nAuthors:Lizhe Wang; Jie Tao; M. Kunze; A.C. Castellanos; D. Kramer; W. Karl\nGenerating Associated Relation between Documents\nAuthors:Xiangfeng Luo; Guoning Liang; Shijun Liu\nApplication of Parallel Computing in Digital City\nAuthors:Dingju Zhu; Jianping Fan\nOptimal Placement of Application-Level Checkpoints\nAuthors:Panfeng Wang; Zhiyuan Wang; Yunfei Du; Xuejun Yang; Haifang Zhou\nGrid Discovery Zone: Virtualization for Exploiting Easy-Management and High-Utilization in Grid\nAuthors:Yuxin Tang; Ruihua Zhang; S. See; Che Cheung; Chi-Hung Chan\nUtilizing the Multi-threading Techniques to Improve the Two-Level Checkpoint/Rollback System for MPI Applications\nAuthors:Yuan Tang; Yunquan Zhang\nDynamic Load Balancing on Adaptive Unstructured Meshes\nIntroduction and Application of the Parallel 3D Fluid Dynamics Software Package NaSt3DGP\nAuthors:Yingli Chang; Dongmei Huang; Yu Liu\nAn Adaptive Refinement Ratio Algorithm for Structured AMR Method Based on SAMRAI Framework\nAuthors:Jun Li; Wen Zhang; Xiaomei Li\nMemory Access Complexity Analysis of SpMV in RAM (h) Model\nAuthors:E. Yuan; Yun-quan Zhang; Xiangzheng Sun\nWait Time Management for Efficient Web Service Discovery Service with P2P Architecture\nAuthors:K. Ragab; A.U. Haque; M. Zahrani\nP2P-InfoReflect: Dynamic Locality-Aware and Multi-balanced Overlay for Network Dependent Applications and Services\nAuthors:C. Athanasios; E. Nikolaos; D. Spyros; K. Odysseas\nA Java Simulator for Tuplespaces Based Computational Grids\nAuthors:T. Helmy; M.A. Iqbal\nAn Efficient Disk I/O Characteristics Collection Method Based on Virtual Machine Technology\nAuthors:Yu-Liang Shen; Lu Xu\nRBTrust: A Recommendation Belief Based Distributed Trust Management Model for P2P Networks\nAuthors:Jianli Hu; Quanyuan Wu; Bin Zhou\nNLOV: An Innovative Object-Oriented Storage System Based on BerkeleyDB\nAuthors:GuangHe Ge; Wanxi Deng; Lu Qi; Yuqing Li; Gang Wang; Xiaoguang Liu; Jing Liu\nEfficient Authenticated Encryption for Hybrid Hard Drives Based on GCM\nAuthors:Mengqi Zeng; Fangyong Hou; Dawu Gu; Yuanyuan Zhang; NingNan Song\nAuthors:Qiong Li; Enqiang Zhou; Zhong Liu; Yufeng Guo; Xuejun Yang\nRAID5x-Based Storage Complexity Analysis\nAuthors:Ming Hu; M. Jiang\nA Dynamic Rebuild Strategy of Multi-host System Volume on Transparence Computing Mode\nAuthors:Huai-liang Tan; Yan Wang; Jian-hua Sim\nAuthors:Yinjin Fu; Nong Xiao; Enqiang Zhou\nAuthors:S. Punitha; C. Babu\nEnhancing the Availability of Composite Real-Time Multimedia Web Service\nAuthors:G.M. Kalavathy; P. Seethalakshmi\nAuthors:Hyun-Seok Kim; Seok Seo; Jin-Young Choi\nA Fast Resource Selection Approach for Grid Applications Based on Fuzzy Clustering Technology\nAuthors:Liang Hu; Dong Guo; Xilong Che\nSPER: A Safe and Power-Efficient Routing Algorithm in Wireless Sensor Networks\nAuthors:Yan Zhao; Gaocao Xu\nMulticast Key Management Scheme Based on TOFT\nAuthors:Fucai Zhou; Jian Xu; Long Lin; Haifang Xu\nNew ECDSA-Verifiable Multi-receiver Generalization Signcryption\nAuthors:Xiaoyuan Yang; Maotang Li; Lixian Wei; Yiliang Han\nAuthors:Pei Zhao; M. Choudhury; K. Mohanram; J. Guo\nEffects of Channel Orientations, High-? Gate Stacks and Stress on UTB-FETs: A QDD Simulation Study\nAuthors:L. Silvestri; S. Reggiani; E. Gnani; A. Gnudi; M. Rudan; G. Baccarani\nAuthors:Young Bok Kim; Yong-Bin Kim; F. Lombardi\nAuthors:S. Sarkar; S. Bhanja\nAuthors:T.J. Dysart; P.M. Kogge\nThe Case for Reconfigurable Components with Logic Scrubbing: Regular Hygiene Keeps Logic FIT (Low)\nAuthors:D.J. Cochran; S.P. Buchner; A.B. Sanders; K.A. LaBel; M.A. Carts; C.F. Poivey; T.R. Oldham; R.L. Ladbury; M.V. O'Bryan; S.R. Mackey\nAuthors:T.R. Oldham; M. Suhail; M.R. Friendlich; M.A. Carts; R.L. Ladbury; H.S. Kim; M.D. Berg; C. Poivey; S.P. Buchner; A.B. Sanders; C.M. Seidleck; K.A. LaBel\nAuthors:H. Schmidt; D. Walter; F. Gliem; B. Nickson; R. Harboe-Sorensen; A. Virtanen\nAuthors:R. Ladbury; M.D. Berg; K.A. LaBel; M. Friendlich; A. Phan; H. Kim\nAuthors:L. Scheick; S. Guertin; D. Nguyen\nAuthors:F. Irom; T.F. Miyahira\nAuthors:D.A. Adams; H.A. Barnes; M.D. Fitzpatrick; N.P. Goldstein; W.L. Hand; W.L. Jackson; R. Koga; M.B. Pennock; H.J. Remenapp; J.T. Smith\nAuthors:A. Manuzzato; S. Gerardin; A. Paccagnella; L. Sterpone; M. Violante\nAuthors:P. Peronnard; R. Velazco; G. Foucard; V. Pouget; G. Berger; F. Charlier; F. Boldrin\nAuthors:M.T. Lane; P.J. Agerfalk\nAuthors:A.E. Milewski; M. Tremaine; R. Egan; S. Zhang; F. Kobler; P. O'Sullivan\nAuthors:T. Nguyen; T. Wolf; D. Damian\nAuthors:R. Urdangarin; P. Fernandes; A. Avritzer; D. Paulish\nAuthors:P. Sooraj; P.K.J. Mohapatra\nIntegration of Design in Distributed Development Using D-Scenario Graph\nAuthors:A. Kanjilal; G. Kanjilal; S. Bhattacharya\nAuthors:C.R. Prause; M. Scholten; A. Zimmermann; R. Reiners; M. Eisenhauer\nAuthors:D. Smite; C. Wohlin; R. Feldt; T. Gorschek\nGlobal Software Servicing: Observational Experiences at Microsoft\nAuthors:Shilpa Bugde; N. Nagappan; S. Rajamani; G. Ramalingam\nEvaluating a Networked Virtual Environment for Globally Distributed Avionics Software Development\nAuthors:J.A. Laredo; R. Ranjan\nCoordinating Mechanisms for Agile Global Software Development\nA Metrics Based Approach to Evaluate Design of Software Components\nAuthors:K. Kaur Chahal; H. Singh\nAuthors:P. Frehill; D. Chambers; C. Rotariu\nAuthors:C. Bouras; C. Bouras; V. Kapoulas; V. Kapoulas; V. Papapanagiotou; V. Papapanagiotou; L. Poulopoulos; L. Poulopoulos; D. Primpas; D. Primpas; K. Stamos; K. Stamos\nAuthors:M. Mura; F. Fabbri; M.G. Sami\nAuthors:M. Abid; H. Afifi; H. Moustafa; G. Bourdon\nAuthors:S. Kostin; S. Kostin; L.B. de Pinho; C.L. de Amorim\nAuthors:Liang Shuai; Liang Shuai; Gaogang Xie; Jianhua Yang\nAuthors:K. Mori; K. Naito; H. Kobayashi\nAuthors:Y. Rebahi; C.S. Farres\nAuthors:T. Heer; S. Gotz; E. Weingartner; K. Wehrle\nAuthors:V. Tykhomyrov; A. Sayenko; H. Martikainen; O. Alanen; T. Hamalainen\nAuthors:A.G. Zaji; G.L. Stuber; T.G. Pratt; Son Nguyen\nAuthors:Hongchao Hu; Peng Yi; Yunfei Guo; Hui Li\nAuthors:S. Dimitriou; V. Tsaoussidis\nAuthors:M. Afif; S. Tabbane; P. Martins; P. Godlewski\nAuthors:T.K. Madsen; A. Grauballe; M.G. Jensen; A. Paramanathan; J.D. Rasmussen; F. Fitzek\nAuthors:Qian Wang; D.M. Chiu; J.C.S. Lui\nAuthors:N. Fedotova; G. Orzetti; L. Veltri; A. Zaccagnini\nSalt and pepper noise removal for image signals\nAuthors:S. Feizi; S. Zahedpour; M. Soltanolkotabi; A. Amini; F. Marvasti\nAuthors:J. Vidal; N. Marina; A. Host-Madsen\nSingle link switching mechanism for fast recovery in tree-based recovery schemes\nAuthors:Depeng Jin; Wentao Chen; Zhenyu Xiao; Lieguang Zeng\nSolving the firewall and NAT traversal issues for SIP-based VoIP\nAuthors:Y. Yeryomin; F. Evers; J. Seitz\nAuthors:Zongrui Ding; Guopeng Ding; Yingjie Qi; Limin Xiao; Jing Wang\nA new approach to improving end-to-end TCP enhancement schemes over mixed wired/wireless networks\nEfficient collecting, clustering, scheduling, and indexing schemes for advertisement of services over Wireless Billboard Channels\nClipping noise cancellation in uplink MC-CDMA system using signal reconstruction from non-uniform samples\nAuthors:R. AliHemmati; P. Azmi; F. Marvasti\nAuthors:A. Salameh; J. Bagby\nSupporting transcoding-based multicast groups\nAuthors:M. Zafar; M. Fuchs; N. Baker\nAuthors:E. Nekouei; H. Momenaee Kermani; S. Talebi\nAuthors:A. McKinley; A. Marshall\nModeling the home environment using ontology with applications in software configuration management\nAuthors:E. Meshkova; J. Riihijarvi; P. Mahonen; C. Kavadias\nCross-layer attack on anonymizing networks\nAuthors:A. Panchenko; L. Pimenidis\nOn the performance of COPS-PR and NETCONF in an integrated management environment for DiffServ-enabled networks\nAuthors:R.C. Pereira; L.Z. Granville\nIntegrated mobility and resource management mechanism for FMC networks\nAuthors:D. Sivchenko; B. Xu; V. Rakocevic; J. Habermann\nA HIP-based peer-to-peer communication system\nOntology-driven framework for community networking management\nAuthors:J.P. Barraca; R.L. Aguiar\nAuthors:B.G. Jagyasi; D. Chander; S.N. Merchant; U.B. Desai; B.K. Dey\nAuthors:D. Chander; B. Jagyasi; U.B. Desai; S.N. Merchant\nAuthors:S.A. Bermudez; S.B. Wicker\nAuthors:N. Marina; G. Arslan; A. Kavcic\nModel for delivery of Electronic Program Guide data in DTV systems\nAuthors:D. Tkachenko; N. Kornet; T. Ledkov; D. Efremov\nAdaptive modulation technique for amplify & forward cooperative diversity and fairness analysis\nAuthors:E. Yazdian; M.R. Pakravan\nThe use of WiMAX as a carrier technology for Wireless Billboard Channels\nAuthors:M. O'Droma; I. Ganchev; A. Vinel\nAn approach to message arbitration in hard real-time applications\nAuthors:A. Ozgur; O. Leveque\nFCFS tree algorithms with interference cancellation and single signal memory requirements\nAuthors:B. Van Houdt; G.T. Peeters\nStudy of buffering algorithms for video streaming over wireless network\nAuthors:A. Lyakhov; O. Sidorkin\nThroughput analysis of split-channel MAC with p-persistent CSMA on the control channel and reservation scheme\nAuthors:Tae Ok Kim; Jin Soo Park; Bong Dae Choi\nAuthors:E.A. Jorswieck; A. Wolf\nPacket management scheme for location-independent end-to-end delay in IEEE 802.11s multi-hop wireless mesh networks\nAuthors:Yun Han Bae; Kyung Jae Kim; Eunju Hwang; Jin Soo Park; Bong Dae Choi\nComparison of AIr and IEEE 802.11 with optical CDMA in wireless infrared communication\nAuthors:R. Chowdhury; A. Arjona; J. Lindqvist; A. Yla-Jaaski\nAuthors:Ming-Fong Tsai; N. Chilamkurti; Ce-Kuen Shieh\nAuthors:A. Ukhanova; Jijun Luo; A. Turlikov\nAuthors:A.M. Turlikov; S.D. Andreev\nMulti-interfaced mobile router scheme and enhanced path selection algorithm\nAuthors:Xiaohua Chen; Huachun Zhou; Yajuan Qin; Hongke Zhang\nAuthors:D. Moltchanov; R. Dunaytsev\nQuality of service differentiation support in WiMAX networks\nAuthors:P. Neves; F. Fontes; J. Monteiro; S. Sargento; T.M. Bohnert\nAuthors:J. Riihijarvi; P. Mahonen; M. Wellens\nAuthors:C. Genesi; G. Granelli; P. Marannino; M. Montagna; I. Siviero\nAuthors:H.A. Abyaneh; S. Kamangar; F. Razavi; R.M. Chabanloo\nAuthors:H. Hajian-Hoseinabadi; S.H. Hosseini; M. Hajian\nAuthors:Kun Liu; Xinzhou Dong; Zhiqian Bo\nAuthors:Zhou Ling; Ding Xiaoqun; Yan Huimin; Liu Hongliang\nAuthors:K. Kawahara; S. Yoshimoto\nAuthors:A. Sinha; R.N. Lahiri; S. Byabortta; S. Chowdhury; S.P. Chowdhury; P. Crussley\nAuthors:M. Savaghebi; A. Gholami; A. Vahedi; H. Hooshyar\nFuture trends of substation automation system by applying IEC 61850\nAuthors:M. Vadiati; M.A. Ghorbani; A.R. Ebrahimi; M. Arshia\nAuthors:I.F. Abdulhadi; R.M. Tumilty; G.M. Burt; J.R. McDonald\nAuthors:Li Feng; Ziyan Liu; Chao Ma; Lin Huang; Li Zhao; Tao Chen\nDistribution load flow considering committed loads and their growth in electric design process\nAuthors:H. Shateri; A.A. Amjadi; M. Ghorbani; A.H. Mohammad-Khani\nA novel three phase load flow algorithm based on symmetrical components for distribution systems\nAuthors:Kang Xiaoning; Suonan Jiale; Song Guobing; Fu Wei; Zhiqian Bo\nAuthors:H.A. Mageed; M. Halawa; A.F. Zobaa; M.M.A. Aziz\nA novel dynamic frequency estimation algorithm in power system\nAuthors:R. Mai; Z.Y. He; B. Kirby\nA conjectural supply function model for the Italian electricity market\nAuthors:A.M.A. Abeygunawardana; A. Berizzi; C. Bovo; M. Innorta\nA derivative based instantaneous frequency tracking algorithm\nAuthors:Chao Zhang; Jianchen Tan; B. Kirby; Zhiqian Bo\nAuthors:N.M. Kohan; M.P. Moghaddam; S.M. Bidaki; G.R. Yousefi\nDistributed optimal reactive power dispatch based on parallel particle swarm optimisation algorithm\nAuthors:Y. Li; L. Jiang; Q.H. Wu; Q.Y. Jiang; Y.J. Cao\nA novel algorithm for power fault diagnosis based on wavelet entropy and D-S evidence theory\nAuthors:Fu Ling; He Zhengyou; Bo Zhiqian\nAuthors:I. Prahastono; D.J. King; C.S. Ozveren; D. Bradley\nApplication of energy management systems in JCC\nAuthors:D. Barus; S. Turnip\nAuthors:W. Warsono; C.S. Ozveren; D.J. King; D. Bradley\nAuthors:A.J. Leaman; H. Nouri; A. Polycarpou; F.V. der Linde; R.M. Ciric\nAuthors:F. Campoccia; I. Incontrera; E.R. Sanseverino; I. Tinnirello\nA neural network model for Ni-Cd batteries\nAuthors:M. Sarvi; M.A.S. Masoum\nAuthors:I. Makhkamova; P.C. Taylor; J.R. Bumby; K. Mahkamov\nThe importance of IEC 61850 interoperability testing\nAuthors:J.C. Tan; C. Zhang; Z.Q. Bo\nIdentification of generator parameters from SSFR test for Montazer-Qaem powerplant\nAuthors:G. Zafarabadi; E.A. Boroujeni\nIGBT tail current reduction by current injection technique\nAuthors:S. Eio; N.Y.A. Shammas\nNew programmable calibration system for highly accurate AC current measurements at NIS, Egypt\nAuthors:A.H. Ahmed; M. Halawa; S.M. Moussa; E.H. Shehab Eldin; E.M. El-Refaee\nAuthors:D. Bica; C. Moldovan; M. Muji\nAuthors:Y. Sakai; W. Mitsuhashi\nKeyword search over hybrid XML-relational databases\nAuthors:Liru Zhang; T. Ohmori; M. Hoshi\nSee more:\t1 50 100 150 200 250 290 300 310 320 330 340 349 350 351 352 353 354 355 356 357 358 359 360 361 370 380 390 400 410 420 450 500 550 600 650 700 1000 1500 2000 2500 3000 3500 4961


url: =Searchlight Museum | The Nevada Travel Network Searchlight Museum – The Nevada Travel Network\nGold was discovered here in 1897 and Searchlight was bigger than Las Vegas until the railroad changed everything. The focus here is on mining history and interesting residents: Academy Award winning costume designer Edith Head, U.S. Senator Harry Reid, and movie stars Rex Bell and Clara Bow.


url: =CYTS Shanshui Hotel-Hangtian Bridge Branch, Beijing Photos: Beijing Hotels China, Discount Beijing Reservation\nCYTS Shanshui Hotel-Hangtian Bridge Branch, Beijing Photos:\nDiscounted hotels in Beijing photos: CYTS Shanshui Hotel-Hangtian Bridge Branch, Beijing, Discounting Beijing hotels up to 75%. fast and secure reservation service provided by Beijing Hotels Reservation China.\nNear CYTS Shanshui Hotel-Hangtian Bridge Branch, Beijing Have:\n♦ 22 Film Cafe Art House Films 5.07km\n♦ Agricultural Bank of China Fuxinglu 4.3km\n♦ Agricultural Bank of China Zhanlanlu 2.65km\n♦ Asia Cuisine Financial Street 4.12km\n♦ Bank of China Beixiaguan 3.87km\n♦ Baoguo Temple Culture Market 5.47km\n♦ Baoqin Dai Ethnic Restaurant 3.3km\n♦ Beijing Art Museum 2.12km\n♦ Beijing Dance Academy 2.73km\n♦ beijing doso registrar agency 3.57km\n♦ Beijing West Station 3.36km\n♦ Beijing Youth Palace Cinema 3.97km\n♦ Capital Indoor Stadium 3.95km\n♦ Capital Museum 4.02km\n♦ CapitaRetail Mall Xizhimen 3.88km\n♦ Carousel Revolving Restaurant 2.21km\n♦ Cashbox Party World Shouti 1.96km\n♦ Central University of Finance and Economics 4.58km\n♦ China Construction Bank Jinrong Jie 4km\n♦ China Film Archives Art House Films 5.83km\n♦ China Military Museum 1.94km\n♦ CITIC Industrial Bank Financial Street 4.04km\n♦ Construction Bank Beijing Branch 5.67km\n♦ Dao Club 3.46km\n♦ Dazhong Electronics Yuanda Lu Store 4.54km\n♦ Dizhi Cinema 4.94km\n♦ Encyclopaedia Translation 2.65km\n♦ Goethe Institute 4.72km\n♦ Gucci Seasons Place 4.15km\n♦ Hua Xia Bank Zhongguancun 4.03km\n♦ Lane Crawford 4.14km\n♦ Lianhuachi Park 3.92km\n♦ Lu Xun Museum 3.9km\n♦ Maliandao Boulevard of Tea 4.07km\n♦ Merchant Hall Restaurant 2.83km\n♦ Miao Minority Restaurant Fuxingmen Dajie 4.95km\n♦ Moscow Restaurant 2.85km\n♦ National Library of China 2.34km\n♦ New Century International Childrens Hospital 3.63km\n♦ Winland International Business Center 3.81km\n♦ Oriental Taipan Massage and Spa Financial Street 4.72km\n♦ Party Life KTV Zhongguancun 3km\n♦ Shang Palace Dim Sum 2.31km\n♦ Shelcore Toys Maliandao 4.69km\n♦ Sino Translation 3.56km\n♦ South China Club 4.81km\n♦ Stone Carving Museum 3.05km\n♦ Sulede Mongolian Music Bar 2.84km


url: =Zhengzhou - Tag Story Index - USATODAY.com\nStories about: Zhengzhou\n12Next world | 2/9/2011 12:51:18 PM ET\nFIND MORE STORIES IN: China | Shandong | Gansu | Henan | Anhui | Shanxi | Shaanxi | Hebei | Wen Jiabao | Jiangsu | Zhengzhou world | 8/2/2010 8:22:50 PM ET\nFIND MORE STORIES IN: Henan | Guizhou | Heilongjiang | Zhengzhou | Linfen world | 7/17/2010 10:54:40 PM ET\nFIND MORE STORIES IN: Henan | Shaanxi | Zhengzhou world | 1/13/2009 9:58:28 PM ET\nSeveral bold grass-roots efforts were launched recently to pressure China's communist government to loosen its grip and give people more freedom and legal rights. FIND MORE STORIES IN: Internet | China | Columbia University | Communist Party | Tiananmen Square | Henan | Songs | Charter | Zhengzhou | Li Fangping | Wan Yanhai world | 7/24/2008 11:30:32 PM ET\nEarthquake rescuers carry Olympic torch\nChinese state media say 22 rescuers who helped victims of May's devastating earthquake have been chosen as torchbearers for the Olympic torch.\nFIND MORE STORIES IN: Olympics | Xinhua News Agency | Sichuan | Henan | Zhengzhou | Luoyang | Anyang | Kaifeng world | 6/20/2007 12:48:42 PM ET\nEx-slave laborer tells of abuse, hunger\nUp from the countryside and desperate for work, 16-year-old Chen Chenggong jumped at the well-paying factory job offered by a man who approached him at the train station.\nFIND MORE STORIES IN: Beijing | Iran | Communist Party | Henan | Shanxi | Xi'an | Yellow River | Zhengzhou | Hongtong health | 4/26/2007 12:50:04 AM ET\nMore than 50 children were poisoned by a kindergarten breakfast in central China, state media said Thursday, in the latest case highlighting problems in the country's food supply chain.\nFIND MORE STORIES IN: Xinhua | Henan | Zhengzhou news | 3/27/2007 12:07:45 PM ET\nFIND MORE STORIES IN: People | Republic | Henan | Zhengzhou | Beijing Morning Post stormcenter | 12/22/2004 1:06:25 PM ET\nThis winter's first snow of the season fell in Beijing on Wednesday, delaying virtually every outbound flight and closing roads and tourist sites. FIND MORE STORIES IN: Xinhua | Great Wall | Qingdao | Urumqi | Jinan | Beijing Capital International Airport | Zhengzhou | Hohhot | Weifang | Dongying world | 11/26/2004 4:06:23 AM ET\nMother turns in son accused of killing nine in dorm\nThe mother of a 21-year-old man accused of slashing as many as nine boys to death as they slept in their high school dormitory turned her son in after he attempted to commit suicide, a news report said. FIND MORE STORIES IN: Internet | Beijing | Xinhua News Agency | President Hu Jintao | Henan | China News Service | Suzhou | Zhengzhou Browse: Index of reporters


url: =25 June 2014 Optical domain scheme of pilot-tone-aided carrier phase recovery for Nyquist single-carrier optical communication system\nZhaomin Zhang; Jiachuan Lin; Xiaofei Su; Lixia Xi; Yaojun Qiao; Xiaoguang Zhang\nZhaomin Zhang , Jiachuan Lin , Xiaofei Su , Lixia Xi , Yaojun Qiao , Xiaoguang Zhang\nOptical Engineering, 53(6), 066108 (2014). https://doi.org/10.1117/1.OE.53.6.066108\nZhaomin Zhang, Zhaomin Zhang, Jiachuan Lin, Jiachuan Lin, Xiaofei Su, Xiaofei Su, Lixia Xi, Lixia Xi, Yaojun Qiao, Yaojun Qiao, Xiaoguang Zhang, Xiaoguang Zhang, } "Optical domain scheme of pilot-tone-aided carrier phase recovery for Nyquist single-carrier optical communication system," Optical Engineering 53(6), 066108 (25 June 2014). https://doi.org/10.1117/1.OE.53.6.066108 . Submission:\nZhaomin Zhang, Jiachuan Lin, Xiaofei Su, Lixia Xi, Yaojun Qiao, Xiaoguang Zhang, "Optical domain scheme of pilot-tone-aided carrier phase recovery for Nyquist single-carrier optical communication system," Opt. Eng. 53(6) 066108 (25 June 2014)


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url: =Yú 2014 nián 8 yuè 7 rì tíchu–le yóu we–ilián McGaughey zài guójìhuà de dà shi xuéhuì dì èr cì huìyì A zhizha–ng\nZài dì èr cì huìyì shàng tíchu¯le we¯ilián McGaughey A zhizha¯ng\nyú 2014 nián 8 yuè 7 rì de guójì dà lìshi xuéhuì\n"Lìnglèi chákàn yùzhí hé lìshi de zhuanzhédia"\nZài rènhé lìshi shàng fùgài de shíjia¯n duàn guang - wúlùn shì xi¯fa¯ng lìshi, shìjiè lìshi, huò dà lìshi - shèjì de yi¯gè zhòngyào fa¯ngmiàn shì suowèi de “zhuanzhédian” de huàfe¯n cóng lìng yi¯gè gùshì zho¯ng de yi¯gè zuchéng bùfèn de bia¯ozhì. Hen míngxian, zhèyàng de lìshi bìng bù zu¯nxún liú shìjiàn de da¯nyi¯ mú shì, dànshì, xia¯ngfan, zài mou xie¯ shíhòu gaibiàn fa¯ngxiàng.\nDà de lìshi shàng, shì zúgòu dà de, rénmen keyi kàn dào, ta¯ de gùshì shì fe¯n duàn de yo¯ushì. Fa¯zhan zho¯ngxi¯ng bia¯nduì de móshì shì bi she¯ngwù wùzhong de jìnhuà yi¯yàng. Nóngyè de fa zhan, xiezuò, zo¯ngjiào hé sha¯ngyè qiyè de xìtong, mei gè xìtong do¯u you zìje de lèixíng gùshì.\nZhè guangfàn de ji¯ngyàn hen kenéng huì chanshe¯ng hunluàn de lìshi, rúguo méiyou shìdàng de zuzhi¯. Yi¯nci, dà lìshi xué jia¯ zhèngzài xúnzhao de biànhuà dian de shíhòu xi¯n de ji¯gòu, she¯ngwù, huòzhe¹ lèixíng bèi chu¯xiàn. Da¯ng tèdìng de tiáojiàn jí cúnzài yào chuàngjiàn xi¯n de do¯ngxi¯ ta¯ shì. Dà wèi ji¯du¯ tú che¯ng ta¯men wèi “ji¯nfa gu¯niáng” de tiáojiàn, ye¹ jiùshì shuo¯, tiáojiàn shì bùyào tài duo¯ huò nà zhong fa¯ngshì, dàn do¯u shì “ga¯ngga¯ng hao” zài shénme shì xu¯yào chanshe¯ng zuìzho¯ng de jiégu? ér yán.\nLìrú, rénlèi zhi néng she¯nghuó zài yi¯dìng de fànwéi nèi de we¯ndù hé dàqì ya¯lì. Women bùnéng she¯nghuó zài mùxi¯ng huò tia¯nlángxi¯ng háishì ko¯ng de ko¯ngjia¯n. Xiànji¯n dìqiú zhènghao tígo¯ngle héshì de tiáojiàn.\nWo zìji chángshì zuò de lìng rén yanhua¯liáoluàn de gè zhong ji¯ngyàn, daozhìle mùqián de qíngkuàng ganjué shi wo ba dà shi wèi sa¯n gè liánxù zhong xìngfú de gùshì: Wùzhí, she¯ngmìng hé si¯xiang. Yi¯ zhong lèixíng de liú chu¯lái de lìng yi¯gè. Hùnhé zài yi¯qi, ta¯men ba¯okuò women xiànzài de shìjiè.\nWo wèilái de shu¯, cúnzài de sa¯nwèiyi¯ti: Wùzhí, she¯ngmìng hé si¯xiang de yuzhòu lìshi, jiangshù zhège gùshì zài 11 zha¯ngjié. Mei zha¯ng yóu yi¯ zu zhuanzhédian xiànhài. Ràng wo jianyào dì to¯ngguò mùlù yùnxíng xianshì shénme shì jùti ca¯nyù.\nDì yi¯ zha¯ng shì gua¯nyú chuàngzào de wùzhí yuzhòu. Women xia¯n cóng dà bàozhà, zé jìxù cóng yún yuzhòu wùzhí xíngchéng de héngxi¯ng, shuo¯míng zhònghuàxué yuánsù shì rúhé zài héngxi¯ng chanshe¯ng de, hé xiangxiàng ko¯ngjia¯n de bùduàn kuòdà, yijí ta¯ de néngliàng hé wùzhí, zài xi¯ngxì hé xi¯ngxì tuán.\nDì èr zha¯ng shì gua¯nyú chuàngzào tàiyángxì hé dìqiú. Ta¯ de gùshì bìng méiyou àn shíjia¯n shùnxù ànzhào dì yi¯ zha¯ng de shìjiàn, ér shì shèjí ko¯ngjia¯n fe¯njí de zaoqí gùshì. Zài jiangshù zhège gùshì, women suo¯xiao women de zhòngdian gua¯nzhù dì dìfa¯ng, tàiyáng hé ta¯ de xíngxi¯ng cúnzài yú yínhéxì de yi¯ xiao bùfèn. Wèishéme ne? Zhè shì yi¯nwèi zhèxie¯ xíngxi¯ng zhi¯ yi¯, dìqiú, tígo¯ngle yi¯gè qiáoliáng de gùshì, zhè shì she¯ngmìng de wàigua¯n xià yi¯bùfèn. Jiù women mùqián suo zhi¯, dìqiú shì zài she¯nghuó zho¯ng cúnzài de yuzhòu zho¯ng wéiyi¯ dì dìfa¯ng.\nDì sa¯n zha¯ng, ránhòu, jiangshù she¯ngmìng de gùshì. She¯ngmìng shì yi¯ zhong xi¯nxíng de fúlì, ba¯okuò bi dà duo¯shù wùli yuzhòu de wúji¯ cáiliào bùtóng. Ta¯ shuyú wùzhí de fànchóu, dàn jùyou tèshu¯ xìng. Qízho¯ng zuì zhuyào de, she¯ngmìng zu¯nxún xúnhuán móshì cóng dànshe¯ng daozhì chéngshú dào xia¯owáng. Ta¯ xianshìle cóng jianda¯n de she¯ngmìng xíngshì, yi gèng dà, gèng fùzá de she¯ngwù jìnhuà guòchéng.\nDì sì zha¯ng shì gua¯nyú yi¯gè tèdìng de she¯nghuó de wùzhong, zhì rén, women zìji wùzhong de jìnhuà. Women do¯u zài jiang yi¯gè gùshì, daozhì cóng wùzhídào she¯ngmìng de si¯xiang. Ànzhào women de bia¯ozhun, zhì rén shì nénggòu xiangdào de wéiyi¯ de wùzhong. Yi¯nci, women xu¯yào duì women rénlèi de chu¯xiàn, zuòwéi yi¯gè she¯ngmìng ti de gùshì, jia¯ng dà lìshi qiánjìn dào si¯xiang de di¯mí, dàn zhòngyào de lingyù.\nNali xiangdàole me? Ta¯ yi ruòyinruòxiàn de awarenesses ta¯men de dànao zuòwéi rénlèi gèti de she¯ngmìng ji¯ngyàn li. Sui¯rán zhèxie¯ awarenesses zao kouyu, ta¯ xu¯yào yuyán lái ka¯ifa¯ hé zuzhi¯ si¯xiangdào yi¯gè dian, women keyi rènwéi ta¯ shì yi¯ lèi zhi¯ zho¯ng. Dì wu zha¯ng jièshào yiwéi zài zhège fa¯zhan jie¯duàn.\nRúguo xiangdàole rén de dànao zho¯ng réngrán shì yi¯gè móhú de diàn huàxué guòchéng, ta¯ kenéng bù zhídé kaolu de cúnzài bi zhi¯yè liúguò yi¯ ke¯ shù huò dòngwù de xia¯ohuà guòchéng jia¯ng shì gèng duo¯ de dì sa¯n bùmén. Dànshì, xiangdào de shì bi zhè gèng duo¯ shì yi¯nwèi ta¯ yiji¯ng chéngwéi shìjiè de yi¯nguo jì. To¯ngguò jìshù, si¯xiang shì keyi a¯npái yu zài wùli shìjiè zho¯ng chuàngzào de do¯ngxi¯. Suízhe she¯nghuó wùzhí de cúnzài, suoyi zuò si¯xiang de chanwù. Women zài fú la¯ ji¯ mi'er wéi er nà cí ji¯ de shùyu, cúnzài sa¯n gè lingyù - dì jua¯n, she¯ngwùqua¯n hé rénlèi qua¯n - shuo¯míng, fe¯nbié wúji¯ wù, she¯ngmìng, hé rénlèi de si¯xiang jìngjiè.\nDa¯ng women lái dào wénmíng shíqí - dàyue¯ 5000 nián qián - si¯xiang chéngwéi fa¯nyì chéng shu¯miàn wénzì. Xie fàng rù yi¯gè gèng chíjiu de xíngshì shì zhème rènwéi de ta¯ de biaoxiàn xíngshì keyi chuándá gei ta¯rén. To¯ngguò yuyán hé shùxué de go¯uto¯ng, cóng gèrén de ji¯ngyàn zho¯ng huòdé de zhi¯shì chéngwéi tixiànzài shu¯miàn wénjiàn de ji¯le¹i jíti zhi¯shì. Zhi¯shì zhè zhong gui¯mó de gaibiàn shìjiè de dà gui¯mó hé she¯nkè de fa¯ngshì.\nWo gài wénmíng zha¯ngjié 6 qí to¯ngguò wo de shu¯ 9. Zài si¯xiang de fa zhan zuòwéi yi¯ zhong lèixíng de bèi shòu zhòngshì, qí jì huá bùtóng yú lìshi shàng dà de qíta¯ jìhuà wangwang huì biaoxiàn chu¯ fe¯nsàn de rénlèi shèhuì de fa zhan zouxiàng yi¯gè quánqiú xìng de shèhuì.\nCaiqu nóngyè, lìrú. Ta¯ de dàoláishìfou bia¯ozhìzhe rénlèi lìshi shàng de yi¯gè zhòngdà túpò dian? Shì de, ta¯ zài rénlèi de gùshì, ér bùshì cóng tui¯jìn si¯xiang de lìchang. Nóngyè shì yanghuo rénlèi shèhuì de gémìng xìng jìnbù, dàn ta¯ bìng méiyou ba si¯xiang de xi¯n xíngshì. Ta¯, rán'ér, yào shuo¯míng zhòngshe¯ng rénlèi si¯xiang de yìngyòng.\nYu wo de dà lìshi jìhuà de yi¯gè wèntí shì, women méiyou gèrén huò ta¯men de qúnti, kèyì tui¯dòng si¯xiang. Women suo yongyou de shì tizhì jiégòu nèi háng shì de rén caiqu gè zhong qíta¯ mùdì, wangwang shì nàxie¯ gua¯nzhù yú huòdé quánlì, qízho¯ng de si¯xiang shìxia¯njìn de sha¯odài. Wénmíng shèhuì de lìshi, zhuyao shi gua¯nyú bùtóng de diànyuán qiúzhí zhe zhi¯ jia¯n de dòuzhe¯ng.\nWo yiqián de shu¯, wénmíng de wudà xìnhào chu¯xiàn, shuo¯míng yóu rénlèi shèhuì de zhuyào ji¯gòu yi chéngwéi fa¯zhan de guòchéng. Ta¯ gàosù shèhuì rúhé tián man ta¯men suízhe shíjia¯n de tui¯yí, fa¯zhan dònglì de duo¯yuán jiégòu. Zhè ye¹ jieshìle mei gè zhuyào de ji¯gòu yu zài zho¯uqí ka¯ishi yinrùle to¯ngxìn jìshù xia¯nggua¯n - jí biaoyì de wénzì, zìmu shu¯xie¹, yìnshua¯, diànzi lù bo¯.\nZhèngfu, dì 6 zha¯ng de zhòngdian, shouxia¯n shi ji¯gòu fa¯zhan. Ránhòu shì shìjiè xìng de zo¯ngjiào, dì qi¯ zha¯ng yu wényì fùxi¯ng shíqí ka¯ishi de zhòngdian, ránhòu you zài sha¯ngyè qiyè hé shìsú jiàoyù wéi zhu de shèhuì hé wénhuà de shíqí. Ta¯men de gùshì shì shuo¯, zài dì 8 zha¯ng zuìhòu, zài dì 9 zha¯ng, women you xi¯nwén hé yúlè hángyè de gùshì. Women dí dàng dài wénhuà zho¯ngxi¯n de zhuyào yúlè.\nWo de shu¯ jiangshù zhèxie¯ bùtóng ji¯gòu de lìshi. Zài dì yi¯ jie¯duàn, cóng yue¯ 3000 B.C. Wéirào ji¯du¯ de shíhòu, do¯u jízho¯ng zài zhèngfu hé zhèngzhì dìguó de chu¯xiàn. Ránhòu, cóng ji¯du¯ de shíjia¯n, zhídào dàyue¯ go¯ngyuán 1500 nián, zo¯ngjiào ji¯gòu chéngwéi lìshi de zhuyào jia¯odian. Women you shìjiè sa¯n dà zo¯ngjiào - fójiào, ji¯du¯jiào hé yi¯si¯lán jiào - chéngwéi jiànlì qiángdà de ji¯gòu yu zhèngfu hézuò lái zhìli shèhuì.\nYìdàlì wényì fùxi¯ng shíqí, zài 14 shìjì hé 15 shìjì go¯ngyuán dài láile rénmen gua¯nzhù de zhuanbiàn, cóng zo¯ngjiào dào rénwén hé shìsú de lìyì, ba¯okuòle zìrán ke¯xué. Sha¯ngyè hé jiàoyù ji¯gòu zhànjùle zhudao dìwèi zài wèilái sìwubai nián. Ránhòu, zài dì yi¯ cì shìjiè dàzhàn zho¯ng, yúlè chanyè qife¯i, zhùzhangle xi¯n de to¯ngxìn jìshù. Chúle yùndòng túxiàng hé she¯ngyi¯n lùzhì hángyè, guangbò diàntái ka¯i bò de yú yuè jiémù. Zài 20 shìjì zho¯ngqí, diànshì wangluò xíngchéng.\nXiànzài, zài 21 shìjì chu¯, xi¯nwén hé yúlè hángyè - tèbié shì dà diànshì wang - zhèngzài ka¯ishi shi¯qù zìji de yo¯ushì. Jìsuànji¯ gaibiàn shèhuì. Dì 10 zha¯ng jiangshùle hángyè de gùshì. Zuìhòu, zài dì 11 zha¯ng zho¯ng, women yùjì, jìsuànji¯ jìshù jia¯ng fa¯zhan dào fùzhì rénlèi xi¯nlíng dì dìbù. Réngo¯ng zhìnéng de chanpin hé ji¯qìrén shì yóu rén de si¯wéi chuàngzào ji¯qì be¹nshe¯n nénggòu si¯kao. Dànshì, zhí dào ta¯men bèi cóng yóu rénlèi wéihù de xì shéng zho¯ng jietuo¯ chu¯lái, ta¯men jia¯ng bù chéngda¯n she¯ngmìng de shuxìng.\nZhè jian ér yán zhi¯ jiùshì zài nàli wo huì fàng zài dà lìshi de zhuanzhédian. Zài wénmíng shídài de sì gè shíqí de lìshi shì yóu to¯ngxìn jìshù, bìng zài shèhuì zho¯ng de zhuyào ji¯gòu dìngyì. Dàn dà lìshi dàyú zhège. Women shì bùshì zài rénlèi shèhuì huò jia¯oliú fa¯ngshì, rúhé zài lìshi jìnchéng zho¯ng jùyou xia¯njìn si¯xiang de xìngqù. Zài wénmíng shídài, si¯xiang yiji¯ng chéngwéi zhi¯shì jie¯chù dào zhenggè rénlèi fùzá.\nZài jiangshù zhège gùshì, wo huì be¯ngkuì de zha¯ngjié 6,7 chéng yi¯gè wang duàn hé dì 8 zha¯ng hé dì 9 dào lìng yi¯gè. Ta¯men de shìjiàn fa¯she¯ng, fe¯nbié zài qí nèi go¯ngyuán qián 3000 nián zhi¯ jia¯n ér go¯ngyuán 1500 nián hé go¯ngyuán 1500 nián hé go¯ngyuán 2000 nián qíjia¯n zhànshí, women hu¯luèle diànnao, shénme kenéng láizì ta¯men.\nWèishéme yào huàfe¯n wénmíng shi fe¯n wéi liang gè shíqí? Zhège gùshì shuo¯, zài dì 6 hé dì 7 de gua¯nzhù zhi¯shì de shu¯miàn wénben de she¯ngchan - wúlùn shì zài biaoyì huò zìmu wénzì. Wénben benshe¯n jùyou duì wùli shìjiè de yingxiang bù dà. Lìng yi¯ fa¯ngmiàn, zhège gùshì shuo¯, zài dì 8 zha¯ng hé dì 9 gua¯nzhù zhi¯shì zài ji¯qì de xíngshì. Ji¯qì you jiào dà de wùli cho¯ngjí.\nDà shijia¯ ji¯ngcháng yinyòng rénlèi de “jíti xuéxí” yu dà lìshi de yùzhí xia¯nggua¯n lián de shìjiàn. Zhè shì shu¯xie hé yìnshua¯ wénben zhe¯nshí de. Jíti xuéxí shì tixiàn zài zhèxie¯ wénben. Rán'ér, yuè lái yuè duo¯ de jíti xuéxí biàn dé zài ji¯qì de xíngshì de wùli duìxiàng shíshi¯. Zhèli de si¯xiang yiji¯ng wánchéng. Ta¯ tixiàn zài ji¯qì de fa míng hé shèjì. Ta¯ bìng bù xu¯yào yi¯gè xuézhe¹, kàn kàn yi chuàngjiàn. Ga¯i ji¯ de cúnzài, zài shìjiè shàng shì xian'éryìjiàn de.\nZhè jiùshì wèishéme shìjiè shi de dì sa¯n hé dì sì shíqí shì bi qián liang gè bùtóng de. Ji¯qì shídài ka¯ishi de wényì fùxi¯ng. Xiang xiang dá fe¯n qí, ji¯qì de yi¯gè ge¯nshe¯ndìgù de fa míng zhe. Xiangdào zhè yi¯dian zouguò, o¯uzho¯u rén yòng lái zhe¯ngfú tuzhù rénmín de máosèqia¯ng dì haiyáng hé pútáoyá fa¯nchuán. Xiang xiang hélán de fe¯ngche¯, chéngwéi diànlì de she¯ngchan hé huísho¯u dì dì, cóng dàhai de láiyuán. Rènwéi tie¹lù, fe¯iji¯ hé qìche¯ de zha¯nmusi¯·watè de zhe¯ngqìji¯ hé. Xiang xiang diànshì ji¯ zhihui¯ rén zhùyì lì de hen zhang yi¯duàn shíjia¯n de. Zhèxie¯ do¯u zài jìn ji nián chu¯lái shí, ji¯qì ka¯ishi zhuzai rénlèi de wénhuà.\nJinguan women zài zhèli fe¯n 5000 nián shìjiè lìshi fe¯n wéi liang gè shíqí, you yi¯gè jiézòu zài lìshi shàng - bo¯làng ba¯n de yùndòng - zhè daozhìle si¯xiang de gèng dà, jie¯chù jiào shao de guójia¯ yu wùli shìjiè bo¯dòng de jìnzhan. You yi¯duàn shì xia¯n xiàng yuè lái yuè shìsú de yingxiang, yi¯duàn shíjia¯n huígui¯ dào túxiàng hé ju¯zhù liniàn de xiangfa. Ràng women fe¯nbié kaolu zhè liang gè shíqí.\nZài dì yi¯gè 3000 nián shìjiè de lìshi, wénmíng shì chu¯ jù chúxíng, zài zhèngfu de fa¯ngxiàng. Zài zhèngfu wéi zho¯ngxi¯n de shídài, weidà de guji¯, rú ji¯nzìta língmù, jùdà de qiángbì, dàolù, yùnhé, go¯ngdiàn hé haigang bèi guówángmen jiànzào de.\nRánhòu zài jie¯ xiàlái de 1500 nián, zo¯ngjiào tuo¯ying'érchu¯le yi¯ zu bùtóng de da¯nyo¯u. Zài zo¯ngjiào wéi zho¯ng xi¯n de shídài, xuézhemen bù zài you xìngqù de zìrán shìjiè. Ta¯men de zhùyì lì zhuanxiàngle zo¯ngjiào si¯xiang, shénshèng de wénben, bìng you yi¯gè xìngfú de lái shì de qiánjing. Kàn bùjiàn de do¯ngxi¯ yo¯uxia¯n yú shénme do¯u néng jiàn dào.\nTóngyàng, zài guòqù 500 nián zho¯ng, wényì fùxi¯ng shíqí tui¯chu¯ tànsuo shìjiè de shídài. Huàjia¯ hé dia¯osù jia¯ zài rén tinèi fa¯xiàn dì me¹i. Hánghai jia¯ ca¯ngua¯n dìqiú shàng yáoyuan dì dìfa¯ng. Zhèngrú shénxué zhe¯nglùn píngxí, o¯uzho¯u de zhi¯shì fe¯nzi zàicì chéngwéi gua¯nzhù de zìrán ke¯xué. Cóngzho¯ng yanshe¯ng jìshù cui¯she¯ng de sha¯ngyè chanpin. Zhè shì yu shìjiè ze¯ngjia¯ jie¯hé de zho¯uqí. ---\nZài 20 shìjì, rán'ér, rénlèi shi¯qùle xìngqù, zhèyàng de shìqíng, ér chètuì dào yi¯gè rénzào de shìjiè yu dàzhòng yúlè. Ta¯ shíjì shang ba¯okuò lùzhì zài cídài huò cípán, bìng zài diàntái huò diànshì jiémù dì chuánshu¯ ganxìng de túxiàng, zhè shì quyuè yú rén de xi¯nlíng.\nDàn xiàn zài shì shíhòule, lìng yi¯ zhong cáiliào de jìnbù. Diànnao bù zhishì yi¯gè diànzi shèbèi. Ta¯ bù zhishì jìlù huò bòfàng de yingxiàng. Xia¯ngfan, zhè tái ji¯qì chuli bù ya yú rénlèi de dànao quèshí de xìnxi¯. Zhìnéng ji¯ de jìshù bùduàn xùnsù tígao.\nZài wo de jìhuà, dà lìshi de liúguò rénlèi wénhuà de réngo¯ng zhìnéng hé ji¯qìrén fà zhan de huíxuán yùnxíng. Sui¯rán wénmíng de dì sì gè shídài shì nèixiàng xíng de, qí shiyòng diànlì hé diànzi shèbèi suo dài lái de jìshù, ta¯ keyi fùzhì rénlèi xi¯nlíng dì dìbù. Huóshe¯ngshe¯ng de wùzhong, zhì rén, kenéng hen kuài jiù huì you zài ji¯ngjì hé qíta¯ lingyù de ji¯qì dàitì zìji de nénglì.\nLìshi de liúdòng shì míngquè de. Ga¯ng lái de shìqíng, ránhòulái dào she¯nghuó, zho¯ngyú xiang dào. Yuán yiwéi dì yi¯ cì chu¯xiàn zài rénlèi de dànao. Ránhòu, ta¯ bèi shèzhì xie xiàlái. Zài hòu lái tixiàn zài ji¯nshu hé shu¯miàn zhi¯shì gòujiàn de ji¯qì. Zuìhòu ji¯qì huì chanshe¯ng zìji de zhi¯shì. Ta¯men jia¯ng chéngwéi si¯kao de dòngwù, xiàng women zhèyàng de.


url: =Jilin Zixin Pharmaceutical Industrial Co Ltd (002118.SZ) Key Developments | Reuters.com\nJilin Zixin Pharmaceutical Industrial Co Ltd (002118.SZ)\n002118.SZ on Shenzhen Stock Exchange\nChange\t(% chg)\t¥0.02\t(+0.31%)\nJilin Zixin Pharmaceutical Industrial's unit signs technical service contract worth 250,000 yuan\nThursday, 18 May 2017 12:18am EDT May 18(Reuters) - Jilin Zixin Pharmaceutical Industrial Co Ltd <002118.SZ> ::* Says its unit signs technical service contract with University of Science and Technology Liaoning worth 250,000 yuan. Full Article\nJilin Zixin Pharmaceutical sees H1 2017 net profit up 435.6-484.3 pct\nFriday, 28 Apr 2017 04:49am EDT April 28 (Reuters) - Jilin Zixin Pharmaceutical Co Ltd <002118.SZ>: :* Sees net profit for H1 2017 to increase by 435.6 percent to 484.3 percent, or to be 110 million yuan to 120 million yuan, compared to net profit of the same period in 2016 (20.5 million yuan).* Comments that increased sales of medicine business is the main reason for the forecast. Full Article\nJilin Zixin Pharma sees Q1 FY 2017 net profit up 182.4 pct to 220.0 pct\nFriday, 31 Mar 2017 04:35am EDT Jilin Zixin Pharmaceutical Co Ltd <002118.SZ> : Sees Q1 FY 2017 net profit to increase by 182.4 percent to 220.0 percent, or to be 30 million yuan to 34 million yuan . Says Q1 FY 2016 net profit was 10.6 million yuan .The reason for the forecast is increased main business income. Full Article\nJilin Zixin Pharmaceutical Industrial to invest 20 mln yuan in medical investment management partnership\nFriday, 2 Dec 2016 02:25am EST Jilin Zixin Pharmaceutical Industrial Co., Ltd.<002118.SZ>: Says it plans to invest 20 million yuan in Beijing-based medical investment management partnership .Says the scale of the partnership to be no more than 2 billion yuan. Full Article\nJilin Zixin Pharmaceutical Industrial raises Q1-Q3 2016 net profit outlook to be 72-77 mln yuan\nMonday, 17 Oct 2016 05:12am EDT Jilin Zixin Pharmaceutical Industrial Co Ltd <002118.SZ>: Sees net profit for Q1-Q3 2016 to be 72 million yuan to 77 million yuan, compared to net loss of the same period in 2015 (27.2 million yuan) . In the previous outlook, the company expected the net profit for Q1-Q3 2016 to be 47.5 million yuan to 50 million yuan .Comments that increased sales of Chinese patent medicine and ginseng products is the main reason for the outlook. Full Article\nJilin Zixin Pharmaceutical Industrial to pay 2016 H1 dividend on Oct. 21\nFriday, 14 Oct 2016 01:29am EDT Jilin Zixin Pharmaceutical Industrial Co., Ltd.<002118.SZ>:Says it will pay 2016 H1 dividend on Oct. 21. Full Article\nJilin Zixin Pharmaceutical Industrial proposes 2016 H1 dividend payment\nThursday, 25 Aug 2016 01:02am EDT Jilin Zixin Pharmaceutical Industrial Co Ltd <002118.SZ>:Says the board proposed to use additional paid-in capital to distribute 10 new shares for every 10 shares, as the dividend payment plan for 2016 H1. Full Article\nJilin Zixin Pharmaceutical Industrial unit to invest HK$ 10 mln to set up Hong Kong Zhongke Zixin Technology\nMonday, 22 Aug 2016 02:20am EDT Jilin Zixin Pharmaceutical Industrial Co., Ltd.<002118.SZ>:Says its unit will invest HK$ 10 million to set up Hong Kong Zhongke Zixin Technology Co., Ltd, to expand overseas business. Full Article\nJilin Zixin Pharma in deal to buy Netherland's Fytagoras\nWednesday, 3 Aug 2016 05:54am EDT Jilin Zixin Pharmaceutical Industrial Co Ltd <002118.SZ> :Says it plans to buy Netherland's Fytagoras B.V. for 212,592 euros ($237,954.23). Full Article\nJilin Zixin Pharmaceutical Industrial unit signs business contract\nWednesday, 3 Aug 2016 05:08am EDT Jilin Zixin Pharmaceutical Industrial Co Ltd <002118.SZ>: Says its wholly owned Beijing-based tech sub-subsidiary signed sales contract with a Beijing-based tech company .Says the Beijing-based tech company to buy gene sequencing machine equipment and matching reagent. Full Article\nJilin Zixin Pharmaceutical Industrial Co Ltd News\nBRIEF-Jilin Zixin Pharmaceutical Industrial's unit signs technical service contract worth 250,000 yuan\nMay 18Jilin Zixin Pharmaceutical Industrial Co\n» More 002118.SZ News


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